The revenue lexicon

It puts a measurement where an opinion was, and its worth depends on having chosen beforehand which number counts and how long the test runs.

Example. An e-commerce manager uses the web's historical archive to reconstruct how competitors changed their calls to action over the years. Those variants are A/B tests somebody else already ran, and reading them points to the tests worth running on your own site.

It pays off when a few dozen accounts carry most of the revenue, and it requires Marketing and Sales to work the same list of names in the same order of priority.

Example. The case below is constructed, since the term does not appear in the articles yet. An industrial supplier with a few dozen possible customers works from a list rather than an audience: each row carries the name of the company to be won, the rep who owns it and the reason that company should change supplier. Marketing material is built for those rows, and cost per lead stops being the measure of the work.

It automates repetitive operations and handles tasks that require advanced decision making, meaning the ability to choose between alternatives, with reduced human supervision.

Example. Checking availability in the calendar, offering the client three time slots on WhatsApp, booking the appointment and sending the deposit link; or checking stock and reordering a product when it falls below the threshold.

What separates it from automation is who picks the next step, and that shifts the governance question from «is the rule well written?» to «how far can it go alone, and who notices when it crosses the line?». In Enrico Giubertoni's articles the agent also appears on the other side of the counter: the consumer delegates search and comparison to it, and the brand ends up talking to a machine that represents its customer.

Example. A company hands payment reminders to an agent: it reads the overdue invoices in the management system, picks a tone, writes to the customer and schedules the follow-up. As long as nobody has written down which customers the agent may chase on its own, the system draws that line one case at a time, and whoever reads the log after the incident is the one who finds out.

It does not arise from a lack of information but from an excess of it: complexity, perceived risks, the speed at which tools change and the stakes involved. It is a form of analysis paralysis, and recalls the paradox of choice described by the psychologist Barry Schwartz (2004): the more alternatives there are, the harder it is to pick one. The results are stalled projects, missed opportunities and a competitive disadvantage that grows while the market moves on. The way out is to shrink the decision: one use case, one scope, one measure of success.

A committee spends a year evaluating five AI platforms while waiting for the definitive one, while a competitor adopts one on a single process and learns.

In Enrico Giubertoni's articles it is a matter of architecture before compliance, and the recurring question runs like this: if the board asked today for undeniable evidence that AI adoption is a controlled asset, could management produce it? Whoever gives up on building it falls into AI governance paralysis, the direct consequence of working without a guide: nobody knows how far they are allowed to go, and the projects stand still.

Example. At a manufacturing company three departments use three different tools, none of them passed through legal and none of them has an owner. AI governance starts with one box on the org chart with a name inside it: the guidelines document comes afterwards, and without that name it stays on the desk.

It is a leadership weakness more than a technical problem: the gap between ambition and action where competitive advantage is lost. It differs from AI decision paralysis, which blocks before adoption: here adoption has already happened, often as shadow AI, and nobody is accountable for it. The European AI Act and the ISO/IEC 42001 standard make the problem concrete, because they require knowing which systems run in the company and who controls them. The first step out is to measure the real starting point.

The board asks how many AI tools the company uses and with what data, and nobody can answer.

In Enrico Giubertoni's articles the danger sits in perceived credibility rather than in the error itself: as these systems enter daily workflows, people overrate the reliability of the direct answer and give up on checking the sources. Mitigating that risk belongs to whoever brings the tool into the company, alongside transparency and respect for privacy.

Example. A salesperson preparing a quote for an industrial client asks the assistant which European directive governs a component. Back comes a precise number, stated with confidence, that exists nowhere. The quote goes out, the client has an engineering department, and the lost credibility costs more than the saved hours.

The AI Act, the European regulation on artificial intelligence, names it in one place only, Article 4, which since July 2026 asks organizations to «take measures to support the development» of that literacy and sits outside the list of duties carrying a penalty. Hence the point Enrico Giubertoni highlights: the one provision covering the ground where shadow AI grows (the artificial intelligence tools people use for their work outside any company choice and any company inventory) has no sanction attached and has just been softened.

Example. At a distribution company the sales director has an assistant summarise the open deals and trusts that text as much as a spreadsheet. Nobody explained that it is a statistical prediction to be read again: the missing literacy costs a meeting spent arguing over a figure the system invented.

In place of the fixed web of roles and reporting lines it puts a flexible structure based on collaboration between human talent and machine intelligence, and redesigns who governs data, decisions and experimentation. Adding an AI box under the IT department is not enough: rigid hierarchies and silos work only where information changes little. Paul Daugherty and H. James Wilson, in Human + Machine (2018), described the new roles emerging between people and machines; Ethan Mollick, in Co-Intelligence (2024), the daily work with AI as a colleague.

A company appoints in each department a person accountable for the AI systems in use, and a committee that decides which ones to test and with what data.

Born as an experiment in 2023 under the name Search Generative Experience, it was launched in the United States in May 2024 and then extended to other countries. It changes the deal search used to rest on: fewer clicks to websites for simple questions, more value for in-depth and authoritative content, which is more likely to be cited as a source. It is the ground of generative engine optimisation.

Someone searching ‘what is churn’ reads the definition on the results page itself, next to the sites it was taken from.

It takes the form of questions that challenge the foundations of the business model: instead of asking how to do something faster, it asks why it is done at all. Marco Iansiti and Karim Lakhani, in Competing in the Age of AI (2020), showed that companies built around data compete with a different operating model, not with one more tool; Ajay Agrawal, Joshua Gans and Avi Goldfarb, in Prediction Machines (2018), read AI as a fall in the cost of prediction, which changes which decisions are worth taking.

A company that wanted to automate its quotes realises, by asking why, that customers want a public price rather than a quote.

The phrase spread from 2015 through the research firm Gartner, which presented it as the step after the big data economy. Raw data gains value when a system turns it into a choice that matters to the customer: a recommendation, a price, a message at the right moment. This is where the question of algorithm governance begins.

Two retail chains hold the same sales data; the winner is the one whose algorithm offers each customer the product about to run out in their pantry.

Every digital channel is made of a medium and an algorithm which, like a film director, decides what content to show, to whom and when. Governing it means knowing its signals and building content and data that the director rewards, turning a black box into an ally. The subject has a public side too: in Europe the Digital Services Act requires large platforms to explain the criteria their recommender systems use to rank content, one piece of the European Digital Identity.

A company studies what a social network's algorithm rewards and reorganises formats and posting times instead of raising the advertising budget.

The result is answers that are systematically distorted against some groups.

Example. If a search for «woman» returns almost only images of white Caucasian women, the algorithm has identified the concept of woman with one of its groups alone. In cosmetics the same mechanism produces less accurate diagnoses on dark or mature skin.

Applied to marketing, it describes the brand's continuous presence beside that person, assisting and informing them every day instead of appearing only in launch campaigns. The second meaning is the answer to the first: campaigns in bursts, designed for an audience that watched television at fixed times, leave empty the days on which the connected consumer searches, compares and decides.

A household appliance brand publishes user guides every week, answers in chat in the evening too and sends a maintenance reminder, instead of putting its whole budget into the Christmas campaign.

It says something precise: the advantage does not come from owning data, which everyone now owns, but from reading it sooner than others and turning it into a decision. The work consists of widening that distance.

Example. Two competitors receive the same signal: a long-standing customer stops asking for quotes. The first notices at quarter end while reading revenue, the second the following week while reading the CRM. Between the two there is a signal advantage, and amplifying it means making it systematic rather than lucky.

Example. A company launches three artificial intelligence pilots, each with its own dashboard, and none of them changes a decision: a new form of Analytical Inertia disguised as innovation.

In the articles it appears as anchoring bias, the systematic distortion of judgement produced by the first figure or the first data point encountered, among the traps that warp competitive analysis. Recognizing it is the first step towards reducing its impact on decisions.

Example. A salesperson opens the negotiation at full list price and then grants ten per cent: the customer values the offer starting from that first figure. The same final price, presented straight away as a «net price», feels higher.

An open interface turns a product into an ecosystem, because other developers add services the manufacturer never imagined. Its commercial weight shows through its absence: two systems that each work perfectly on their own hand the data over manually, and the manual hand-off is where the data starts to age.

Example. The digital storefront of a retail chain has to read stock levels from the warehouse system. With an interface between the two, the promise on screen holds all day; with a file exported every night, it holds until the first sell-out in the afternoon.

The difference: Augmented Reality overlays digital elements on the real world framed by the camera, so the lipstick appears on your own lips in real time; Virtual Reality replaces the real world with an entirely digital environment, usually entered with a headset, for example a shop or a beauty cabin rebuilt in three dimensions.

In his texts it has two uses: the values a brand narrative draws on, and the representative figure a target persona (the typical portrait of the customer being addressed) is built from. Selection matters more than quantity: a few archetypes the departments actually use beat many portraits that stay on a slide.

Example. A window manufacturer builds two customer portraits: the surveyor who orders a hundred units and the family renovating once in a lifetime. Those are two archetypes, and the sales network actually uses them because there are few of them and they are recognizable.

In Enrico Giubertoni's articles the term almost always arrives with a caveat about method: whoever holds it to be a tool to be managed reduces it to a cost centre to be optimised, while the competitive advantage comes from the organization that governs it, from the org chart, the roles and the culture, before the model that was bought. That is where companies slip: buying a platform is far easier than redesigning roles, decision flows and data responsibilities.

Example. A management team buys a licence, hands it to Marketing and Sales and announces the project, while roles and responsibilities stay exactly as they were. The tool sits on top of an unchanged process, and the pilot closes without having changed a single decision.

The rule gets written first, and it holds for everyone.

Example. A customer checks the price on a phone while standing in the shop, then buys online. The act is one, and inside the company its attribution is contested between two divisions with two sets of accounts and two bonus schemes: the fix starts with a single record that keeps the lead's origin and the place of delivery together.

Unlike virtual reality it does not cut the user off from reality: it enriches it. The phrase was coined in 1990 by Tom Caudell, a Boeing researcher, for a system that showed workers the layout of the cables to fit; in 1992 Louis Rosenberg built the first working system for the US Air Force. It reached the general public through phones: in 2016 the game Pokémon Go, then social media filters and virtual try-ons of make-up, glasses and furniture. Unlike the metaverse, augmented reality is firmly built into marketing processes, and increasingly so thanks to artificial intelligence and phygital: it lets people try a product without touching it, and in cosmetics it has become a sales tool.

A customer frames her face with her phone and sees the lipstick applied to her lips, in different shades, before ordering it.

It was formulated by the American Douglas Engelbart in 1962 in the essay Augmenting Human Intellect, following two earlier visions: the Memex imagined by Vannevar Bush in 1945 and the human-computer symbiosis described by J. C. R. Licklider in 1960. To develop it Engelbart founded the Augmentation Research Center at the Stanford Research Institute, and in 1968 he showed the mouse, hypertext and video conferencing in a single public demonstration. It is the conceptual ancestor of AI used as a copilot, and of the idea of human-in-the-loop.

An analyst who uses AI to explore in an hour hypotheses they would have tested alone in a week, keeping the decision for themselves.

It applies to people and to websites: an authoritative salesperson knows the product in depth and handles objections professionally, and a site that is authoritative on a topic passes that credit to its own pages, to the point that search engines and artificial intelligence systems pick it as a source.

Example. In a retail outlet the assistant who knows the product in depth, proposes tailored solutions and handles objections professionally builds a professional authority from which a more solid relationship with the public grows, and it shows in the outlet's overall performance and in customer loyalty. On a website, in-depth articles linked to each other around a pillar page, the page that covers a topic in full, concentrate authority on that topic and pass it on to the linked pages.

In Enrico Giubertoni's articles it serves as the term of comparison for agentification (the shift to systems that choose by themselves the steps for reaching a goal they have been assigned), and the recurring misjudgement is precisely confusing the two: an agent is delegated an executive autonomy of reaction inside defined purposes, while the vision, the strategy and the decision that direct that purpose stay with a person. In marketing it takes the shape of marketing automation: software that crosses complex data to segment an audience, recognise when a segment is ready to buy and adapt the messages accordingly.

