# Pietro Consavari — Complete Verbatim Corpus (consavari.com) ## 1. Biography (About — Pietro Consavari) Pietro Consavari is a designer, builder, and curious tinkerer. Born and raised in Venice, Italy, he studied graphic design and visual communication at the Scuola Internazionale di Grafica in Venice, where he later returned as faculty to teach Art Direction and Graphic Design, including study-abroad programs for Boston University and Connecticut College. After early art direction roles in Treviso and Milan, he founded Consavari Associati in 2002. Over the next decade, the studio partnered with global brands including Ferrari, Lancia Automobili,Ciba Vision, SBK Superbike, Novartis, Intimissimi, Calzedonia, and the City of Venice. Running an independent agency meant working in an environment of limitless creativity while staying grounded in the pragmatism of entrepreneurship. In 2012, he moved to California to join RingCentral, leading design and the company-wide rebrand ahead of its 2013 Initial Public Offering on the New York Stock Exchange. He then joined the newly formed Tribune Digital in Palo Alto—the digital arm of entertainment giant Tribune—to reimagine the experience for millions of readers, listeners, and viewers. From there, he joined Amazon at a pivotal moment in its hardware and voice revolution, as the company expanded into tablets, Fire TV, wearables, and the first generation of Echo and Alexa devices. He led product design for the core productivity suite on Fire OS 5, reimagining everyday applications through an Alexa-centric lens for more than 50 million users while helping shape early voice and living-room experiences. While working across those three chapters, he was also building Birdeye from day zero—helping bootstrap the product from its initial concept to the early revenue traction that secured its Series A funding. At Series A, he joined Birdeye full-time to lead Design. Over the following decade, alongside building the global design organization, he stepped in at critical growth stages to lead key functions across both R&D and Go-To-Market—including Marketing, Product Marketing, and Web Development—helping scale the company to more than 110,000 business customers and over $130M in annual recurring revenue. His work always comes back to five simple obsessions: building things that work, understanding humans, figuring out what makes humans happy, asking why things are simple, and exploring why we perceive something as beautiful—a pursuit he sums up as #beautifullysimple. He lives and works in San Francisco. --- ## 2. Essay 01 — A Love Letter to Design at the Dawn of the Post-AI Era --- title: "A Love Letter to Design at the Dawn of the Post-AI Era" description: "Why design is not dying—it is returning to its timeless archetype." date: 2026-10-19 topic: "Design Leadership" series: "Design in the Post-AI Era" part: 1 featured: true readTime: "8 min read" slug: "a-love-letter-to-design" --- In 2026, conversations in our space have been dominated by one ubiquitous worry: that design is coming to an end. Because artificial intelligence can now generate visual artifacts in seconds—interfaces, logos, imagery, motion, entire videos—the prevailing assumption is that the discipline of design is being automated away. I see the opposite. I believe we are standing at the threshold of the most extraordinary moment for design in our lifetime. To explain why, I want to start with a foundational question. Over the years, whenever I have sat down with other designers, it is the question I have always loved asking most: *"What is design to you?"* It is a simple question, yet it often invites a long, thoughtful silence. And the reason for that silence has very little to do with the individuals in the room. It has to do with how human progress and innovation unfold. ## From the Ashes of History to the Waves of Technology Human progress moves in great waves of innovation. Whenever a new breakthrough transforms how we make things, there is a natural moment of wonder and uncertainty before we discover the new opportunities it opens for us. Take the First Industrial Revolution as an example. At first, the transition from handcrafted artifacts to mechanical mass production seemed to challenge traditional craft. Yet industrialization did not diminish design; it elevated and formalized it as a modern discipline. Mass production opened an extraordinary new opportunity: because an object could now be created at scale for millions of people, form, material physics, ergonomics, and economy of means could be conceived together as a single, coherent philosophy. Even more telling is what happened when modern design found its deepest purpose in the twentieth century. We often associate great industrial design with eras of corporate affluence, but its most enduring ideas were forged in the ashes of the World Wars. In Germany after the First World War, the Bauhaus sought to rebuild society by uniting art, craft, and industry so that everyday life could carry dignity and beauty. A generation later, in the aftermath of the Second World War, that conviction was carried