Chapter 1 – Storms and Paradoxes (Section 1 & 2)
We experience it, sense it, but can we escape?
Picture created with Midjourney
This chapter has four paragraphs, and I’m posting the first two so that it doesn’t take too much time to read.
Section 1
The Storm Is Here
The storm had been announced for days.
By the time I set out that morning, the warnings were clear: gale-force winds from the west-north-west, gusting well over 90 kilometers per hour. But I had a lecture to give, papers to review — responsibilities that you don’t cancel for weather.
So, I took my bike and fought my way into the wind. Every pedal stroke was resistance training. Gusts shoved me sideways, tugged at my rain gear, and forced me to lean in as though climbing a mountain, even on flat ground.
Still, I couldn’t resist the detour. The sea has always had that pull on me. Not for lying in the sun — never that — but for windsurfing, running, writing, or just watching. That morning, I went to witness the storm.
And what I saw took my breath away.
The waves were relentless — not just tall, but chaotic, colliding with no rhythm, no mercy. The tide was high, the currents violent. The sea tore chunks from the dunes, reclaiming land with brute force. Salt and sand filled the air, sharp in my lungs, stinging my eyes.
Further down the shoreline, a few surfers stood motionless, boards under their arms. We didn’t need to speak.
“Tomorrow,” one of them finally called out. I nodded. Even the reckless knew better.
I turned back, the wind screaming in my ears, and pushed on to the university. Damp and cold, I delivered my lectures. But the storm hadn’t stayed on the beach — it followed me into the classroom. My body was indoors, but my mind was still out there, standing at the edge of something powerful, unpredictable, and rising fast.
That morning became my baseline for measuring storms. Some, later on, were greater, while others were lesser. One of the “lesser” ones taught me my limits, the hard way, which we will see in later parts of the book. After that event, the sea became more than ever before, my teacher, long before I had the words.
Because you don’t conquer a force like that, you read it. You respect it. You ride it. You trust your instinct and skills — or it wrecks you.
What I didn’t know then was that I’d reencounter the same kind of storms — not in the ocean, but in technology.
Unintentionally, the seeds were planted of an ocean that became our teacher that day for a completely different surf experience. The parallel worlds, that of the real waves and the virtual technology waves, are stunningly comparable.
In the pages that follow, we translate those lessons into the world of technology: from storm to stance, from turbulence to action, from reading to riding.
Section 2
Professional Shift — The Technology Storm
The storm I witnessed that morning on the beach was not unique. Nature has always worked in cycles of calm and violence, of lulls and surges. But what struck me then — and what resonates even more now — is that one storm can reshape the landscape permanently.
Reflection Box 1
Freedom in the Surf
You only get better in surfing when you are in the surf.
Freedom works the same way. You feel most free not standing safely on the beach, but when you’re inside the waves — even though the ocean is dictating the terms. Surfing teaches us that freedom isn’t the absence of forces; it is learning to move skillfully within them.
The dunes I saw that morning were literally carved by the waves acting as hungry predators. What had existed the day before was gone the next.
Technology storms behave the same way. They don’t just disturb the surface. They redraw the map.
From Digital Lakes to Tsunami Seas
In the 1990s, we lived on digital lakes. The first email accounts, static websites, and slow dial-up connections with 1200-baud modems— these were ripples, manageable and predictable. The internet felt like a new tool, one you could explore without risk of being swept away. It was a playground of information, not an ocean of disruption.
I still remember teaching my first informatics students about the “World Wide Web.” We called it “surfing” the net, but in truth, it was paddling on calm water. Back then, even the boldest predictions of a “new economy” sounded like an overstatement. Many companies treated websites as digital brochures. And if a student missed the shift from a typewriter to a word processor, they still had time to catch up.
But those ripples grew. According to Moore’s Law, computing power doubled roughly every 18 months, storage became cheaper, and connectivity improved. In concert, these phenomena started to shape the digital era. The lake surface started to swell. Broadband replaced dial-up, e-commerce began to take shape, and companies like Microsoft, Apple, Google, Amazon, Alibaba, and eBay foreshadowed the future. At first, it still felt optional. You could choose whether to “go online”. But before long, the shoreline changed: if you weren’t online, you were invisible.
Then came the smartphone. In 2007, Steve Jobs didn’t just launch a device — he unleashed a wave that transformed industries. The smartphone wasn’t just a phone. It was a GPS, a camera, a payment system, an entertainment hub, an office-in-your-pocket, and a gateway to platforms that redefined how we live and work. Within a decade, entire industries had to reinvent themselves. Music? Ask Napster. Mobile phones? Ask BlackBerry. Bike sharing? Ask Ofo. Retail? Ask anyone trying to compete with Amazon.
Some companies wipe out at the crest — undone at the very moment of their greatest success, like Kodak or Napster. Others wipe out in the valley — already weakened when the next storm arrives, like BlackBerry, MySpace, Clubhouse, or Ofo. Both types are casualties of the Rogue Wave Rule, but for different reasons. Crest wipeouts mainly come from arrogance. Valley wipeouts mainly from exhaustion. In both cases, the ocean doesn’t wait.