Example. A cosmetics company connects its customer database to its sending platform and sets one rule: whoever buys the face cream receives the serum message twenty days later. The Marketing manager chose the criterion, the machine carries it out, and responsibility for that message stays with whoever wrote the rule.

It was described by the Israeli psychologists Amos Tversky and Daniel Kahneman in 1973, within the research programme on mental shortcuts (heuristics) that founded behavioural economics. It leads to overrating conspicuous risks and underrating quiet ones, and it is why a well-told story weighs more than a statistic.

After news of a cyber attack on a competitor, a company moves its whole budget to security and neglects the slow loss of customers.

The word comes from the Sanskrit avatāra, ‘descent’, which in the Hindu tradition means a deity taking earthly form. The digital sense was born with Lucasfilm's online game Habitat (1986) and spread with Neal Stephenson's novel Snow Crash (1992), where avatars live in the metaverse. For a brand the avatar is also a customer to dress and to serve: fashion and cosmetics sell digital garments and make-up designed for it. Outside gaming, however, this kind of experience has not yet managed to become a stable part of companies' marketing processes.

A person enters a gaming platform with their avatar and buys it a digital jacket from a fashion brand, identical to the one sold in the shops.

It reports what happened at the till, while the reasons why it happened sit in the signals upstream: footfall, the ratio of visitors to buyers, dwell time. Those are the signals you can act on the following week.

Example. A chain's head office measures sign-ups, attendance and satisfaction for its channel training; the shop measures average order value and reordering. Each side measures what it controls, the stretch joining the two measures has no owner, and that is precisely where the money leaks.

The more an idea spreads, the more followers it attracts, regardless of the evidence for it. For a company it is the risk of chasing market trends without asking whether they serve its own customers; for marketing it is a lever, related to social proof.

A company opens an account on an emerging social network only because its competitors have, without knowing whether its audience is there.

The brain perceives a third sound, a beat equal to the difference between the two frequencies. The phenomenon was discovered in 1839 by the German physicist Heinrich Wilhelm Dove, and brought back to attention in 1973 by the biophysicist Gerald Oster in an article in Scientific American. Some theories hold that the beat can steer brain waves towards states such as relaxation or concentration; the scientific evidence is still mixed, which is why the subject calls for caution when it enters a product's communication.

A 200 hertz tone in the left ear and a 210 hertz tone in the right produce a perceived beat of 10 hertz.

The simplest picture is an account book of which every participant holds an identical copy: each new line is checked by everyone before it is written, and if someone tries to change an old line in their copy, the other copies contradict it at once. That is why no central authority, such as a bank or a notary, is needed to guarantee the register is true: the fact that everyone holds it is the guarantee. Each block carries a digital fingerprint (hash) of the previous one, and changing one would break the chain. The idea of timestamping digital documents in a chain comes from Stuart Haber and W. Scott Stornetta (1991); the first working blockchain was born in 2009 with Bitcoin, the digital currency described in 2008 by an author who remains anonymous, Satoshi Nakamoto. In 2015 Ethereum, conceived by Vitalik Buterin, added smart contracts, small programs that carry out an agreement on their own when the conditions are met. Since 2018 the European Union has been building its own infrastructure, EBSI (European Blockchain Services Infrastructure), to certify diplomas and public documents across member states. Beyond digital currencies it is useful wherever several parties who do not know each other must trust the same data: tracing a supply chain, a degree, a certificate of authenticity.

A wine bottle carries a code: by scanning it, the customer sees on a blockchain the vineyard, the harvest date and every step to the shelf, recorded by the different players in the supply chain and which none of them can touch up afterwards.

Example. The category pages of a company site pull traffic from search and show a high bounce rate. Visitors arrive and stop there: the site's internal structure sends them back to start the search over, and the category taxonomy is steering navigation badly.

The brand orchestrates every touchpoint, digital and physical, and moves from promoting products to building an ecosystem that accompanies the customer. Enrico Giubertoni developed the concept in his work on digital strategy in cosmetics, where the beauty brand becomes the place where the customer finds diagnosis, advice, virtual try-on and community, even before the product.

A sports brand whose app records workouts, suggests training plans, organises events and sells the right equipment.

David Aaker, who theorised it in Managing Brand Equity (1991), describes it as a set of assets and liabilities linked to the brand, which can add value to the offer or take it away; in 1993 Kevin Lane Keller read it from the customer's side, as the difference that knowing the brand makes to their response. It is measured by the price premium customers accept, by loyalty and by resilience in a crisis.

Two creams with the same formula: the one from the well-known brand sells at a higher price and with fewer discounts.

The figure on its own says little, because having a budget is no guarantee of allocating it well: the return depends on the capability of the team steering it. The recurring choice in the articles is about destination: less spend on interrupting the consumer with traditional advertising, more on accompanying and assisting them.

Example. In the fourth quarter management allocates next year's budget and adds a line for training on new tools, artificial intelligence included. The same sum spent entirely on advertising space buys twelve months of visibility; spent partly on the team's skills it leaves a capability that is still there the year after.

Enrico Giubertoni sets it against the target (the group of customers a company wants to sell to, described in broad categories): the target stops at socio-demographic variables, age, sex, role and location, while the persona digs into psychographic ones, identity and interests, buying habits, the places people spend time in and the way they decide to buy. It is one of the variants of the persona, the method born with the designer Alan Cooper in 1999; the purchase-oriented variant was developed above all by Adele Revella, founder of the Buyer Persona Institute, in the book Buyer Personas (2015).

Example. Two customers share an age, a role and a city. One walks into the shop after reading reviews, the other orders from a phone at eleven at night. To the target they are the same row; to the buyer persona they are two different people, and the site has to be designed so both reach the end.

The buzz is that murmur of excitement. Emanuel Rosen was the first to describe it systematically, in The Anatomy of Buzz (2000), which studies how word of mouth travels through networks of relationships. It works when it grows from a shared experience worth telling, because word of mouth influences buying decisions more than advertising; it differs from viral marketing, which relies on a single piece of content to pass around.

A surprise launch for a few guests, who tell their contacts about the event before the official announcement.

Example. On a price list page «Request a quote» works with people ready to buy, while those arriving from an informational search respond better to «Download the comparison of the three options». Rereading the archived versions of your own pages, and of your competitors', shows which calls generated clicks and which were ignored.

Example. A digital training course from 2010 becomes a case study because the examining board's minutes record a measurable fact: most of the internships continued as working relationships beyond the agreed term, something the agreements did not provide for. The document makes the result checkable by the reader, and the lesson transferable to another organization.

Enrico Giubertoni treats it as the real content of any technology project, because an organisation is a living system of structures, processes and cultures, and the work consists of creating the conditions in which it learns to evolve on its own.

Example. An AI assistant lands in the sales force and produces results only once the way a commercial request gets qualified changes too. Reps need sharpened skills for the role they hold (upskilling) and, for some, retraining toward a new one (reskilling). Without that work, the technology simply adds itself to the problems already there.

The model reads signals such as falling purchases, calls to customer service or lower use of the service, and gives each customer a probability of leaving. Born in telecoms and banking, where customers have a contract and churn shows on the day of cancellation, it is used today in every subscription business. It allows action before the customer leaves, with targeted retention, and its worth is measured by the customer lifetime value it saves.

A telecoms company calls the customers the model flags as at risk with a dedicated offer.

The first large experiment was South Korean: OhmyNews, founded in 2000 by Oh Yeon-ho with the motto ‘every citizen is a reporter’. The American journalist Dan Gillmor theorised it in We the Media (2004), and in 2006 Jay Rosen spoke of ‘the people formerly known as the audience’. The 2004 Indian Ocean tsunami and the 2005 London bombings were reported by witnesses before newsrooms; in Italy it happened in the hours after the 2009 L'Aquila earthquake. It arrives before professional journalists, but without their verification: that is why it lives alongside the risk of false news, and why newsrooms created teams dedicated to verifying user content.

In the hours after the 2009 L'Aquila earthquake the first updates came from residents, not from newsrooms.

Example. According to a 2023 Schema App analysis of its own clients' pages, pages that adopt structured data, the labels that tell search engines what a page contains, recorded a click-through rate 40% higher than pages without them. The same content, displayed better on the results page, gets chosen more often.

In Enrico Giubertoni's writing it has moved from owning something to knowing how to use it: with data now within everyone's reach, the advantage comes from the mastery with which algorithms turn it into decisions, and from how fast those decisions reach the market.

Example. A bank builds its fraud detection system in house, because that capability is its competitive advantage, and buys payroll processing from outside. The build-or-buy choice resolves into one question: which of the two could a competitor copy within a quarter.

The British psychologist Peter Wason brought it to light with his experiments in the 1960s; Daniel Kahneman, winner of the 2002 Nobel prize in economics, described its role in decision-making in Thinking, Fast and Slow (2011). In Italy Andreina Mandelli has worked on bias in marketing decisions and in our relationship with algorithms. In companies it leads people to read data as proof of the chosen strategy and to ignore the weak signals of change; social media algorithms amplify it, because they show each person what confirms their tastes.

Blockbuster's managers found in the data confirmation that in-store rental was irreplaceable, and gave no weight to customers' irritation at late fees and unavailable films.

In Enrico Giubertoni's articles the word names the leaning that someone or something carries around. In November 2007 the blog Ecoweb becomes Buzzes.eu, because its author's European connotation pushes him towards the .eu domains (the European suffix of web addresses) that had just been created. At SANA 2016, the Salone Internazionale del Biologico e del Naturale, the organic and natural products fair held in Bologna, his talk deals with the echo on social networks generated by natural-connotation cosmetics, where the word qualifies a product category. Much of the work on a campaign happens on this plane, and it often happens while people believe they are working on product features.

Example. A herbal shop puts two creams in the window with the same formula: one in a glass jar with a recycled paper label, the other in a white plastic tube. The literal level is identical, the connotation is not, and the price the customer accepts follows the connotation.

Treat it as paperwork to sort out at the end of the project and you discover it once the flow is already built and has to be rebuilt.

Example. A customer community works as a channel when the company holds the list itself, with consent collected and the identity of its members known. The same conversations living only on someone else's platform remain rented ground, and the day that platform changes its terms the relationship stops.

It ensures consistency of tone and quality, prevents duplicate or outdated pages, and keeps the site's structure intact over time even when people change. It is part of content strategy, a discipline made known by Kristina Halvorson with the book Content Strategy for the Web (2009).

Every page has an owner and a review date; when the date comes, it is updated or retired with a redirect.

In the articles the strategy starts from the problem to be solved and reaches the product at the end, and it is judged on indicators declared up front: when those indicators are missing, the count of published pieces becomes the only measure available.

Example. A machinery manufacturer publishes a technical sheet every week and counts the sheets. Rebuilt around the customer's problem, the same output changes shape: the sheets become answers to the questions reaching customer service, and the indicator becomes how many of those questions stop arriving by telephone.

Today the sector starts from selling inside a conversation on messaging apps or chats. It is set to spread through the personal shopping assistant built into e-commerce sites, which works as a new search engine based on dialogue.

Its meaning changes with where the ratio is cut, so numerator and denominator get declared every time. It is one of the quantitative indicators of how much an audience moves, while the reasons it moves live in qualitative data.

Example. A retail network reads four indicators together: footfall, conversion rate, average basket and total sales. A drop in sales with stable footfall is a conversion problem, with stable conversion it is a traffic problem, and the combination points to the department where the cause sits.

It starts by locating the real barrier: sometimes it is doubt about the product, more often it is the path, and in that case sending more people at the same obstacle multiplies the loss.