even further at the Hochschule für Gestaltung in Ulm. Founded in the wake of an era of spectacle and manipulation, the thinkers at Ulm believed that design must be grounded in clarity and truth. Functionalism, to them, was an ethical commitment: objects existed to be honest, rational, systemic, and respectful of human life. At the very same moment, just across the Alps, post-war Italy was emerging from its own ruins with scarce resources and shattered infrastructure. Yet out of those ashes came *La Ricostruzione*—an explosion of design intelligence where a generation of Milanese architect-designers met scarcity with humanism, intellectual audacity, and joyful experimentation. Contrast that historical depth with what happened when the software wave arrived over the past two decades. Software expanded at a velocity human history had never witnessed, and unlike wood, steel, or glass, digital creations carried no physical gravity or material resistance. In that gold rush of expansion, the software world entered a period of creative anarchy. Without physical laws or shared philosophical roots to anchor the discipline, every organization adopted its own interpretation of what "design" meant to fit its own structure and pace. A few rare tech institutions preserved the classical lineage of design as the structural soul of the product. Elsewhere, under the sheer pressure to scale across a rapidly digitizing world, design was often narrowed into a high-velocity workshop of surface replication. Waves like this come and go in history, and it is entirely natural that they do. Every technological boom first expands through repetition before it matures into philosophy. What artificial intelligence is bringing to a close today is simply that transitional wave of surface replication. And in doing so, it is clearing the stage for design to return to what it has always been at its core. ## The Soul Beneath the Surface If design is not the styling of a surface, what is it? At its archetype—from the Latin *designare*, to mark out, to give form to intent—design is the marriage of human meaning and structural truth. Most people make the mistake of thinking design is what it looks like, as though the designer is handed a finished box and asked to make it look appealing. But design is not just what it looks like and feels like. **Design is how it works.** I learned that in my early days in design school, through the books of Bruno Munari—the designer who influenced me more than any other. In *Da cosa nasce cosa*, Munari demystified the act of creation through what he called *metodologia progettuale*, famously comparing the design process to something as simple as cooking a pot of green rice. To Munari, design was never an arbitrary flash of styling; it was the joyful intelligence of breaking a problem down into its essential ingredients, understanding their nature, and letting one thing be born naturally from another. Once you master the method, imagination is no longer chaos—it is set free. When you look across the history of our craft with that lens, what moves me most is how many different ways there are to honor that truth. The designers I have loved and studied over the years often held radically different mental models on the surface, yet shared the exact same conviction underneath. Consider how the moral clarity of the Ulm school flowered in the work of Dieter Rams at Braun. In his seminal reflection, *Omit the Unimportant*, Rams spoke of subtraction as an act of respect for the human mind—stripping away visual noise and arbitrary ornament so that the essential is finally allowed to speak. For the post-war Milanese tradition, rigor instead married memory, freedom, and poetry. Architects like Gae Aulenti reminded the modern world that design cannot live in a vacuum; it must converse with history, context, and cultural continuity. Alongside her, Cini Boeri approached design as an act of human liberation. Whether she was curving a single monolithic sheet of glass into a transparent armchair or imagining an endless, flexible ribbon of polyurethane seating that could adapt to any room, Boeri believed that objects exist to grant human beings autonomy and joy, never to dictate how they must live. That same humanist spark dances through the work of Philippe Starck, where an everyday object enters a room not merely as a functional tool, but as a character in a human story—carrying wit, affection, and cultural memory. It was Hartmut Esslinger—whom I was fortunate enough to meet, even if briefly—who carried that bridge of European rigor and human warmth directly into the birth of personal computing. Challenging the cold dogma that form merely follows function, Esslinger insisted that *“form follows emotion”*—that technology only earns its place in our lives when it connects with how we feel. From that very foundation grew the pursuit of material inevitability that defined Jony Ive’s decades of work—the dedication to pushing aluminum, glass, or silicon to such tolerances that the boundary between internal engineering and external form disappears completely, extending care even