Technological progress rarely feels accidental. It unfolds with a kind of inevitability, closer to the laws of nature than to the unpredictability of human invention.
Ray Kurzweil demonstrated this phenomenon by charting the growth of computing power across centuries, from long before the first silicon chip and into the future.. Capacity doubled again and again – the pattern holding with remarkable consistency, as if the curve itself were part of gravity.
Seen this way, technology is akin to an elemental force like fire, water or electricity – with the potential to transform life for the better when harnessed thoughtfully. Fire warms a home or reduces it to ash. Water sustains crops or washes away cities. Electricity powers modern society, yet becomes lethal when mishandled. Likewise, technology is powerful, inevitable and neutral unless directed.
Lessons from History
History exemplifies this duality. The printing press expanded knowledge but disrupted religious and political order. The steam engine drove global prosperity but dislocated communities. Telegraph sped up communications but aggravated information asymmetries. Each of these breakthroughs enlarged human horizons while unsettling the ground beneath our feet.
It is easy to celebrate breakthroughs. Yet the bumps often carry the deepest lessons. When industrial machinery entered English textile factories in the 19th century, the Luddites resisted by smashing machines – acts often dismissed as backward or anti-progress. But from their perspective, their livelihoods, wages and dignity were threatened. In hindsight, this transition could have been less brutal – with retraining, social cushioning, and even acknowledgment of their fears. Their story is therefore less about rejecting technology than society failing to soften disruption’s blows.
A Modern Contrast
Few states prepare for disruption as deliberately as Singapore. While SkillsFuture enables citizens to retrain in high-demand skills throughout their lives, the Smart Nation initiative embeds technology into the city’s fabric, and the Future Economy Advisory Panel brings together government, business and unions to anticipate industry shifts. The principle is simple: change cannot be stopped, but it can be managed with foresight and discipline.
Today’s emerging technologies demand consistent application of this mindset. Even as artificial intelligence reshapes medicine, science and education, it also provokes fears of bias and displacement. Biotechnology offers new possibilities of cures, yet raises ethical debates. Renewable energy promises a path beyond fossil fuels, but requires careful transitions for communities tied to legacy industries. None of these are inherently good or bad – their impact depends on how we use them.
Working with Fire
As seen from the long arc of history, technology is less threat than companion. The path forward means acknowledging change early, giving people the means to adapt and trusting in human creativity to open new doors as old ones close. Time and again, people have demonstrated this capacity for transformation, from farms to factories to services. Even if the scale feels larger, today’s transition is no different.
Progress may be relentless, but we decide the outcomes. The question is not whether the fire spreads (it always does), but whether we build with it rather than burn.
Vladyslav Koshelyev
Senior Member, SMSCS
Author, http://www.koshelyev.com
First appeared in the IT Society magazine from Singapore Computer Society