Example. In an industrial services company on recurring subscription, business-to-business, over 50 million in revenue in its reference market, ninety-eight paid visitors out of a hundred left the site without even starting the enquiry form, and the conversion gap between phone and desktop was roughly twenty times. Perimeter: the core business line (the main activity, the one most of the revenue comes from) on the paid search network, direct measurement of 16 July 2026, first half of 2026 against first half of 2025. Conversion rate optimisation starts at that form and at the path leading to it, and an immersive experience added to the product page would have left that number where it was.

It carried online advertising measurement for twenty years and carries less of it today: browsers now restrict cookies set by parties other than the site being visited, so measurement shifts onto the data a company collects itself. Anyone reading an advertising dashboard today is reading an estimate, and it is worth knowing that before taking it into a meeting. In Europe cookies are governed by Directive 2002/58/EC on privacy in electronic communications (known as ePrivacy), amended in 2009 by Directive 2009/136/EC, the so-called cookie law: apart from strictly necessary technical cookies, a cookie may be placed only with the visitor's consent, which is where consent banners come from. In Italy the data protection authority, the Garante, updated its guidelines in 2021, requiring among other things that refusing be as easy as accepting.

Example. An online store sees a hundred conversions in the ad platform dashboard and sixty attributed orders in its management system. The gap has several causes at once, from cookies lost between one device and another to attribution windows the platform sets by itself (the period within which an order still counts as the effect of an ad), and the useful question is which of the two numbers goes into the commercial review, and who owns that gap.

The comparison that places it is with automation, where the criterion was chosen by whoever wrote the rule, and with an agent, which picks the next step by itself inside an assigned perimeter: here the person decides every single time. In Enrico Giubertoni's texts the word appears as a product name, Bing Copilot, next to Search GPT and Google Gemini, among the engines that read a site's structured data to build their own answers.

Example. On the shop floor a sales assistant queries a digital assistant about the model the customer is holding and gets availability, alternatives and warranty terms in three seconds. The system proposes, the person chooses what to say and owns the advice.

They count because they feed into ranking, and because a slow page loses the visitor before the content has had its chance.

Example. A manufacturer's site has image-heavy product pages that keep loading while the visitor is already reading, and the text jumps under their thumb. Phone visitors leave before the enquiry form, and the fault shows up in Core Web Vitals before it shows up in the number of enquiries.

It is both strategic and tactical: it helps set the ultimate goals of the campaign and provides the operational tools to reach them. It builds on the Pain/Gain model, the customer's pain points and gain points, to identify the values and content that differentiate the product and give the reason why, to be turned into an exponential approach.

Example. A components manufacturer watches its cost per click rise from one year to the next, with the same settings and the same agency. The cause is the number of competitors who entered the same auction: raising the bid buys space that is already crowded, and the useful move is to change the channel mix.

Example. Cost per lead improves meeting after meeting while the value of signed contracts stays flat. The line of configuration asking the system to optimise for the number of leads had sat there for months, doing exactly what it had been asked to do.

It exists to compare the price of advertising space across channels: it states what it costs to be seen, while what being seen is worth sits in other indicators.

Example. A retail chain compares two platforms and finds the same cost per mille. The decision moves elsewhere, onto which of the two brings people who then walk into a store, because the price of visibility is identical and the value of what follows is not.

It differs from up-selling, which offers a higher version of the same product. In e-commerce it took the form of the ‘customers who bought this also bought’ suggestions made famous by Amazon; in a shop it works only if the complementary product is really in stock, which is where integration with the ERP becomes decisive.

Someone buying a camera finds the right lens and memory card already in stock in the shop.

On its own it prices the entry, while the margin that entry brings sits in another figure, customer lifetime value. The two are read together.

Example. A company sees cost per acquisition rise across every channel in the same quarter, and the first guess is that the agency is underperforming. When it rises everywhere at once the cause is usually market saturation, the number of competitors buying the same space: change the channel mix before changing the number.

In these articles it is a cultural outcome before a commercial one: the most advanced platforms leave churn untouched where a customer culture is missing. Predictive models earn their keep by showing who is about to leave while there is still time to call.

Example. A company applies machine learning to its sales data to predict which customers are at risk of churning, and gets a list of names to call. The list is worth as much as the organisation receiving it: with someone owning the call it becomes a negotiation, otherwise the model has merely forecast a loss.

It unifies what is already defined, and it stays powerless in front of ambiguity: if "lead" means two different things in two departments, the platform replicates that difference faster and at greater cost. The working order puts definitions first and tooling second.

Example. For Marketing a lead is someone who downloaded a guide; for Sales a lead is someone who asked for a quote. While both definitions live side by side, the platform delivers one unified profile that the two departments keep reading in two ways, and the monthly meeting argues again about which number is the real one.

Enrico Giubertoni also uses it as the perimeter where damage gets measured, because friction at a single step interrupts the entire journey and hands the customer to whichever competitor works at that exact point.

Example. A lawyer buys from an online shop that breaks form autofill in her browser and then never shows her the order. The purchase is lost there, and with it goes the story she will tell about the brand: a technical fault at one step turns into a reputation problem.

It sets how much is worth spending to win that customer: it sits on the other side of acquisition cost, and with that figure alone in view spending gets judged on the price of the entry.

Example. A subscription services company finds that customers from one channel are cheap to win and cancel quickly, while customers from another cost twice as much and stay for years. Acquisition cost favours the first channel, lifetime value favours the second, and the decision comes from reading both.

Its value depends on how it gets filled in: a CRM rich in rows and poor in consistent fields feeds bad decisions as fast as it would feed good ones. The step change comes when salespeople stop being CRM form-fillers and become predictive hunters: the machine processes the noise, the person decides who to act on.

Example. A sales director opens the CRM and counts, across a hundred recent rows, how many have the source field empty or spelled in different ways. That share is the ceiling on every campaign analysis, because no dashboard can rebuild information nobody wrote down when the record was created.

Example. A company runs three artificial intelligence pilots, each with its own dashboard, and by the end of the quarter no decision has changed. The dashboards describe, and reporting that stops at description is what Enrico Giubertoni calls Analytical Inertia.

It is worth building once the business knows which joins it actually asks for, and waiting for one before starting is the most common way to lose a year: a single promotion traced end to end on a defined perimeter produces a usable answer in weeks. That first trace tells you which data belongs in the warehouse, so it designs the warehouse better than any preliminary workshop.

Example. A sales director wants to know whether the discount on the flagship product moved channel revenue or merely pulled forward orders that were coming anyway. One promotion traced across twenty stores answers in three weeks, and that measurement names the tables from the management system that are genuinely needed.

A data-driven culture has three conditions: reliable data accessible to decision-makers, people able to read them, and the habit of changing one's mind when the data require it. The term spread from the late 2000s, together with the profession of data scientist (the specialist who draws knowledge from data), and machine learning multiplied its reach. The opposite risk is the wrong metric: steering by data that do not measure the result, such as vanity metrics, is worse than steering by instinct, because it gives false confidence.

A company stops choosing promotions by the sales director's taste and decides them by comparing, shop by shop, sales in the weeks when they ran with sales in the weeks when they did not.

The quality of the dataset decides the quality of the model: incomplete or skewed data produce wrong predictions and algorithmic bias. The case that showed how much this matters is ImageNet, the large archive of labelled images built from 2009 by the group of the researcher Fei-Fei Li at Stanford: on that data, in 2012, a neural network demonstrated the power of deep learning. In Europe the AI Act requires the datasets of high-risk systems to be relevant, representative and as free of errors as possible.

Three years of customer purchase history, flagged with who stopped buying, used to teach a model to recognise who is about to leave.

It works on two fronts: the company's decision-making process and the customer's, which in the articles on AI online chat is what a virtual assistant understands, supports and strengthens. The Italian articles use «processo decisionale», the English ones «decision making», and alongside both stands the adjective data-driven, used of the company whose decisions start from measurement rather than from the loudest opinion in the room. Speed is the delicate part: a slow decision-making process turns fresh data into a late observation.

Example. The customer management system flags that a long-standing client has stopped asking for quotes. If the signal reaches the salesperson only with the end-of-month report, the decision is formally data-driven and in practice arrives after a competitor's signature.

The difference with classic Machine Learning: there a person has to tell the system which variables to watch, such as age, purchase frequency or skin type, while Deep Learning finds them on its own, and for this reason it can process unstructured data such as images, video and voice. It is the technology behind skin analyzers, which read wrinkles, spots and pores from a selfie.

Negotiation happens here, communication happens one level above, and the two levels have to stay aligned.

Example. A pump's data sheet states flow rate, head and consumption: that is denotation. The catalogue that calls it «the silent heart of the system» works on another plane, and a salesperson who mixes the two ends up defending a promise with a number.

In Enrico Giubertoni's writing it lives on two levels: the historical one, born in the years of the open network and free software, and the corporate one, where it names the mindset that decides whether a transformation succeeds, because where internal digital culture stands still the clunky processes go on being tolerated inside the company just when customers have stopped tolerating them.

Example. Two companies in the same sector receive the same new tool. In the first, managers ask to test it on a real case within two weeks and report the failed attempts as well. In the second, everyone waits for instructions from above and goes back to the spreadsheet: the difference sits in the digital culture long before it sits in the budget.

In the legal sense it is the set of credentials a citizen uses to prove who they are when accessing online services. Here Europe has led the way: Estonia has had an electronic identity card since 2002, Italy has had SPID since 2016, and the European eIDAS regulation (Reg. (EU) 910/2014, updated by Reg. (EU) 2024/1183) provides for a digital identity wallet valid across the Union. It is one of the pillars of the European Digital Identity.

A person's professional profile on LinkedIn is digital identity in the first sense; the SPID login they use to download a certificate is digital identity in the second.

It entered into force in November 2022 and has applied since 2 May 2023. In September 2023 the European Commission designated the first six gatekeepers, Alphabet, Amazon, Apple, ByteDance, Meta and Microsoft, joined by Booking in 2024; since 6 March 2024 they must comply with its obligations. Among them: allowing users to uninstall pre-installed apps and to choose their default search engine and browser, not favouring their own services in results, letting users take their data with them and letting businesses access the data they generate on the platform. For a European company it means fairer conditions on the platforms it depends on to sell.

Enrico Giubertoni uses it to describe the ground everyone now works on: where digital maturity is widespread, technology stops telling one company from another and the contest returns to the customer relationship.

Example. Two suppliers in the same market both have the website, the automated assistant and the customer data in order: the technology they own is the same, so something else decides. The customer, better informed and alert to how their data gets handled, stays with the one that remembers the previous conversation and spares them the questions already answered. Where digital maturity is widespread, trust is what tells two equivalent offers apart.

The physical shop stops being a warehouse open to the public and becomes a hub of experience and logistics linked to the digital channels: it shows its stock online, ships web orders and handles pick-ups. It is the general term of which New Retail and smart retail are two variants.

A shop that shows its stock online, ships web orders from its own storeroom and lets customers collect app purchases at the till.

It entered into force in November 2022; since August 2023 it has applied to very large online platforms and search engines, those with more than 45 million monthly users in the Union, and since 17 February 2024 to all intermediary services. Platforms must let users report illegal content and give reasons for removals, say why an ad is shown and who paid for it, explain how their recommender systems work and offer at least one not based on profiling; profiled advertising aimed at minors or based on sensitive data is banned. Together with the Digital Markets Act it forms the package through which Europe chose to regulate the large platforms.

Enrico Giubertoni lists four pillars, and the first is the one the traditional list leaves out: culture, people, processes, technology. Company culture acts as the engine or the brake, and where it stays still even the largest technology investment returns little. The phrase took hold in the 2010s, when cloud, phones and data made digital a factor of the whole business model and no longer of the IT department alone. Europe has measured its progress since 2014 with DESI, the European Commission's Digital Economy and Society Index, and since 2022 has steered it through the Digital Decade programme, which sets 2030 targets for skills, infrastructure, businesses and public services.