to the unseen interior of the machine. Some observers look at the present moment and find it ironic that a craftsman who spent thirty years perfecting physical minimalism in the most privileged hardware sanctuary on earth has now stepped directly into the frontier of artificial intelligence. I see no irony at all. I see the instinct of a true designer: when a new epoch arrives, you do not sit in a museum guarding yesterday’s vessel. You walk straight into the new opportunities before us to discover how they work and give them humanity. Restraint, liberation, memory, poetry, emotion, inevitability. On the surface, these sensibilities could not look more different. Yet at their foundation, they are one and the same. None of these thinkers ever separated the surface from the substance. Each of them began with a philosophical point of view about human life, interrogated the nature of their medium from first principles, and authored the whole. ## Material Truth and the Eternal Law of Modularity Whenever a new era begins, design flourishes the moment thinkers stop imitating the old medium and start discovering the true physics of the new one. And across history, whenever designers have sought to bring high craft to universal scale, they have turned to the same first principle: **modularity born from material truth.** In the nineteenth century, when Michael Thonet experimented with steam-bent beechwood, he saw more than a technique for curving timber. In his famous café chair, he conceived a modular system of six standardized, organic pieces that could be packed thirty-six chairs to a single crate, shipped across the oceans, and assembled anywhere with simple screws instead of glue. He united material physics, modular simplicity, and global reach into a single act of design. A century later, Charles and Ray Eames did the same with mid-century industrial materials—taking molded plywood, fiberglass, and wire mesh and transforming factory tolerances into objects of enduring warmth through interchangeable shells, bases, and modular storage architectures, all guided by the desire to bring *"the best to the most for the least."* That same refusal to imitate the past defined Anna Castelli Ferrieri in Milan. At a time when the world dismissed plastic as a cheap substitute for wood or metal, she asked what injection-molded polymers wanted to be on their own terms. Her answer—those iconic round, interlocking *Componibili* containers that stack and compose without a single screw—turned a humble synthetic material into timeless modular architecture. We see the exact same law in the democratic systems of IKEA, and perhaps most purely of all in LEGO. Why has the humble LEGO brick remained one of the greatest creative instruments in human history? Because its modularity is governed by invisible, uncompromising precision. Because the physical rules of how two bricks meet are exact to the micron, human imagination is set completely free on top of them. There is nothing new about modularity or systems thinking in design. Understanding the emerging material of your age—and shaping it into an honest, modular system governed by clear laws—has always been how human taste scales to the world without losing its soul. ## To the Ones Who See Things Differently This is why the dawn of the post-AI era fills me with such optimism. Across history, every great design movement has flourished the moment a technological breakthrough removed the constraints of the era before it. Steam-bending freed Thonet from the limits of carved timber; molded fiberglass freed the Eameses to shape form around the human body; polymers freed Castelli Ferrieri to invent new modular architectures; precision milling freed Ive to dissolve the boundary between the inside and the outside of a machine. Today, artificial intelligence is removing the greatest constraint of all: the barrier between conceiving how something should work and bringing it to life. By freeing us from the mechanical repetition of surfaces, it allows design to return to its highest purpose. Once again, design is not how it looks. **Design is how it works.** With those old boundaries between imagination and reality removed, designers are free to shape not just the surface of an experience, but the entire living system beneath it—bringing true design to the world at a scale and fidelity we could previously only dream of. I remember sitting in the audience at Figma Config a few years ago when Brian Chesky stood on stage and spoke about why the future of technology belongs to designers who step up to lead. More recently, Y Combinator echoed that exact call to the entire startup world: *"We need more design founders."