That’s how technology waves work. They don’t arrive politely, one at a time. They build, they collide, and they compound.
The Acceleration Paradox of Progress
This is the paradox of progress: the more breakthroughs we make, the quicker the next ones come, using the very same technologies, which are impossible to escape once we use them, get used to them, and then depend on them.
Confusing? That’s because paradoxes always contain opposites that coexist at the same time. Every wave of progress accelerates the next — and with it, the very risks that make us more vulnerable because it comes with dependencies, first gradually, then suddenly. The faster we advance, the less time we have to prepare. Each technology is both a solution and a destabilizer. Each calm hides the seed of the next storm.
- The faster we progress, the less time we have to adapt.
- Each solution accelerates the very problems it tries to solve.
- Advancement creates fragility at the same time as it creates opportunity.
Reflection Box 2
Paradox of Freedom
Neuroscientist Robert Sapolsky, in Determined: A Science of Life Without Free Will (2023), argues that free will is an illusion — every choice is determined by biology, environment, and prior causes. Technology adds a new twist to this paradox: while it multiplies possibilities, it also narrows them through algorithms, infrastructures, and addictive design.
Each wave doesn’t end the story — it creates the conditions for what comes next. And yet, by learning to recognize these paradoxes, we can anticipate the swells and escape them altogether.
Dual-Edged Technologies
Let’s look at some of the technologies that are now deeply woven into our personal lives, sciences, and industries. They come to us as promises — tools for progress, efficiency, or survival. But every tool has an edge on both sides. Blindly adopting them without asking what’s on the reverse side is like paddling into a wave without checking the rip current. You may ride for a moment, but the undertow can drag you under.
Taking these examples for granted is not only naïve — it is dangerous. Each technology carries within it both a solution and a destabilizer. The faster we scale them, the less time we have to position ourselves to their unintended consequences. These are not neutral tools; they are paradoxes we must learn to navigate.
Dual-Edged Technologies (Elaborated)
Cloud Computing
The Cloud has made scaling effortless. Startups can launch products in days that once took years of infrastructure building. Scientists can collaborate globally, and businesses can store terabytes without blinking. But the same convenience has created massive dependencies and single points of failure. Outages at AWS or Azure can paralyze banks, hospitals, retailers, and governments — sometimes across half the internet. The higher we rise on these clouds, the harder the fall when they vanish.
Social Media
Social media gave everyone a voice. Movements for democracy, justice, and equality spread at unprecedented speed. Entire industries of creators emerged. But the very platforms that connect us also fracture us: into echo chambers, tribal polarization, and algorithm-driven outrage. Instead of amplifying truth, they amplify whatever keeps us scrolling. One of the results is an anxious generation, connected more than ever yet lonelier than before. Or swiping on TikTok is like wiping your intelligence; five minutes later, and you forgot what you had seen.
Artificial Intelligence
AI offers predictive power across various domains: spotting cancer detection, logistics optimization, and the design of new molecules. Consulting, healthcare, education, and science are being redefined by models that can see patterns humans cannot. However, AI also poses a threat to millions of jobs, challenges professional identities, and raises ethical dilemmas that we cannot yet govern, including bias built into code, opaque decision-making, and the gradual erosion of human agency. The same intelligence that can save lives can also undermine livelihoods. When AGI (Artificial General Intelligence) is available, ethical dilemmas will be amplified and may even give rise to an existential paradox.
Biotechnology
CRISPR and synthetic biology allow us to edit life itself. Diseases long considered incurable may vanish. Agriculture can become more resilient. But every edited gene raises a moral question: what does it mean to be human, not only that we can read the human DNA-code, but we can rewrite ourselves? And what happens when editing becomes enhancement — when wealthy societies “upgrade” faster than others? The power to edit life could heal humanity — or split it.
Robotics and Automation
Automation boosts efficiency, safety, and consistency. Robots can handle dangerous tasks, cobots work alongside humans, and autonomous vehicles promise fewer accidents. Yet every gain in productivity risks widening inequality. Jobs at every level — from truck drivers to legal assistants — are being displaced. The question is not whether automation saves costs, but whether societies can adapt fast enough to avoid fractures between those who ride the wave and those who are left behind.
Blockchain / Web3
Blockchain promises a new system of trust. Decentralized finance could give power to individuals rather than banks; ownership of digital assets is now possible in ways never imagined. But alongside innovation comes volatility and chaos. Scams, frauds, and collapsed exchanges remind us that decentralization without accountability can be as fragile as the systems it replaces. The dream of trust without institutions may collapse under the weight of its own exuberance. Moreover, even if systems are decentralized, someone or something manages the technology. Ask yourself, who or what is that, and can that be trusted?