Example. A company buys an advanced customer management system and leaves its salespeople's targets untouched, still measured on this month's contracts. Data gets entered at quarter end, all at once and from memory, and what remains of digital transformation is the licence fee.

Before it each country protected them in its own way; the directive set a common definition and common remedies against anyone who acquires, uses or discloses them unlawfully. Information is a trade secret if it meets three conditions: it is secret, not known to people in the sector; it has commercial value because it is secret; the company has taken reasonable steps to keep it confidential. Italy transposed it with Legislative Decree 63 of 2018, which updated articles 98 and 99 of the Industrial Property Code. The third condition is the one most often missing: information shared with third parties without a confidentiality obligation loses its protection, even if nobody stole it.

An employee pastes the confidential price list into a free AI service, with no contract: the company risks no longer being able to defend that list as a secret.

It reaches people who are busy with something else at that moment, so the measurement that counts sits downstream of the ad, in the behaviour that follows it.

Example. A machinery manufacturer buys graphic ad space, the banners, on trade portals and judges it on impressions. Read instead against the quotation requests that reached the website in the following weeks, the same spend tells a different story, and the budget moves to the portals that produced conversations.

In the articles it is a channel to be engineered rather than a catalogue to be published: the experience of use decides whether a visitor buys, and the way an own shop tells itself apart from the large marketplaces is what keeps it standing next to them.

Example. A company measures that customers living near its stores fill the basket and abandon the payment, while customers further away complete the order online. Read by area, the same figure changes the decision: a basket abandoned two streets from the store becomes a click and collect offer, and the salesperson at the shelf enters the journey.

It brings somebody back to where the content is, and it works when it arrives at the moment that content is useful to them: out of context, even a subscriber reads it as noise.

Example. A company announces a timed sale before it opens: a letter to subscribers previewing what will be on sale, social posts, a countdown and a collaboration with a voice from the sector. The anticipation is built in the days before, and when the sale opens the subscribers arrive ready to buy, because the date and the terms were spelled out to them in advance.

It is a quantitative answer to «how engaged is my audience», and the why belongs to qualitative data.

Example. A brand community measures success on followers, likes and impressions, and the numbers climb every month. Switched to active engagement, sentiment (the tone, favourable or hostile, of what the audience writes), member retention and the quality of interactions, the same community shows where the bond is genuinely relational and where it stayed transactional.

It knows what the company owns and where it is. It descends from the material requirements planning systems of the 1960s; the acronym ERP was coined by the research firm Gartner in 1990. Its historic leader is European: SAP, founded in 1972 in Walldorf, Germany, by five former IBM employees, is still the world's main producer. It differs from a CRM, which manages the relationship with customers and knows who they are and what they prefer: the ERP says whether the product is there, the CRM says whom to offer it to, and integrating the two is the precondition of Organizational Synchrony.

When a customer orders online, the ERP reduces the stock, issues the invoice and tells the warehouse to prepare the shipment.

Liability arrives first, visibility sixteen months later. It is the world's first comprehensive law on artificial intelligence, and its logic is risk: it bans practices of unacceptable risk, such as social scoring of citizens and manipulation that exploits people's vulnerabilities (bans in force since 2 February 2025); it places strict duties on high-risk systems, such as those used to select staff or grant credit; it requires transparency from limited-risk systems, such as chatbots and generated content; it leaves the rest free. Since 2 August 2025 the duties for general-purpose AI models, those behind generative assistants, have applied. Like the GDPR, it applies to anyone offering systems on the European market, wherever they are based.

Example. A company publishes a promotional video on its own site with an artificially generated voice and discloses nothing: the Article 50 penalty reaches 15 million euro or 3% of worldwide annual turnover and has been enforceable since 2 August 2026. The duties that would oblige the same company to know which systems run inside its own walls are different ones, namely Articles 26 and 27 on whoever deploys a high-risk system listed in Annex III, personnel selection among them, and they mature on 2 December 2027.

Enrico Giubertoni describes it as a project still taking shape, one that tries to balance innovation and rights.

The subject became central after 2020 for three reasons. The first is legal: in July 2020 the Court of Justice of the European Union, in the case brought by the Austrian activist Max Schrems (known as Schrems II), struck down the agreement governing transfers of personal data to the United States, showing that European data held elsewhere are not protected in the same way. The second is industrial: that same year France and Germany launched Gaia-X, the project for a European data and cloud infrastructure, and in 2023 the Chips Act (Reg. (EU) 2023/1781) aimed to bring semiconductor production back to Europe. The third is regulatory: through the GDPR, the Digital Markets Act, the Digital Services Act and the AI Act, Europe chose to exercise sovereignty above all by writing the rules that anyone operating in its market must follow.

It is not an isolationist path: it is an attempt to offer the world a model of digitalisation that is economically dynamic, socially inclusive and democratically accountable.

Example. Two companies receive the same request for a quote: the first sees it at once and answers the same day, the second finds it in the end-of-month report. The signal is the same, the Financial Velocity is not.

It is one of the few raw materials a competitor cannot buy, alongside your customer cases and your declared position on a contested question, which is why it decides the distance between two companies running the same artificial intelligence model: the advantage moves to what only you can feed it. The recurring mistake is leaving it scattered across separate systems, where every department owns a slice of the same buyer and nobody has the whole person in front of them.

Example. A retail chain keeps sales in its management system, enquiries in the website form and calls on a switchboard: three stores of first-party data describing the same customer, with nobody lining them up. The asset already exists; the work is recomposing it before buying another tool.

It sits at the other end of the pain point, and the work consists of turning the pain points that surfaced into gain points, concrete ones like better qualified leads and support for the sales force, or emotional ones like the experience the audience remembers.

Example. A sales network complains about poorly qualified leads, which is the pain point; the matching gain point is better qualified leads coming in, together with the tool chosen to select them. In the analysis of a marketing team the pain points photograph the current situation, the gain points say where the team wants to arrive.

The phrase was made known in 2025 by the report The GenAI Divide from the NANDA project at MIT, the Massachusetts Institute of Technology. The cause it identifies is neither model quality nor regulation but an outdated approach: systems that do not learn from use, do not retain user feedback and do not adapt to context, and therefore stay outside critical workflows. In a second sense the phrase refers to the gap between consumers who already use AI as a personal assistant and companies that see it only as an internal tool to cut costs.

A company buys licences for a generative assistant for every employee, but no process changes, and after a year use has stalled at writing emails.

It applies today, with no phase-in, so it also covers the personal data an employee pastes into an artificial intelligence service nobody in the company chose. Article 22 gives anyone subject to an automated decision three rights: human intervention, the chance to state their case, and the right to contest the outcome. It replaced Directive 95/46/EC, which each country had transposed in its own way, with a single law valid throughout the Union, and it also applies to non-European companies processing data of people located in Europe: that is why it became a model copied around the world. It rests on a few principles: lawfulness, fairness and transparency; purpose limitation; data minimisation, collecting only the data needed; accuracy; storage limitation; security; accountability, under which the company must prove it complies. Fines reach up to 20 million euros or 4% of worldwide annual turnover (Article 83). In Italy the supervisory authority is the Garante per la protezione dei dati personali.

Example. Screening job applications with a personal tool produces effects on real people with no oversight and no audit trail. The AI Act (the European regulation on artificial intelligence, EU Reg. 2024/1689) obligations for the Annex III high-risk systems, job screening among them, arrive on 2 December 2027, while the data protection regulation has applied for eight years: the question for the board is who in the company can state the origin, the owner and the legal basis of every field a model reads.

Two measurable effects run through Enrico Giubertoni's articles: the consumer who now puts generative AI alongside search engines when looking for a product, and the company that stays at the tactical level, chasing the perfect request, while the way it decides stays exactly as it was. The recurring risk is perceived credibility: confident, authoritative prose can carry factual inconsistencies, inventions or wrong citations, and readers raise their trust and lower their checking. The difference from analytical AI: that one classifies and predicts on existing data, the generative kind creates. The difference from Agentic AI: generative AI produces content and stops there, while an agent also uses tools to act.

Example. The Marketing department of a cosmetics company has three hundred product sheets generated in a fortnight. Management sees the saved hours at once and sees much later that the usage instructions were never checked: the work moved from writing to verification, and verification had been assigned to nobody.

In the articles the concept arrives before the name: the fight for visibility moves to grounding, the anchoring of the answer to the data and content the model leans on, and the goal becomes how reliable the model finds your brand, so that the company's data and content become the basis of what the assistant tells the customer.

Example. A manufacturer discovers that the assistant recommends three competitors to anybody asking who supplies a given component, and that its own technical sheet exists only as an image. Rewritten as text, with structured data and quotable sources, the same information becomes citable and the company name enters the answer.

In photos the coordinates are written into the metadata (the hidden data that come with the file) following the EXIF standard, born in Japan in the 1990s; with GPS in phones and with platforms such as Flickr, which from 2006 let users put photos on a map, it became an automatic gesture. It helps find and sort content by place, and in marketing it makes content appear in local searches; it is also personal data, because it reveals where a person is, and in Europe it falls under the GDPR.

A smartphone with location turned on records the exact spot where the photo was taken in its metadata.

Inspiring organisations and leaders communicate from the inside out, starting from the Why, because decisions, from a purchase to loyalty to a brand, have a strong emotional and identity component.

Instead of ‘we sell management software’, a company says ‘we want people who run a business to spend their time deciding, not filling in forms’.

It is the best-known form of washing, and the most regulated one: in Europe the directive on empowering consumers for the green transition (EU 2024/825) bans generic environmental claims that cannot be proven, such as «eco-friendly» or «sustainable» without recognised evidence. The word was coined in 1986 by the American environmentalist Jay Westerveld, struck by hotel signs asking guests to reuse towels ‘for the environment’ when the real aim was to save on laundry. The general mechanism, with its variants, is described under washing.

Example. A cosmetics brand writes «green» on the pack because it changed the colour of the cap, while formula and supply chain stay the same. The claim does not survive a check, and from then on even the brand's true claims are read with suspicion.

Tools, however advanced, stay at the service of a human strategy that steers them; the point is to give equal weight to technological innovation and to understanding people. Its roots are in Don Norman's user-centred design (The Design of Everyday Things, 1988) and in design thinking; in Europe it has taken the form of Industry 5.0, through which since 2021 the European Commission has called for an industry that is human-centric, sustainable and resilient, a trait of the European Digital Identity.

Before bringing an AI assistant into customer service, a company observes which requests really frustrate customers and which ones the agents want to hand over.

It is also the first indicator a board demotes, because it reports how many people saw and leaves open the question of what came in.

Example. A company rebuilds its list of marketing indicators and starts from what it stops counting: raw impression counts, follower growth, un-contextualised likes. In their place come depth of engagement and the shift in brand recall. Impressions stay useful to the people running the campaigns, who decide where to act tomorrow, and matter little to the people deciding whether that budget exists next year.

In the articles the choice is made through social listening, the analysis of what gets said online about a brand, which identifies who is already compatible with the brand and measures how much their community actually engages. The risk lives inside the same mechanism: for a fee, a voice can promote a company's environmental image without having checked the implications, widening the reach of a claim nobody has yet proved.

Example. A cosmetics brand compares two creators with the same follower count: one has talked about ingredients for years, the other promotes any sector going. Listening shows that only the first has a community that discusses the products, and the contract goes there.

In 2011 Google's Jim Lecinski named this step the Zero Moment of Truth (ZMOT), adding it to the two moments described by Procter & Gamble: the first at the shelf, the second when using the product. The variant where research is online and purchase is in-store is called ROPO (research online, purchase offline). Today InfoCommerce is evolving into smart buying, with an AI assistant in place of search results.

A person reads reviews and compares prices on their phone, then goes to the shop already decided on the model.

Moving from separate applications to an ecosystem changes the value of the product: customers stay because everything is connected, and each extra service strengthens the others. Google with mail, calendar and documents, Apple with devices that recognise each other, and in Asia super-apps such as WeChat are its most complete forms. The flip side is lock-in: leaving is costly, which is one reason why Europe, through the Digital Markets Act, requires large platforms to let users take their data with them.