* Why is that call echoing everywhere right now? Because when technology makes building boundless, the defining magic of a product is no longer raw mechanics alone. It is taste, empathy, systems thinking, and philosophical clarity. It is the ability to stand at the intersection of technology and the liberal arts, to care about the unseen interior of the cabinet, and to imagine how something should truly work for human beings. This moment belongs to the ones who **think different**. It belongs to the crazy ones—the misfits, the rebels, the troublemakers, the round pegs in the square holes. The ones who see things differently. They are not fond of formulas, and they have no interest in repeating the status quo. You can quote them, disagree with them, glorify or vilify them. About the only thing you cannot do is ignore them. Because they are the ones who ask *why*. They are the ones with a point of view. They are the ones who push the human race forward. Only a designer can look at the opportunities of a new age, feel what it means to be human inside it, and shape something so honest, so coherent, and so inevitable that we wonder how we ever lived without it. The canvas of a new century is wide open. Stay hungry. Stay foolish. And let Good Design shape how the future works. --- ## 3. Essay 02 — On Artificial Intelligence and Human Stupidity --- title: "On Artificial Intelligence and Human Stupidity" description: "What Carlo Maria Cipolla’s 1976 laws of human stupidity tell us about corporate boxes, broken processes, and the AI gold rush." date: 2026-10-20 topic: "Design Leadership" series: "Design in the Post-AI Era" part: 2 featured: true readTime: "7 min read" slug: "never-hand-a-supercomputer-to-the-wrong-quadrant" --- There is a tiny book written in 1976 that explains more about what is happening inside technology companies today than every AI keynote of the past two years combined. It was written by Carlo Maria Cipolla, an Italian economic historian who divided his life between Pavia and Berkeley. Cipolla spent decades studying how economies rise and fall, how currencies collapse, and how empires manage to ruin perfectly good things. Eventually, he arrived at a conclusion so liberating—and so politically incorrect—that at first he only printed the book in English for a small circle of friends. You don’t need dark conspiracies to explain why the world is a mess, Cipolla argued. You don’t even need malice. You just need to understand the single most powerful force in human history: **stupidity**. Now, before anyone gets offended, Cipolla wasn't using the word as an insult. He was using it the way a physicist talks about gravity. And half a century later, we have just done something Cipolla never lived to see: we handed human stupidity an infinite amplification engine called Artificial Intelligence. ## Cipolla’s Five Laws (Briefly and Precisely) Cipolla’s five laws take less than two minutes to learn, and once you know them, they explain almost everything you see at work. 1. **The First Law:** *Always and inevitably, everyone underestimates the number of stupid individuals in circulation.* No matter how high your estimate is, you are still low. People you once assumed were rational and level-headed will, at the most inconvenient possible moment, surprise you. 2. **The Second Law:** *The probability that a certain person is stupid is completely independent of any other characteristic of that person.* This is the law that bruises the most egos. Whether you test janitors, middle managers, Silicon Valley founders, four-star generals, or Nobel Prize winners, the exact same fraction of people in every group is stupid. Credentials, wealth, and fancy titles don't reduce stupidity; they just give it a bigger megaphone. 3. **The Third (and Golden) Law:** *A stupid person is a person who causes losses to another person or to a group of persons while deriving no gain for himself, and even possibly incurring losses.* 4. **The Fourth Law:** *Non-stupid people always underestimate the damaging power of stupid individuals.* In particular, we keep forgetting that at all times, in all places, and under any circumstances, dealing or associating with stupid people always turns out to be a costly mistake. 5. **The Fifth Law:** *A stupid person is the most dangerous type of person—even more dangerous than a bandit.* To show why the Third and Fifth Laws are true, Cipolla drew a simple coordinate plane measuring every human action by two questions: **How much does it help or hurt you?** and **How much does it help or hurt others?** ![Carlo Maria Cipolla's Four Quadrants of Human Action](/assets/diagrams/cipolla-quadrant.svg) Look at the four quadrants that emerge: If you do something that benefits you *and* benefits the people around you, you sit in the top-right corner: **The Intelligent** (*Gli Intelligenti*). You are playing a positive-sum game. You leave the room better than you found it. If you do something that hurts you while creating a gain for someone else, you are in the top-left corner: **The Helpless** (*Gli Sprovveduti*)—generous, perhaps, or simply naive. If you do something that benefits you by inflicting a loss on someone else, you sit in the bottom-right corner: **The Bandit** (*I Banditi*). Now, nobody likes a bandit. If a bandit mugs you in an alley and takes a hundred dollars, you are a hundred dollars poorer. But the bandit is a hundred dollars richer. There is a logic to it. You can predict what a bandit wants, you can lock your doors against a bandit, and you can even negotiate