Quantum Computing
Quantum computing sits on the horizon as a breakthrough capable of solving the unsolvable. Drug discovery, materials science, and climate modeling — all could leap forward. But the same capacity could shatter the cryptographic foundations of our digital world, breaking the locks that protect banks, governments, and personal data. When the wave of quantum arrives, it will lift some ships — and sink others.
Climate Technology
Climate technologies represent survival strategies. Renewables, carbon capture, circular materials — they are our tools against existential risk. Yet they are also paradoxes. Wind turbines, solar panels, and batteries rely on rare earth minerals, which are mined in ways that create new environmental destruction and geopolitical rivalries. The race to save the planet may ignite new conflicts over the very resources needed to do so. Alternatives like mining rare materials from asteroids or other planets raise the question
Energy — The Underlying Vulnerability
All these technologies, without exception, depend on energy. The cloud runs on data centers. AI demands colossal processing power. Biotech labs, quantum computers, and blockchain networks are insatiable consumers of electricity. Even climate technologies require massive inputs of energy to build and operate. Our dependency on energy is the silent undertow beneath every wave. Renewable energy helps, but dependency itself creates fragility. A cyberattack on grids, a geopolitical disruption in supply chains, or a prolonged shortage could simultaneously paralyze the entire system. The more we ride these waves, the more vulnerable we become to the ocean floor beneath them: energy itself.
Reflection Box 3
Critical Thinking in the Tech Storm
Critical thinking is our surfboard in these storms. Technologies themselves are not good or bad; their impact depends on how we question them. Do we accept the bright promise without asking about hidden costs? Do we notice when convenience turns into dependency, or when innovation erodes integrity? Critical thinking means refusing to take technologies at face value. It is the discipline of asking, what is the reverse side of this wave? Without that discipline, we risk being carried wherever the current flows — not as surfers, but as driftwood.
Guiding questions
When you adopt a new technology, do you ask what hidden risks or dependencies it creates?
Can you identify one “bright promise” in your field that might also hide a darker underside?
How do you train yourself and your team to look beyond the obvious benefits of a tool or platform?
Turbulence for Individuals
For individuals, this creates turbulence that feels deeply personal. Skills that once lasted a career now expire in a matter of years. A finance graduate may discover that AI trading algorithms outpace their entry-level analysis. A radiologist may watch AI scan thousands of images faster than they can blink. A copywriter may see their work reimagined by generative AI, and a driver sees the roads filling with self-driving cars.
It is no longer enough to “get trained” once. Learning has become continuous and diverse. Adaptation is the currency of survival. Slowing down is the new form of being left behind.
I’ve seen this repeatedly in my own teaching. Students who embraced curiosity thrived. Those who clung to certainty struggled. It is the same in surfing: rigid stance, rigid fall. Flexible stance, ride the wave. And TikTok-like platforms will not bring you the required stance; they bring you a fast slowdown.
Turbulence for Organizations
For organizations, the storm is merciless.
- Uber or Grab didn’t just outcompete taxis; it rewrote the definition of mobility.
- Airbnb didn’t just steal market share from hotels; it reframed what “hospitality” means.
- Generative-AI tools (LLMs) hit mass adoption in months; each upgrade accelerated usage.
- Netflix didn’t just rent DVDs differently; it collapsed entire retail chains, reprogrammed our cultural habits, and forced Hollywood to rethink its economics.
None of these were single waves. They were convergences: smartphones, GPS, payments, and social trust (as seen in companies like Uber, Grab, and Airbnb). Streaming + broadband + cloud + content licensing (for Netflix). It is also worth mentioning that the competition was not a genuine one, as the regulations, in their view, were merely on paper and didn’t need to be followed by them as disruptors.
Executives often ask me, “Which technology should I focus on?” It’s the wrong question. No single wave exists in isolation. The challenge is learning to read how waves interact — just like on the ocean, where currents, wind, and tide collide to shape the swell.
Turbulence for Societies
At the societal level, the technology storm is rewriting rules we once thought stable.
- Politics: Algorithm-driven feeds amplify polarization, create filter bubbles, and disseminate misinformation.
- Economics: Automation creates new wealth but also displaces jobs unevenly, causing false addiction to the ‘holy’ GDP.
- Ethics: Gene-editing forces us to confront questions about what it means to be human.
- Climate: Energy-hungry technologies exacerbate the problem even as other technologies promise solutions, and create priority congestion on the grid.
The duality is everywhere. AI can predict pandemics faster than governments — but can also spread disinformation at scale. Renewable energy promises a sustainable future — but requires rare earth mining that creates new geopolitical fault lines. Every solution drags a consequence in its wake, just as every wave pulls sand even as it deposits new patterns on the beach.
—
These waves do not crash once and retreat. They repeat and converge. To understand why leaders are often caught off guard, we return to the beach and to a deceptively quiet moment.
We continue to explore the obvious waves in paragraphs 3 and 4 in the next post.
References and exercises will be provided then as well.
As always, comments are appreciated!