Mail, calendar and documents that refer to one another: an invitation in the inbox creates the calendar event with the document attached.

It has many authors. The Briton Tim Berners-Lee, who invented the World Wide Web at CERN in Geneva and in 1993 had it released free of patents, so that it would belong to everyone. The American Lawrence Lessig, who in 2001 founded Creative Commons, the licences through which authors allow others to reuse and share their work. The Italian philosopher Luciano Floridi, whose concepts of the infosphere and onlife describe human life as now interwoven with the digital. In Italy one of the first avant-gardes was the Faculty of Communication Sciences at the University of Turin, in the 1990s, when the internet was not yet fully understood or accepted in the country. There the semiologist Guido Ferraro, founder of the Centre for Semiotic Research, set up from 1992, together with Enrico Giubertoni, then a student, several research laboratories on hypertext, multimedia and companies' external communication on the World Wide Web. The Turin sociologist Luciano Gallino, who after his years at Adriano Olivetti's Olivetti studied the relationship between technology, work and society and helped found CSI Piemonte, the public IT consortium of the Piedmont region. The Italian jurist Stefano Rodotà, who in 2015 chaired the commission of the Italian Chamber of Deputies that wrote the Declaration of Internet Rights. The European contribution is clear: putting the person, their rights and their dignity at the centre of technology is the thread linking these authors to the European Digital Identity.

Two professionals who have never met work together for years through an online group, exchange work under a Creative Commons licence and consider each other friends.

It is the first standard in the world on artificial intelligence management systems. It specifies the requirements through which an organisation that develops, supplies or uses AI systems establishes, implements, maintains and improves an AI management system over time: policy and objectives, roles and responsibilities, assessment of the risks and of the impact of the systems on people and society, controls on data, transparency and human oversight, monitoring and continuous improvement. It has the same structure as the other management system standards, such as ISO 9001 for quality and ISO/IEC 27001 for information security, and like these it can be certified by a third party. It does not replace the AI Act, but it helps to demonstrate that the risks have been managed in a structured way.

In corporate communication it is what lets a website and a catalogue sound like the same company. When it breaks, readers struggle to say why, and meanwhile they stop trusting.

Example. An engineering company talks about precision on every page of its website, then sends out a promotion written like a supermarket flyer. Each text is correct on its own, and together they break the isotopy the reputation rested on.

People buy products there, and for this reason it has become the country's flagship social network: anyone exporting cosmetics to Korea has to pass through it.

In the published articles the lesson is a sibling of this one: a quantitative indicator tells you how much an audience moves, and the reasons it moves live in qualitative data.

Example. A hundred leads can be worth less than twenty. An indicator that counts leads generated leaves that difference invisible; the average value per signed contract shows it, and that is the number the finance department recognises as its own.

Generative answers change its job: the customer asks an assistant to summarize it, so the page now has to be written to be read by a machine that will quote it.

Example. A campaign sends a thousand visitors to a page listing twelve products with the full menu on top. Rewritten around one offer, with the form visible without scrolling and the navigation cut to the essentials, the same spend produces quotation requests instead of visits.

It is the engine beneath conversational assistants such as ChatGPT and Gemini, and it recurs in Enrico Giubertoni's articles for one commercial consequence: a growing share of people now take to those assistants the informational searches they used to run on a search engine. One limit stays in view: the model learns from the data it was trained on, so it inherits that data's bias along with its knowledge.

Example. A components manufacturer discovers that its technical buyers arrive from a conversation with an assistant that names three suppliers, and this one is absent from the list. The question for management changes shape: from how to climb the results page, to how to put reliable company material where the language model can quote it.

Example. A business-to-business supplier replaces its downloadable brochure with a spreadsheet that estimates what unworked leads cost. Whoever fills it in arrives at the phone call holding their own number, and the conversation starts one step further along.

Between two departments the next step is needed: alignment rests on written boundaries and on the metrics each function is judged by, and that is where the work happens.

Example. Marketing and Sales blame each other: the first is measured on lead volume, the second on closed revenue, and the stretch that joins the two numbers appears on no objectives sheet. The meeting between the two managers produces cordiality and each one goes back to their own piece of the process; changing the shared metric changes the behaviour of both departments.

The company listens before it speaks: it collects questions, complaints and wishes, and uses them to improve products and services. Its root is the Cluetrain Manifesto (1999) by Rick Levine, Christopher Locke, Doc Searls and David Weinberger, whose first thesis reads ‘markets are conversations’. In Italy the idea took the form of a manifesto of companies practising listening and relationship marketing, promoted by the blog Aziende con le Orecchie (Companies with Ears).

Every week a company reads the questions that reached customer service and turns them into website topics and product changes.

It is a subset of artificial intelligence: artificial intelligence is the ambition of making machines display human cognitive faculties, machine learning is the most widely travelled road towards it. Where traditional programming asks for precise rules for every action, here the system is handed large volumes of data and algorithms that find the regularities inside them.

Example. A retail chain gives the system three years of till receipts, and the system isolates micro-segments nobody had ever defined: those who buy only during the sales, those who come back every six weeks, those who stopped after the rebranding. The rule «customer who returns every six weeks» was written by the system reading the data, and far sharper offers follow from it.

Enrico Giubertoni turns it into a rule of calculation: payback is computed on margin rather than on revenue, because a project worth a hundred thousand euro of revenue at a thirty per cent margin returns thirty thousand a year, and on payback time the difference is a factor of three. In the published articles the term appears as marginality, where the loss of marginality is the price of waiting.

Example. A sales team closes a hundred thousand euro order by granting a discount that eats the contribution margin. The number lands in the turnover everyone reads in the management meeting, and the cash available to hire one more salesperson is exactly what it was last month.

Enrico Giubertoni measures it at the hand-offs rather than in meetings: marketing answers for lead volume, sales for closed revenue, and the stretch that joins those two numbers sits outside both objective sheets, so nobody guards it.

Example. Marketing hands sales a contact who has already asked for a quote, and the context stays behind: what they had read, how urgently they had written. The rep calls back three days later and starts again from the first question, so the same qualification gets paid for twice. Neither department got its own piece wrong: what the piece in the middle lacks is a name who answers for it, a deadline for picking it up and evidence that it happened.

The outcome depends on how the company designed its own flows before buying the tool: two companies running the same platform get different results, because each poured its own definition of a lead and of a conversion into it.

Example. The platform records a lead when somebody downloads a document, while the sales network only calls it a lead once a quotation has been requested. In the boardroom the two numbers contradict each other and the argument about attribution, meaning which channel takes credit for a sale, turns into one opinion against another. Redraw the boundary between Marketing and Sales first, then configure the platform.

In the articles it is the benchmark for every own shop: its strength is logistical efficiency, and a badly served customer moves there accepting even a non-original product, as long as the purchase runs smoothly. The power of the largest platforms is now regulated in Europe: the Digital Markets Act imposes obligations on the platforms that control access to the market, the so-called gatekeepers, to keep those markets fair and contestable.

Example. A parts dealer sends a customer the wrong code and the customer says nothing. Next time round they search a marketplace, where delivery is certain, and buy a non-original part. The company loses the customer without receiving a complaint, so without learning why.

It mirrors the physical world, with streets, shops and meeting places, but removes its limits of space. The word was born in 1992 in Snow Crash, a science-fiction novel by the American author Neal Stephenson, which imagines an endless street where people live a second, digital life; the first mass attempt was Second Life (2003). The term came back to the centre in 2021, when Facebook renamed itself Meta. Among the countries that invested most is South Korea, which made the metaverse a national plan and opened virtual public services, such as the capital's Metaverse Seoul. Where social networks tell physical life as it happens or afterwards, the metaverse is a place where the experience itself happens. Outside gaming, however, this kind of experience has not yet managed to become a stable part of companies' marketing processes.

A fashion brand opens a shop in a virtual world: avatars try on digital garments and can order the real ones, delivered to the door.

It is a European, French invention: it was conceived by Rafi Haladjian and Olivier Mével, who founded the company Violet in Paris in 2003, and went on sale in 2005. The name comes from the Armenian nabastag, ‘hare’, a nod to Haladjian's Armenian roots. It was one of the very first Internet of Things objects aimed at the general public, and a true forerunner: the idea of an always-on household object that listens, speaks and puts the network's information at a person's service is the same idea that smart speakers (such as Alexa and others) brought to mass success a decade later. Whoever bought one was an early adopter, one of the first to take up a technology before it becomes common.

The rabbit that, in the morning, changes colour according to the weather forecast and reads out the mail that has arrived.

Defining it helps focus budget and sales time on promising contacts, recognise quickly who will not buy, avoid customers who cost more than they bring in, and sharpen the message so it attracts the right people. By contrast, it clarifies who the target persona is.

For software aimed at structured companies, the negative persona is the freelancer looking for a free tool.

It was born in China, where the phone was already the main tool for paying and buying: the physical shop, fully digitised, becomes a place of experience and a logistics node serving both walk-in customers and online orders, and apps are used in-store to pay, get information and order what is missing. The difference with smart retail is one of scale: New Retail rethinks the whole business model, from production to delivery, while smart retail brings intelligent technology into the shop. In Europe the idea of the shop as a place of experience has older roots, in the Parisian department stores of the nineteenth century, but the integrated Chinese model has no equivalent of the same scale yet.

Alibaba's Hema supermarkets, which are at once a shop, a restaurant and a sorting centre for thirty-minute home deliveries in the neighbourhood.

In the articles it is a diagnostic question before it is a goal: «have we integrated digital into our omnichannel strategy?» is one of the three questions Enrico Giubertoni opens a consultancy with. Where it breaks is the record-keeping, before the technology: the website, the ad platform, the switchboard, the CRM record (the customer file kept by sales), the store and the subscriber list each know one piece of the customer, and the six of them added together leave the person out.

Example. A customer tries a product in store, orders it that evening from a phone and calls the switchboard about delivery. Three systems record three different customers, and the salesperson who served them at the shelf stays outside all three. Omnichannel is measured right there, on whether the same person is recognized across the three steps.

The difference with Phygital: OnLife describes the condition of the person and of society, and is a philosophical and anthropological concept, while Phygital describes a company strategy, and is a marketing and retail concept. OnLife explains how the consumer lives and decides; Phygital explains how a brand designs its touchpoints for that person.

It is recognised by five traits: communication in every direction, among members and with the company; a sense of belonging; mutual exchange of help and information; the chance to co-create the offer; long-term relationships. The American writer Howard Rheingold gave the first description in The Virtual Community (1993), telling his experience on The WELL, one of the first online communities, born in San Francisco in 1985. For a company it is an asset that generates loyalty, word of mouth and ideas; it differs from community marketing, which is the use of that asset for marketing purposes.

A bicycle brand's forum where customers share routes and maintenance tips, and report the defects the company then fixes.

The cost shows up in the hand-offs between Marketing, Sales, logistics and customer service, where information stops and the customer feels it. Breaking them down starts from shared objectives, because one more meeting without a common target leaves the silos exactly where they were.

Example. A company selling both in store and online gives the two channels separate managers, separate incentive schemes and a standing fear that one steals the other's sales: that is a silo defending itself. The customer who browses on a phone and buys in the shop crosses that fracture, and meets it again with every stock question or return.

Enrico Giubertoni uses the term to describe his work with management teams: not adding data, but making sure everyone reads it the same way.

Example. Marketing and Sales look at the same drop in orders: for the first it is the prices, for the second the campaigns. As long as each reads the data its own way, nobody acts. Organizational Synchrony begins when both departments agree on what the data says and build that reading into the way they work.

It is not a professional title: the word «engineer» describes a working method based on measurement and design, not a degree.

Example. In a hydraulic system, head loss is the pressure that dissipates along a badly connected pipe; in a company, commercial energy dissipates in the hand-offs between departments. The Outcome Engineer looks for those points of loss before asking for more push.