with a bandit. And then there is the bottom-left corner: **The Stupid** (*Gli Stupidi*). Why is a stupid person more dangerous than a bandit? Because a bandit at least follows rational self-interest. A stupid person will walk into your kitchen at two in the morning, set your toaster on fire for no reason at all, burn his own eyebrows off in the process, and walk out complaining about the smoke. Everyone loses. Nothing is gained. And because there is no rational motive, you can never defend against it. ## How Corporate Boxes Manufacture Stupidity If you have ever spent time inside a corporation, you know the cruel irony of Cipolla’s diagram: leadership teams *love* putting human beings into four boxes, yet they almost never use the right ones. There is an entire genre of internet memes dedicated to corporate quadrants. Lock ten executives in an off-site room with a whiteboard and a plate of croissants, and within twenty minutes someone will draw two perpendicular lines, invent two completely made-up axes—*“Strategic Velocity”* versus *“Cross-Functional Alignment”*—and spend the next three quarters shoving every human in the building into a square. Almost all of those corporate grids are pure theater. In my entire career, aside from Cipolla’s chart, I have only ever seen one other two-by-two chart that actually tells the truth about how organizations work. Years ago, **Simon Sinek** gave a famous talk about how the **Navy SEALs** choose operators for SEAL Team Six. They draw a simple chart with **Performance** on the vertical axis and **Trust** on the horizontal axis. ![Simon Sinek's Navy SEALs Performance vs. Trust Matrix](/assets/diagrams/sinek-quadrant.svg) Obviously, nobody wants the person in the bottom-left with low performance and low trust, and everybody wants the star in the top-right with high performance and high trust. What fascinated Sinek was what the SEALs discovered about the other two corners: **they will take a medium—or even a low—performer of high trust over a high performer of low trust every single time.** Why? Because in a real team, the "high performer of low trust" is poison. He is the superstar who hits his personal targets by stepping on his teammates' necks, hoarding credit, and letting everyone else take the fall. Look closely at Sinek’s chart and you realize that a high-performer of low trust has a much older name in Cipolla’s book: **he is a Corporate Bandit.** Most companies are terrible at telling the difference between an Intelligent builder and a charming Bandit. And because leadership teams don't know how to measure trust or judgment, they try to protect themselves by inventing **Processes**. And that is where institutional stupidity is born. Take one of the most surreal chapters in corporate history. For years, Microsoft ran its performance reviews on a rigid "stack ranking" system. Under this process, every manager was forced *by default* to grade their team on a fixed statistical curve—meaning that every review cycle, a set percentage of every single team had to be placed at the bottom and managed out the door, on the mathematical assumption that a fixed percentage of hires must be wrong hires. Pause for a second and admire the sheer architecture of that idea. You could be a manager who spent two years recruiting ten of the brightest engineers on earth—ten people who belonged in the hall of fame. Didn't matter. The spreadsheet demanded a sacrifice, so one of your geniuses had to be labeled a failure. What happened next? Exactly what any sane person would predict. Smart engineers refused to join teams that already had smart engineers, because sitting next to a genius meant *you* might be the one pushed off the boat. People stopped helping other teams. Colleagues hoarded information so their peers wouldn't outshine them. An entire decade of innovation was strangled by an HR formula. Ask yourself Cipolla’s question: *Who gained from that process?* Not the engineers. Not the managers. Not the customers. Not the shareholders. It was pure, industrial-grade bottom-left stupidity—dressed up as "rigorous management science." ## Enter AI: Removing the Speed Limit on Bad Ideas For the last few thousand years, humanity had one built-in safety mechanism against Cipolla’s Fourth Law: **it took effort to do things.** Before AI, stupidity had a natural speed limit. Even the most tirelessly counterproductive person in your company only had ten fingers and an eight-hour workday. There were only so many five-page memos they could write, only so many unnecessary reorganization decks they could format, and only so many people they could distract before Friday afternoon. Then we invented generative AI—and took the brakes off the car. Across the business world, people are doing pointless things at ten thousand times their previous speed. Someone has a tiny, half-formed thought on a Tuesday morning. Instead of thinking it through for ten minutes, they ask an AI to turn three bullet points into a majestic, twelve-page "Strategic Vision Document." They send it to twenty coworkers. Those twenty coworkers take one look at the twelve pages, roll