In the articles the term lives as «the paid search network» and serves to state the perimeter of a measurement: a return recorded on that network holds there, and not across a company's whole advertising investment.

Example. At an industrial services company the return on ad spend rises by 25% on the product line that carries the revenue, measured on the paid search network, while the return on the company's whole advertising investment is still partly below break-even. The number and its perimeter travel together.

It decides where the work starts: the most frequent mistake is picking the digital tool before the pain point has been identified, which buys the solution to another company's problem.

Example. In a sales enablement project the pain points are collected through an audit and through individual and group listening sessions, before any tool is chosen. Only after that analysis do the digital tools come in, picked to solve the problems that surfaced: in that project the pain points turned into better qualified leads and tailored support for the sales force.

The term describes a function, not a title: the work targets the system that produces the result, not the single tool.

Example. A company has a CRM, an agency running campaigns and a sales network, and none of the three knows what the other two are doing. A Performance Systems Architect™ starts from the links between the parts, before the parts themselves.

It is given a name, a face and a story so that whoever designs products, services and communication thinks of someone rather than of a statistical average. The method was born with the American software designer Alan Cooper, who described it in 1999 in The Inmates Are Running the Asylum. It differs from the target, which stops at socio-demographic variables, because it explores psychographic ones: motivations, fears, habits, ways of deciding. It is the family from which the variants descend: the target persona (the ideal customer), the buyer persona (whoever buys), the customer persona (an existing customer, often in the shop), the eCommerce persona (who buys only online), the brand persona (the personality of the brand itself) and the negative persona (who the company does not want to attract).

A company selling software to professional practices works on three personas: the owner who decides, the assistant who uses it every day, the IT consultant who installs it.

The difference with OnLife: Phygital is the company's operational answer, OnLife is the condition of the person that answer addresses. The word was coined around 2013 by the marketing agency Momentum Worldwide, in its Australian office, to describe brand experiences halfway between shop and screen; it spread above all after 2020, when the pandemic forced shops to integrate online orders, in-store pick-up and contactless payment in a hurry.

It exists to make repeatable what otherwise depends on whoever happens to be there that day. The mark of real planning is in the links: a campaign designed on its own works once, the same campaign inside a wider marketing plan holds up the next time too.

Example. A flash sale, the deep discount opened for a few hours, works when the objective, the stock, the prices, the customer alerts and the warehouse shifts are decided beforehand: raising revenue and clearing a warehouse are two different plans with two different selections. Improvised on enthusiasm, the same promotion empties the best-selling lines and teaches customers to wait for the discount.

In Enrico Giubertoni's articles the Italian word carries a second, technical meaning as well, the rank a page earns in search results, so it is worth stating which one is meant: the first is decided in the boardroom, the second is measured every week.

Example. Before rewriting the message, look at how competitors changed theirs over the past ten years through a web archive. You can see which segments they walked away from and which promises they dropped: the space left empty is the positioning worth building on.

In Enrico Giubertoni's articles the value lies in what the forecast allows, namely acting early and precisely while the outcome can still be changed. In his texts the term almost always lives as «predictive analytics», set beside the strategic judgement of whoever decides.

Example. The management system of a services company flags that a long-standing client has stopped asking for quotes and that its profile now resembles those who cancelled over the last two years. The sales team receives that name today instead of in the quarterly report: the predictive model bought weeks of advantage, and a person still makes the call.

In these articles it is applied to a website's content, to data and above all to artificial intelligence, and it works as revenue architecture rather than as a compliance exercise. Strategy says what to do; governance says how it is kept standing.

Example. A company rebuilds its website and nobody sets who may open a new category, who checks for duplicates and how often the taxonomy, the tree that classifies content, is reviewed. Two years later three sections say the same thing: the original design held, what was missing was the governance to maintain it.

Perception and adoption no longer depend only on the product's features but on how people are made to live them. Its root is the experience economy of B. Joseph Pine and James Gilmore (1998), in which value moves from the good to the experience around it. Enrico Giubertoni names four needs a digital product experience must meet: sensoriality, depth, relationship and repetition.

A cosmetic product page with how-to videos, a virtual colour try-on, questions to experts and a reminder to reorder.

Brands like L'Oréal use them as if they were social channels, running paid campaigns on them to grow branding and sales.

L'Oréal's virtual make-up try-on app, used as a channel to invest advertising in.

In marketing it is what allows a message to reach specific audience segments instead of an entire mailing list; in machine learning (systems that learn from examples) it is the task on which the quality of your source data gets measured, because a profile is worth exactly what the data behind it is worth. It carries an explicit legal constraint: profiling belongs to whoever can state where each field came from and on what legal basis it is processed.

Example. A cosmetics company uses structured listening of online conversations to work out the demographic make-up and geography of its communities, then decides which provinces the distribution should concentrate on. Here profiling stays anonymous and serves a decision about the sales network, before it ever serves a personalised message.

In Enrico Giubertoni's articles it carries two separate arguments. The first is the confidential or personal data that ends up inside that box and leaves the company perimeter; the second is the fixation on the perfect prompt, which keeps executives on tactical mastery while the work in front of them is strategic.

Example. An HR manager pastes the twenty applications she has received into a free service and asks for a ranking. That prompt holds names, contact details and assessments: in ten seconds personal data left the company, with no legal basis and no processing agreement.

Enrico Giubertoni treats it as the term on which two departments split without noticing. To marketing a name with a contact detail is enough, to sales the check is the point, and the acronyms MQL and SQL (marketing qualified lead and sales qualified lead) look like one shared definition while being two.

Example. In an industrial services company the question of what counted as a qualified lead stayed open for twelve months. Marketing delivered volume, sales called it empty, and for a year the search for the culprit ran downstream, where the result was missing, instead of upstream, where the ambiguous word sat.

Example. An assistant that summarizes meetings saves time; a system that warns the Board before an important customer leaves changes decisions. The Quantum Leap is the distance between the two.

It measures how wide an audience was touched: reach climbing while average contract value holds still describes a larger audience, and a market that buys better shows up in other indicators.

Example. A marketing team optimises its content for reach and visibility, and depth pays the bill: this is the point where the algorithm becomes the creative director in place of the people writing. Reach tells you how many distinct people saw, and what that audience is worth is read on the value of signed contracts.

It differs from attention to current affairs because it measures a fact's importance by its freshness. Psychology knows it as recency bias, a relative of the availability bias described by Tversky and Kahneman: what has just happened is easier to recall, so it seems more important. In digital news it is fed by the continuous flow of updates; in business decisions it leads to reacting to the latest figure instead of reading the trend.

A company changes strategy after one week of weak sales, without comparing it with the same period in previous years.

A company community, a group of customers or enthusiasts who talk to each other around a brand, lives on it: members who receive help give it back to the others, and the value in circulation grows without the company having to produce all of it alone.

Example. Quechua, Decathlon's brand for outdoor activities, keeps a community of enthusiasts who exchange advice and solutions, and Decathlon simply makes that exchange easier: it gets loyalty and authentic content out of it. The value in circulation is produced by the members who give back the help they received.

In Enrico Giubertoni's method it is the honest measure of customer loss: put revenue churn, the share of recurring revenue that left in the period, next to the count of customers who left, because losing two large contracts barely moves a count of logos.

Example. An industrial services company works on annual contracts. In one quarter it loses ten small customers and two major accounts: the customer count shows a mild dip, while the recurring revenue that walked out shows the real loss, the one next year's budget will have to cover.

It postpones the obligations on high-risk systems: to 2 December 2027 for those in Annex III, which include recruitment, and to 2 August 2028 for those in Annex I, systems built into already regulated products such as machinery and medical devices. The rest of the AI Act keeps its dates, including Article 50 on transparency, applicable from 2 August 2026. For a company this produces an odd order: liability for what it publishes arrives before the duty to know which systems it uses.

Over time it finds the strategy that maximises the total reward. The idea comes from behavioural psychology; its computing form was systematised by Richard Sutton and Andrew Barto in the textbook Reinforcement Learning (1998). The best-known case is European: AlphaGo by DeepMind, a company founded in London, which in 2016 beat the champion Lee Sedol at the game of Go. The same method, with human judgement as the reward, is used today to make language models useful and safe.

A system that chooses which offer to show each visitor and learns, from clicks and purchases, which one works best.

It is governed by listening and answering, and it is measured over time: past crises leave traces that stay consultable years later, and the way they were handled weighs on the next one.

Example. A company switches on social listening and reads in real time the sentiment, the positive or negative tone of what is said around its own keywords: it sees straight away whether perception is turning negative and on which components of the product, and corrects course before the phenomenon spreads, instead of deciding on assumptions. Whoever prepares the plan also rereads the archived versions of the website, to see how the company answered the complaint of a few years earlier.

The word comes from the Old French retaillier, ‘to cut again’, that is, to sell in pieces what was bought in bulk. The modern form of retail was born in Europe: Le Bon Marché, opened in Paris in 1852 by Aristide and Marguerite Boucicaut, is considered the first department store, with fixed displayed prices, free entry and the shop conceived as an experience. Today retail is being [redefined by omnichannel](/en/blog/conquer-your-target-adopt-a-holistic-approach-to-optimizing-sales-channels-and-achieve-success.html), digital retail and New Retail.

A perfumery chain that buys from brands and sells to the public, in its shops and online.

It depends on every touchpoint and on consistency across channels, and it is one of the main levers of loyalty. The reference theory is the experience economy of B. Joseph Pine and James Gilmore (1998): when products look alike, customers choose where to buy by how it makes them feel.

A customer books online, finds the product ready in the shop and gets chat support on the same order.

It includes promotions and loyalty schemes, visual merchandising (the layout of the shop or the page), local advertising and local search, pricing, in-store communication and care for the customer experience. It differs from trade marketing, in which the manufacturer works on the retailer, because here the retailer works on the consumer. Many of its levers were born with the European department stores of the nineteenth century, such as dressed shop windows and seasonal sales; digital has carried them onto the Google Maps listing and the online shop page.

An electronics shop keeps its Google Maps listing updated with live stock and dresses its windows around the products most searched for locally.

In the articles it sits among the things algorithms now orchestrate on their own, driven by shopper behaviour recorded as it happens. What separates a useful reminder from a nuisance is the data the advertisement carries with it.

Example. A customer puts a spare part in the basket and stops before paying. The next day an advertisement shows that part with the delivery time of the nearest warehouse, read straight from the management system: the same ad slot, carrying a real stock figure, stops being a reminder and becomes an answer.

Its purpose is to tie every answer to a source that can be checked, and it narrows the room for invention that a model left alone with its training allows itself.

Example. The customer service desk of a machinery manufacturer answers delivery questions by reading the management system and the uploaded manuals, and every answer arrives with the document it came from. Whoever receives it can open that document and check, and whoever signs it knows what they are putting their name to.

It is a structural intervention, not a touch-up: the map on which Marketing, Sales and Management align, and through which artificial intelligence is governed too.

Example. For decision makers, governing artificial intelligence means ensuring that every algorithm is synchronized with the corporate Revenue Blueprint™: a tool that does not serve that map adds friction instead of removing it.

Enrico Giubertoni uses the term to separate governing the system from owning the tools, because a company can have the CRM, the campaigns and the sales network and still have nobody governing how those three talk to each other.

Example. Marketing brings in leads and measures them by volume, Sales judges them by quality, and neither measures how long it takes from the first signal to the signature. Revenue Governance starts from that measure, because it is the only one that belongs to both.

The return shows up where the money was moved, and the company-wide average buries it. In the published articles it serves to compare one advertising platform against the others, for the same product category.

Example. In an industrial services company on recurring subscription, business-to-business, over 50 million in revenue in its reference market, ad spend is moved onto the core business line alone (the main activity, the one most of the revenue comes from) on the paid search network. Direct measurement of 16 July 2026, first half of 2026 against first half of 2025: return on ad spend for that line rises 25% and sits above break-even, while the return on the entire advertising investment stays partly below it. Both numbers are true at the same time, and what separates them is the declared perimeter. The absolute values are small, so the percentage is a signal and not a law.

Whoever signs the budget uses it as a question in three parts: what does it cost, what did it produce, what happens if we cut it. A campaign that grows in visibility and leaves revenue flat has answered one part only.

Example. The marketing lead of a manufacturing company shows the board a rise in social interactions and the finance director asks what that growth is worth in money. Return on investment travels into the boardroom when it arrives as a figure that already exists in the finance team's own documents and that marketing can show it moved.

Example. In an industrial services company the sales leadership quoted a cycle of six to thirty-six months, and that figure explained why generated leads went nowhere. The contracts actually signed told a story of under two months: the slow leads simply sat there, while the people who bought bought quickly.

Enrico Giubertoni describes it as cultural and operational work before it is software work, and that is why it fails when it gets bought as a tool. It differs from sales operations, which govern the numbers and processes of selling (territories, forecasts, systems): enablement concerns what salespeople know and say in front of the customer. Its latest form is AI sales enablement, in which artificial intelligence prepares visits, suggests the content that fits each stage of the deal and analyses conversations to show where customers are lost; here too the value does not come from the tool but from the cultural and operational change it speeds up.

Example. A sales director rolls out an AI assistant for call preparation, and the field keeps pitching exactly as before, because the material a rep puts in front of a customer is still the old catalogue. Enablement starts by listening to what reps actually do each day, and decides from there which content gets rewritten.

Enrico Giubertoni mostly uses it to show where that path breaks: a buyer who gets informed through an AI assistant walks the stages in an order of their own, so a funnel drawn on the old order keeps measuring steps nobody takes any more.

Example. A service with a free tier builds its funnel on sign-ups and converts a small slice of that base into paying customers. As long as the dashboard watches sign-ups, marketing celebrates growth that the company accounts never see.

Enrico Giubertoni keeps it apart from the two numbers it gets confused with: the budget says how much we would like to sell, the pipeline how much we could, the forecast how much we will.

Example. A sales director takes a two million pipeline to the board and presents it as a forecast. Inside sit deals untouched for nine months whose stage was never updated: the forecast is already tilted toward optimism, and the board commits its spending on the back of it.

Example. In a flash sale the limited duration and the reduced availability create urgency, access reserved for subscribers adds exclusivity and the temporary discount raises perceived value without devaluing the price list. Blockbuster had built its stores on scarcity and on blockbusters, and Netflix won with the opposite, abundance and personalization.

It covers the words the content is written with, the structure of the site and the internal links, and it is judged on how often that page gets read rather than on the taste of whoever wrote it. The discipline is shifting: when the answer is written by an artificial intelligence, the fight for visibility becomes grounding, making sure your own company data is what the model builds its answer on.

Example. A retailer with ten stores finds that the searches that bring revenue carry a city name: the store listing, the opening hours and the local pages weigh more than the homepage, and the work starts there.

Each user enters with an avatar, can buy land and build with an in-world currency, the Linden dollar, and moves from place to place by teleport. Rosedale has said he was inspired by the metaverse of Snow Crash. Between 2006 and 2008, in the Web 2.0 years, companies, universities, embassies and political parties opened virtual offices there to try out a new kind of presence; then attention moved to social networks. Outside gaming, however, this kind of experience has not yet managed to become a stable part of companies' marketing processes.

In 2007 the Italian party Italia dei Valori bought an island in Second Life, and Antonio Di Pietro held a press conference there.

The criteria have moved from demographics to actual behaviour, because a group built on age and postcode predicts buying far less well than a group built on what people actually did. Its limit shows when it is sold as personalisation: one message for the whole group speaks to a cluster, while the person receiving it expects a conversation with themselves.

Example. A pharmacy with a loyalty scheme can split customers by age bracket, or by what they buy when the season turns. The second cut triggers a message that arrives in the week the need exists; the first triggers a message that reaches everyone on the same day.

In the early web a page says ‘Rome’ and only the reader knows whether it means a city, a football team or a film; in the semantic web that word is labelled as a city, with its country, its population and its links to other data. The idea comes from the Briton Tim Berners-Lee, who invented the World Wide Web at CERN in Geneva, and who presented it in 2001 in Scientific American with James Hendler and the Finn Ora Lassila: it is a European root of the digital world. It rests on standards of the W3C consortium, such as RDF (describing a piece of data as subject, relation and object) and OWL (ontologies, the vocabularies that say how concepts relate). In 2011 Google, Microsoft and Yahoo, later Yandex, launched schema.org, the vocabulary that websites use today to describe products, people and articles to search engines: it is the form in which the semantic web entered everyday life, and the base that AI-generated answers feed on.

A product page declares price, availability and average rating with schema.org: the search engine reads them as data and shows them directly in the results, with the stars.

It is where Enrico Giubertoni comes from: his university training in Turin and his work with the Centro Ricerche Semiotiche stand behind the way he reads digital marketing, where the analysis of meaning comes before the choice of channel. Applied to marketing, it explains why a message that is factually correct can still be read another way.

Example. Two campaigns announce the same discount: the first calls it «last units available», the second «pricing error». The information is identical, the reading changes, and semiotics is the tool that predicts the difference before the first euro is spent.

European science is full of it: penicillin, discovered in 1928 by the Scot Alexander Fleming on a contaminated culture, is the most quoted example. In commerce, and above all in e-commerce, designing for serendipity means leaving room for unexpected encounters with products customers did not know they wanted, against the tendency of algorithms to offer only the already known.

An online shop that, next to the product searched for, suggests a handmade object from another category that sparks the customer's curiosity.

The name suggests something furtive, and that is the first misreading to clear away: almost always there is a person with a repetitive job to finish by the evening. Enrico Giubertoni reverses its sign: the practice creates exposure and has to be governed, while the signal behind it is the best internal process research the company has ever had, and nobody paid for it.

Example. In a company of eighty people, three administrative staff stop compiling the weekly order summary by hand and have a free service generate it instead. Every time someone automates a piece of their own work they point precisely at where the company process loses time: punish the practice and you keep the exposure while throwing the map away.

In Enrico Giubertoni's texts the technical sense shows up at one precise point: Pinterest, the image platform people use to look for inspiration before buying, is described as a social network built on the graphic sign, with users emotionally engaged by the graphic sign and by impactful images, and more inclined to buy for that reason. The practical consequence is that meaning is assigned by whoever looks.

Example. A company redesigns its price list and moves discounts from the «promotion» column to the «reserved terms» column. The numbers stay the same, the sign changes, and the sales network stops treating that price as a concession.

Enrico Giubertoni, who coined the term, describes it as the ability of Marketing to give the Board predictive advantages rather than reports.

Example. The same management system can work as an archive or as a radar: as an archive it records the orders that came in, as a radar it flags the long-standing customer who stopped asking for quotes, and it shortens the time between the first signal and the signature. In retail, the point of sale also becomes a data collection point for Signal Intelligence™.

In marketing it is the agreement between Marketing and Sales: Marketing commits to delivering a given number of qualified leads under a shared definition, Sales commits to contacting them within a set time and reporting what happened to them. Without an SLA each department judges the other by its own yardstick; with one, the lead lost between the two has an owner and a deadline.

Example. A B2B company's SLA states that every quote request from the website gets a call back within four working hours, and that the salesperson records the outcome in the CRM within a week. In the first month the company finds out how many requests were going unanswered, a number nobody had ever seen before.

It covers every transaction, from a purchase to a contact request. It is the evolution of InfoCommerce: research before buying no longer goes through ten pages of results but through a conversation with an assistant, which picks the sources on the person's behalf. For a company this means an AI assistant's answer weighs as much as a shop window, which is where generative engine optimisation comes in.

Before choosing a vacuum cleaner, a person asks an AI assistant to compare three models against their home and budget.

Shelves that report stock, interactive fitting rooms, self-checkouts, footfall analysis to cut waiting times. The difference with New Retail: smart retail works on the shop and can be adopted one piece at a time even by a small retailer, while New Retail rethinks the whole business model around data. The best-known case is Amazon Go, the till-less shop opened in Seattle in 2018.

A fitting room with an interactive mirror that suggests matching items and brings the right size without the customer stepping out.

It goes beyond monitoring, which counts mentions: it interprets what people say, in what mood (sentiment analysis, which separates a positive judgement from a negative one) and from which groups of people, and turns conversations into decisions on product, communication and customer service. It works on public content, so without intruding on people's private sphere. It was born with Web 2.0, when conversations about brands became public and searchable, and became an industry with dedicated platforms, some of them European, such as the British Brandwatch (2005) and the Luxembourg-based Talkwalker (2009). Today artificial intelligence can also read images, video and irony, which early keyword-based analysis misunderstood.

A cosmetics brand notices many people complaining online about the same difficulty opening a bottle, and changes the cap before the problem reaches the reviews in its online shop.

The articles use the form «social ads», and the criterion that matters is who sees the message, decided before how many people see it. The measurable effect arrives later: the public approval of the people who receive it becomes social proof, and sales follow from that.

Example. Somebody opens a blog about a passion and adds a small online shop to it, then uses social ads to put their own content in front of an audience of enthusiasts. Likes, shares and comments build the social proof, and the orders follow: when the spend moves from the content to the products alone, sales fall, because what convinces is the reason behind the choices.

In the articles it ranks with the other channels: for the contemporary pharmacy Enrico Giubertoni calls it «a fundamental strategic lever for growth and relevance», and when artificial intelligence arrives he places it alongside these activities rather than in their place. Its engine is peer sharing: somebody who shares a piece of content stakes their own reputation on it, which is why customer involvement weighs more than the size of the audience reached.

Example. A pharmacy opens a profile and posts the week's offers, then starts answering product questions in public. Customers share the answers and leave the offers alone, because sharing something useful puts their own name behind it.

In digital marketing it is built by putting the right audience in front of your messages, because reviews, comments and likes become the signal that reassures whoever has to decide.

Example. A traveller with a passion for the East kept a blog and a small online shop, and sales rose when she began promoting her own stories with social ads; when she moved the spend from the stories onto the products alone sales collapsed, and they came back as soon as she went back to promoting the stories. With social proof you sell the reason behind your choices, and the sale follows.

The aim is not selling online but becoming the reference the customer picks when the time to decide comes. It stems from the fact that buyers, especially in business-to-business, reach their first meeting with a salesperson having already done much of the buying journey on their own: whoever wants to be there must be found earlier. LinkedIn turned it into a measurable discipline in 2014 with the Social Selling Index, built on four activities: establishing a professional brand, finding the right people, engaging with insights and building relationships. It differs from social commerce, which is direct selling inside social networks, and it works only if the company backs it with content and a method; otherwise it stays the initiative of a few salespeople.

Every week a salesperson posts an analysis of their sector on LinkedIn, comments on the posts of the purchasing managers they follow, and is contacted by a company that has been reading them for months when a tender opens.

It is the hypothesis of the Portuguese neuroscientist Antonio Damasio, set out in Descartes' Error (1994): against the idea of a reason separate from emotion, Damasio shows that patients with damage to the brain areas linking emotion and decision reason well but choose badly. An acute emotion, such as fear, changes perceptions and behaviour in the short and medium term. In marketing it explains why, after a triggering event, consumers change habits and react strongly to contexts that recall it, and why trust in a brand is built in the body too.

After a serious health crisis many people choose products that convey hygiene and safety, even once the risk has passed.

Its engine is the journey: the customer is the hero who moves from a state of lack to a state of satisfaction, and the product is the helper that makes the passage possible. Corporate storytelling, the story a company tells about itself, works when it states values a community can identify with, and fades when it lists the chronology of the founding. Its roots are ancient and largely European: in 1928 the Russian folklorist Vladimir Propp identified, in Morphology of the Folktale, the recurring functions of folk tales; in 1949 the American Joseph Campbell described the hero's journey, the pattern shared by myths in every culture. The Frenchman Christian Salmon, in Storytelling (2007), showed how narrative became an instrument of power in politics and business; in Italy Andrea Fontana made it a field of study and teaching applied to organisations.