their eyes, and ask *their* AI to summarize it back into three bullet points. Think about the physics of what just happened. Twenty people lost twenty minutes of their day, a data center somewhere in Virginia boiled a swimming pool of water to run the GPUs, and not a single drop of real human insight moved from one brain to another. And that is just the polite version. Across the internet, companies are unleashing armies of "autonomous AI outreach agents" to flood millions of inboxes with fake-personal messages—torching their own reputation while making email unusable for everyone else. Product teams are generating mountains of features nobody asked for and code nobody understands, simply because the button to generate it is free. ## The Great Boardroom Delusion The single biggest delusion in corporate boardrooms right now is the belief that **plugging AI into your existing process is going to make your company smart.** Everywhere you go, executives are panicking: *“Put AI into our customer support! Put AI into our planning process! Put AI into our performance reviews!”* If your process is already broken—if your support flow is designed to trap customers in a maze so they give up, if your product process is nineteen layers of committees approving slide decks, if your culture rewards Corporate Bandits and punishes honesty—**plugging AI into that process will not fix your company.** **It will just make your stupid process stupider, at the speed of light.** Imagine if Microsoft, at the peak of its stack-ranking madness, had plugged an AI agent into HR so it could stack-rank and fire a percentage of every engineering team automatically every Monday morning. Would that have been "digital transformation"? Or would it have been a faster way to burn the house down? Technology has never once fixed a broken philosophy. ## Why I Am Still an Optimist: AI in the Hands of the *Intelligenti* Now, you might read all of this and think I am cynical about AI. Quite the opposite. Once you understand Cipolla’s laws, you realize that blaming AI for the flood of corporate nonsense is like blaming a hammer because someone hit their own thumb. **AI is a tool.** A tool has no ego, no morality, and no quadrant of its own. It is a pure multiplier of the human being holding it. Hand it to a Bandit, and they will use it to extract more while giving less. Hand it to a stupid process, and it will manufacture chaos on an industrial scale. **But hand that exact same tool to someone in Cipolla’s Intelligent quadrant—someone non-stupid, with a non-stupid purpose—and magic happens.** Remember what defines the *Intelligenti* in Cipolla’s world, and what defines the top-right corner of Sinek’s Navy SEALs chart: **high trust, clear judgment, and actions that create real value for yourself *by* creating real value for others.** When people like that pick up AI, they don't use it to generate twelve-page memos nobody wants to read, and they don't bolt it onto yesterday's bureaucracy. They start from first principles. They ask how something should actually *work* for another human being. They strip away the silly boxes, the committee theater, and the artificial friction. And then they use AI as a lever—allowing a small group of high-trust builders, or even a single clear-minded creator, to build things of extraordinary usefulness and beauty for the world. In the end, the age of AI isn't really a test of machine intelligence at all. The machines are plenty smart enough for what we ask of them. It is a test of *ours*. You can use the most powerful tool in human history to automate your bad habits and multiply the noise. Or you can step into Cipolla’s top-right corner—fix how things work, care about the human on the other side, and build something that leaves everyone in the room better off than before. --- ## 4. Essay 03 — Maybe AI Can Design, But It Will Never Produce Good Design --- title: "Maybe AI Can Design, But It Will Never Produce Good Design" description: "What Dieter Rams’s Ten Principles reveal about what Good Design truly is—and why caring for another human being can never be automated." date: 2026-10-27 topic: "Design · AI · Craft · Humans · Simplicity" series: "Design in the Post-AI Era" part: 3 featured: true readTime: "6 min read" slug: "maybe-ai-can-design" --- # Maybe AI Can Design, But It Will Never Produce Good Design ### What Dieter Rams’s Ten Principles reveal about what Good Design truly is—and why caring for another human being can never be automated. In the late 1970s, a German architect who had spent twenty years designing radios, razors, calculators, and shelving systems looked around at the modern world and felt a growing sense of unease. His name was **Dieter Rams**. Since joining the German electronics company Braun in 1955—and the furniture maker Vitsœ shortly after—Rams and his small team in Kronberg had worked by a clear personal ethos he called *Weniger, aber besser*: **Less, but better.