Example. A coffee machine manufacturer can talk about its thirty years in business, or about the barista who opens at five in the morning and has ninety seconds to serve the first customer. The second story carries the same technical data and makes it stick.

Example. Employees already use artificial intelligence at work and the company does not know who, nor with which data: the information exists, but nobody looks at it. That is Strategic Blindness in its most expensive form.

The shared vocabulary used to write it is called schema.org, and it is read by search engines and by the assistants that answer out loud. The typical failure sits upstream of the page: those fields are born in the management system, and until someone translates them into readable code the store knows its own opening hours while the search engine stays in the dark.

Example. Asking a voice assistant whether the store is open right now already counts as a visit to that store. If the answer comes from an opening time typed by hand on a page while the management system records another, the chain has bought traffic that walks the customer up to a closed door.

The delicate point is the joint: the place where two systems nobody designed together hand information over, and a joint with no owner stays invisible on every dashboard, because both systems work and what is missing lives in the space between them. Looking for the cause inside the individual programs means looking in the wrong place.

Example. A retailer pays for campaigns that send people to a product page, and the page states an availability the warehouse has already contradicted. Both departments did their own job well and the customer buys from a competitor: systems integration is measured in those hand-offs, before it is measured inside the programs.

It moves those snippets from the developers' hands into the hands of the people who measure, so changing a measurement takes minutes instead of a software release. It comes with a precise responsibility: publishing a change from the tag manager changes, in one move, the data the whole company reads, and that permission belongs to a named person.

Example. Marketing wants to count how many people open the quote form and abandon it before sending. With a tag manager the measurement goes live in a morning; without one, it joins the development queue and arrives after the quarter it was meant to explain.

Beyond demographic variables (age, place, role) it describes goals, obstacles, motivations, values, buying habits and preferred channels, and gives the audience a face and a story. It supports consistent decisions on product, content and communication; when the portrait focuses on the buying process it becomes a buyer persona, and its opposite is the negative persona.

‘Giulia, 38, marketing manager at a fifty-person company: little time, tight budget, has to show results to the owner every quarter.’

It serves to reach people who do not know the brand, and its limit lies in its very availability: a competitor can buy the same list, so the advantage lasts as long as the contract. It turns into an asset the moment the first reply lands in the CRM (the customer relationship management system, where a company records its contacts and deals) with its source written next to it and becomes first-party data.

Example. A manufacturer entering a new region buys a list of companies selected by industry code and turnover. The list opens the door, and it is worth something only if every call-back leaves a row in the CRM: six months later the value sits in those rows, no longer in the list.

Whether a situation is true matters less than whether it is believed, because belief guides behaviour, and behaviour changes reality. In 1948 the sociologist Robert K. Merton drew from it the concept of the self-fulfilling prophecy, with the example of a sound bank that fails because depositors, convinced otherwise, all rush to withdraw their savings. In crisis communication and in marketing it explains why a perception, positive or negative, has real effects even when the data contradict it, if those data are not communicated well.

An unfounded rumour that a product will run short pushes customers to stock up, and the shelves really do empty.

In the texts it also appears as brand voice, and its job is to keep communication harmonious across different channels, adapting the form to each one while the identity stays the same. It lives in the minor occasions: in the articles the tone of voice of Customer Service achieves what the latest technology is asked for, namely simplifying and speeding up a service.

Example. The same company answers a complaint with «your case has been assigned to the relevant department», or with «I am handling it myself, I will write to you by tomorrow». The content is identical, and the tone of voice tells the customer who is on the other side.

Enrico Giubertoni treats touchpoints as sensors as much as shop windows, because each one produces data, and the job of whoever runs Marketing is to orchestrate them so they all describe the same company.

Example. A retail chain promises same-day collection on its website, the assistant at the till cannot see the order, and support replies two days later. Three touchpoints, three versions of the same business: the customer remembers the worst one and repeats it to others.

It breaks at the contact that leaves the least trace: the phone call to the store carries the highest buying intent and the lowest traceability, so the channel producing it shows up silent on every dashboard.

Example. A retail chain buys local search ads and measures clicks, while the enquiries arrive on the shop phone and end up on a sheet of paper by the till. Whoever owns the budget sees the cost and stays blind to the order, and the fix starts with one question: who writes down the source the moment that call turns into a deal.

It aims to raise demand at retailer level, so that the retailer stocks the product, gives it space and pushes it towards the consumer, through trade agreements, point-of-sale materials, staff training and joint promotions. It grew with large-scale retail, when bargaining power moved from brands to the chains that control the shelf; it differs from retail marketing, in which the retailer works on the consumer.

A cosmetics manufacturer pays for the display stand in a pharmacy and trains the counter staff on the new line.

It starts from organized listening to what those people need in that context, and it ends in results that can be measured. A pre-packaged programme handed down from above fills the room and leaves behaviour where it was.

Example. A network of independent shops has to learn to use digital tools, and the owners differ widely in working hours, age and confidence. A platform that lets each of them take a module once the shop is closed cuts travel costs and brings in the people who would never have made it to a classroom.

It is built on promises kept and on transparency about how data is used, and it is lost in a badly handled internal hand-off, because the customer judges the whole company by the department they spoke to last.

Example. A customer switches provider and an invoice that is not yet due ends up with debt collection, with a stream of reminders that look like an attempted scam. The lost payment is the small part of the damage: that customer will tell the story to anyone considering that supplier.

It is the last step of a three-stage evolution. Multichannel places different channels side by side, each with its own systems: the customer finds them all, but they do not talk to each other. Omnichannel connects them so the customer moves from one to another with the same experience, often through integrations between separate systems. Unified commerce removes the separation at the root: the channel becomes just the point at which the customer enters a system that is one. For the company it means campaigns, stock and service designed together; e-commerce stops being a separate catalogue and becomes the tool that serves every channel, towards OnLife selling.

A customer orders online a product the central warehouse does not have: the system finds it in the nearest shop, ships it from there, and the shop assistant sees the order in the record of the same customer they know in person.

It looks on its own for similarities, structures and groups (clusters) in the data. It contrasts with supervised learning, where every example carries its answer, and with reinforcement learning, which learns from rewards and penalties. One of the oldest and most used methods, k-means, which splits data into a given number of groups, was described by James MacQueen in 1967. In marketing it is the tool for segmentation discovered in the data rather than decided at a desk.

A model divides customers into groups with similar buying habits that nobody had defined before.

It works when the added value is clear and relevant to the customer's need, and fails when it feels like pressure. It differs from cross-selling, which offers complementary products rather than a higher version. In digital retail up-selling starts before the shop: technical comparisons and valuable content on the Google Maps listing or the website bring the customer into the shop already leaning towards the top of the range.

Someone about to buy a phone with little storage sees, next to it, the same model with twice the storage and an explanation of how many more photos it can hold.

Enrico Giubertoni folds into it the way a company makes itself reachable: how easily it handles a request that arrives through a digital channel is part of what the customer is buying, and it gets judged alongside the product.

Example. Two machinery suppliers offer the same model at the same price. The first answers the web form within twenty-four hours with a readable quote, the second calls a week later and asks for details already submitted. The perceived value proposition already differs, and neither has said a word about technical specifications yet.

The phrase was popularised by Eric Ries in The Lean Startup (2011), which sets against it actionable metrics, those that link an action to an effect and support a choice. The flaw of vanity metrics is that they almost always grow, even when sales do not. In measuring a brand the remedy is to find criteria, quantitative ones included, that tie branding to the conversion process: qualified leads, conversion rate, customer lifetime value.

A social media page goes from one thousand to ten thousand followers in six months, and over the same period quote requests stay exactly the same.

Its forerunners are Morton Heilig's Sensorama (1962) and Ivan Sutherland's first headset (1968); the phrase ‘virtual reality’ was popularised in the 1980s by the American Jaron Lanier. Science fiction imagined it before the technology did, from William Gibson's cyberspace in Neuromancer (1984) to the metaverse of Snow Crash (1992). After the consumer headsets of the 2010s it is used in gaming, training, design and in selling what cannot be seen yet, such as a house still to be built.

An estate agency lets buyers tour, room by room and through a headset, a flat still under construction, furnished with the pieces the customer has chosen.

The word changes prefix with the quality on display: greenwashing for the environment, AI washing for artificial intelligence, pinkwashing for LGBTQ+ rights, social washing for social commitment. The mechanism never changes: what was not spent on substance is spent on the story.

Example. A company calls «AI-powered» a management system that applies rules written by hand ten years ago. That is AI washing: the word catches the buyer's attention, and the first customer who asks how the system decides finds there is nothing to govern.

It is a change of paradigm more than a technology. The phrase first appeared in 1999 in an article by the designer Darcy DiNucci and spread from 2004 with the conference organised by Tim O'Reilly and John Battelle; in 2005 O'Reilly's essay What Is Web 2.0 set out its principles: the web as a platform, where services run in the browser instead of being installed on the computer; the architecture of participation, where a service improves the more people use it; the collective intelligence of users; data as the real asset; the perpetual beta, software released early and improved continuously in public instead of in closed versions; the long tail of small audiences, described by Chris Anderson in 2004. The media scholar Henry Jenkins called the world it created participatory culture, and in 2006 Time magazine named ‘You’, every user, its Person of the Year. Blogs, wikis, social networks, podcasts and video platforms are its tools; Skype, founded in 2003 by a Swede and a Dane and developed in Estonia, is a European example.

Wikipedia, written by its readers, and blogs with open comments are two symbols of Web 2.0; Gmail, officially in beta for five years, is the symbol of the perpetual beta.

The second is the Web3 described in 2014 by the Briton Gavin Wood, co-founder of Ethereum: a decentralised web, built on blockchain, where users own their data and their digital goods without going through intermediaries such as the big platforms or the banks. To these are added artificial intelligence, which interprets data and personalises the experience, and ubiquitous access through connected objects (the Internet of Things) and immersive reality. Where Web 2.0 gave users a voice, Web 3.0 promises to give them ownership too.

A search engine that answers the question instead of listing pages, because structured data tell it what they mean; a concert ticket recorded on a blockchain, which can be resold without going through the seller's website.

Google Analytics is the most widely used tool for it, and the value of the measurement depends on what it is used for: the same data can decide which content gets written next week, or fill a dashboard nobody turns into a decision. The second case has a name in Enrico Giubertoni's vocabulary, Analytical Inertia, and it describes data that grows while decisions stand still.

Example. The traffic data of a corporate blog shows that a fifth of the articles brings four fifths of the visits. Next quarter's editorial calendar starts from that list instead of from the ideas raised in a meeting, and the team stops producing content nobody searches for.

It decides how people find what they are looking for and how search engines and AI systems understand the site, because internal links say which pages matter and what they are about. The discipline that deals with it is information architecture: the phrase ‘information architect’ comes from the American Richard Saul Wurman (1976), and Louis Rosenfeld and Peter Morville wrote its handbook for the web in 1998.

One main page per service, with the in-depth pages beneath it linked to one another and to customer cases.

It works as the final check on a presentation, an email or a page: when the answer arrives only at the end, the reader has already stopped reading.

Example. A training proposal that opens with the supplier's history and its years in business leaves the question uncovered; the same proposal that opens with the hours the department stops losing every week closes it on the first line.

It is installed with a few lines of code, and its content updates itself because it comes from an outside service. The word, of uncertain origin, meant any small gadget in English; in software it arrived with graphical interfaces and spread in the mid-2000s, when blogs and personal pages filled up with boxes taken from other sites. It is one of the building blocks of Web 2.0: the content of one service lives inside the pages of another.

A blog sidebar showing an events calendar, the latest news or a podcast player.