** He believed that the objects we bring into our homes should serve human life with clarity, honesty, and restraint. Yet when he looked out at the broader consumer culture of the late twentieth century, he saw the opposite: a loud, chaotic festival of superficial styling, planned obsolescence, and products screaming for attention. So Rams paused and asked himself a question that every creator eventually has to face: *“Is my design good design?”* Because "goodness" in design cannot be proved by a formula, Rams wrote down ten practical criteria to test whether an object truly serves the person using it—what became known around the world as the **Ten Principles for Good Design**: 1. **Good design is innovative.** 2. **Good design makes a product useful.** 3. **Good design is aesthetic.** 4. **Good design makes a product understandable.** 5. **Good design is unobtrusive.** 6. **Good design is honest.** 7. **Good design is long-lasting.** 8. **Good design is thorough down to the last detail.** 9. **Good design is environmentally friendly.** 10. **Good design is as little design as possible.** Fifty years later, Rams’s question leads straight to the question everyone in our industry is asking today: *“Can AI design?”* The answer is yes—if by "design" you mean assembling shapes, remixing styles, and generating plausible surfaces. AI can design all day long. **What AI will never be able to produce is *Good Design*.** Why? The reason is simple: **Good Design is human—and AI is not human.** --- ### You Already Know the Ten Principles—Even If You Never Knew Their Name Even if you have never heard the name Dieter Rams, you have lived inside the world his principles built. Whenever you have picked up an object, understood it in a second, and loved using it for years, you were experiencing one—or all—of the Ten Principles at work. Undeniably, Rams and his Ten Principles have shaped the work of the most prominent designers of the last several decades. Think of **Jony Ive** and his team at Apple conceiving the first iPod, the iMac, and the original iPhone. Ive has never hidden his debt to Rams—he has talked about it openly for years, most famously in Gary Hustwit’s 2009 documentary *Objectified* and in the foreword he wrote in 2011 for the monograph *Dieter Rams: As Little Design as Possible*, where he described how seeing Braun products as a child shaped his entire understanding of design (*"At a glance, you knew exactly what it was and exactly how to use it"*). Apple’s greatest work was a tribute to design that is **understandable**, **thorough down to the last detail**, and **as little design as possible**: the clean white face and scroll wheel of the first iPod echoed Rams’s 1958 Braun T3 pocket radio, and the original iPhone calculator paid direct homage to Rams and Dietrich Lubs’s 1987 Braun ET 66 calculator—where the equals button is given a single circle of ochre so your eye finds its destination without ever reading a manual. In Tokyo, **Naoto Fukasawa** at **MUJI** showed how an object can be **unobtrusive**, **honest**, and **aesthetic** all at once. When he designed a wall-mounted CD player whose music starts when you pull the power cord—just like a kitchen exhaust fan—the interaction felt both delightful and completely natural because it borrowed a gesture human beings already knew by heart. Or think of **Massimo Vignelli** bringing **useful**, **long-lasting** clarity to the New York City Subway map, and **Vitsœ’s 606 Universal Shelving System**, which embodies **all ten principles—including being environmentally friendly**. Designed by Rams in 1960, every shelf and pin manufactured sixty-five years ago still fits every component made today, so nothing ever becomes obsolete and nothing needs to be thrown away. The list could go on and on—from **Jasper Morrison** and **Konstantin Grcic** in industrial design to **Jesper Kouthoofd** at **Teenage Engineering**. None of those designers were chasing a "minimalist look." They were practicing a discipline in which every decision serves the person living with the object. --- ### What Rams Actually Meant The biggest misunderstanding about Dieter Rams is thinking that his Ten Principles are a style guide for making things look German and grey. Rams was not writing about style. **He was writing about human care and responsibility.** To Rams, every object you put into the world enters a human being’s home, occupies their space, and asks for their time and mental peace. Bad design is not merely ugly—it is a lack of respect for the person on the other side. When a coffee machine or an app hides a simple everyday action behind five confusing menus just to look "futuristic," it steals minutes from someone’s morning. When a product dresses cheap mechanics in fake chrome or flashy animations to look more capable than it really is, it lies to the person who bought it. And when a company chases a passing trend just to make last year’s model feel outdated, it turns working objects into garbage. That is why the Ten Principles matter: they are not rules about rectangles and buttons. They are a human standard of care between the person who makes something and the person who has to live with it. --- ### Ten Principles: Why Good Design Is Human When you hold Dieter Rams’s ten principles up against artificial intelligence, you see why Good Design belongs to human beings: | Principle | What It Means | Why AI Cannot Do It | What a Human Can Do | | :--- | :--- | :--- | :--- | | **1. Innovative** | Using new possibilities to create better ways for people to live and work. | AI only remixes and combines what already exists. | Imagine what does not exist yet—guided by curiosity, lived experience, and a vision for how life could be better. | | **2. Useful** | A product must satisfy functional, psychological, and ergonomic needs. | AI does not understand what work or effort means—it has never experienced it. | Bring real empathy—feeling another person’s effort, fatigue, and daily life, and shaping the tool to help them. | | **3. Aesthetic** | Beauty that speaks to our senses through form, proportion, and material. | Aesthetic is emotional—and AI has no emotions. | Feel the calm, warmth, or joy an object creates in a room, because only a human can feel those things. | | **4. Understandable** | Making a product’s structure so clear that it explains itself without a manual. | AI has never felt confused, hesitant, or lost in front of an unfamiliar tool. | Put yourself in another person’s shoes, sense where they might hesitate, and make the next step natural. | | **5. Unobtrusive** | Products are tools, not monuments; they leave space for the person using them. | AI has no sense of personal space or peace; by default, it fills every blank surface with more output. | Practice humility and restraint—knowing when an object should step back so human life stays in front. | | **6. Honest** | Never making a product look more capable or valuable than it truly is. | AI has no concept of truth or conscience; to a model, a false promise and a fact are just patterns. | Stand behind your word—making sure what a product promises on the outside is true on the inside. | | **7. Long-lasting** | Outliving passing fashion so an object stays relevant and loved for decades. | AI has no sense of time or aging; it is anchored to the latest trends of the internet it was trained on. | Care about how things age over a human lifetime and build something worth keeping for decades. | | **8. Thorough down to the last detail** | Leaving nothing to chance, because care and accuracy show respect for the user. | AI runs on probability and approximation, and a machine cannot feel respect for a person. | Care about every unseen detail out of genuine respect for the human being who will use your work. | | **9. Environmentally friendly** | Conserving physical resources and protecting our world from physical and visual pollution. | AI does not live in our world and pays no cost for flooding it with disposable noise. | Take responsibility for the environment we share—choosing to make fewer, better things. | | **10. As little design as possible** | *Less, but better.* Keeping only what is essential so the product stays pure and unburdened. | AI can generate endless variations in seconds, but it has no conviction about what matters. | Have a point of view, take responsibility for what you remove, and know when to stop. | --- ### When Replication Costs Nothing, Good Design Is Everything When people ask whether AI is going to kill design, I don’t brush the question off—because the truth is that **everything is going to change**. Over the past twenty years, a large part of what the industry called "design"—not all of it, but a lot of it—was really replication: copying last week’s layout, remixing a mood board, and pushing pixels across an assembly line of screens. Replication is not dead. Replication is everywhere—and AI has just brought its cost to zero. Anything that is merely a recombination of existing surfaces can now be generated in seconds, almost for free. What happens next depends on **how designers use AI, and with what purpose**. Used carelessly, AI makes it effortless to flood the world with more screens, more fake polish, and more disposable noise—violating every one of Rams’s ten principles at once. Used with purpose, AI is a remarkable tool. In the hands of a designer who cares about the person on the other side, it takes over the mechanical repetition and gives us back the time to focus on what only humans can bring to the table: empathy, emotion, honesty, and judgment. AI can replicate surfaces at zero cost. Only a human being can ask Dieter Rams’s question—*“Is my design good design?”*—and care enough about another human being to make the answer yes. --- ## 5. Qfwfq — A Sign in Space (Italo Calvino, Le Cosmicomiche, 1965) “Situated in the external zone of the Milky Way, the Sun takes about two hundred million years to make a complete revolution of the Galaxy. Okay, that’s how long it takes; not a day less. Once, as I went past, I drew a sign at a point in space, just so I could find it again two hundred million years later, when we went by the next time.” — Italo Calvino, “Un segno nello spazio” (“A Sign in Space”), from Le Cosmicomiche (1965) Prompt: "Don’t be anxious, just click and draw" Professor Paola Ricci — Graphic Design class at the Scuola Internazionale di Grafica in Venice.