We study until our twenties, work for decades, and start a family somewhere in the middle. Then our bodies wear down, and we step aside so the next generation can take over.
But biotechnology has slowly begun to challenge that rhythm.
Around 2016, during a trip to San Francisco—the spiritual homeland of technological optimism—I became curious about what was then called biohacking.
Curiosity begins
The idea was simple: the body, like any system, is something you can tweak, measure, and improve.
Capitalizing on my background in science and nutrition, I turned myself into my own lab rat.
Increased dosage of creatine turned into personal experiments in functional nutrition, biomarker tracking, and multiple tests on what worked and what didn’t. My kitchen counter was a display shelf of bottles and capsules.
The rabbit hole led quickly from supplements to treatments and devices promising better recovery, metabolic health, and cellular repair.
Into the rabbit hole
These days, the routine includes sauna sessions, red light therapy, peptides, hyperbaric oxygen therapy, lasers, biostimulators, and conversations about stem cells and implants.
At times, I feel like a car regularly brought in for maintenance—and the occasional upgrade. What began as a curious hobby now feels like an arms race against aging. And I am no longer alone in it.
A growing ecosystem of clinics, startups, and research labs now revolves around regenerative medicine and longevity technologies, aimed not just at treating disease, but preventing it, even repairing the body itself (e.g. stem cells that regenerate tissue, peptides that signal cells to repair, treatments designed to heal the body).
Race against time
The goal may not yet be immortality. But dramatically extending healthy human life no longer feels like science fiction. And somewhere along the way, you start to wonder: if we live much longer, do we still feel the same urgency to replace ourselves?
Our bodies, as systems, try to perpetuate themselves. For humans, that has traditionally meant reproduction, replacing ourselves before we disappear.
But longevity introduces a different possibility. Instead of perpetuating ourselves through children, we begin to perpetuate ourselves by simply continuing. Perpetuation shifts from reproduction to persistence.
The timeline of life stretches, and with it, the urgency that once shaped our decisions begins to soften.
We are already seeing hints of this shift. In many developed societies, birth rates are falling as people delay or reconsider having children altogether. Education lasts longer; careers stretch further. Some people simply choose different paths.
Longevity technologies could accelerate that trend. If regenerative medicine and longevity technologies allow people to remain youthful and capable for much longer, the biological clock that once structured adulthood may lose some of its pressure.
Parenthood might move later in life, or become more optional than it already is now. Fewer births mean aging populations.
Changing patterns
Aging populations reshape labor markets, healthcare systems, housing demand, and migration policy. Governments are already grappling with the economic consequences of declining birth rates. There may be more to grapple with as we transition to declining death rates.
So the ripple effects may go even further into the laws (that assume human lives are short). Mandatory retirement ages begin to look nonsensical if 95-year-olds, with all the advantages of institutional knowledge, remain fully capable. Pension systems, built for shorter retirements, begin to strain.
Even laws on inheritance may assume mortality. Wealth and assets remain under the control of individuals for decades longer, compounding in the background, transforming privilege from what is now passed down as generational wealth, to what individuals never have to give up.
A different equation
Science fiction writers saw this long ago. In Kurt Vonnegut’s “2BR02B,” aging and disease have been eliminated.
To keep the population stable, society adopts a rule: for every baby born, someone must volunteer to die. Bearing triplets has severe legal implications. Dying is treated not as tragedy, but as routine civic duty. There is, imagine this, a “Municipal Gas Chamber” at the “Federal Bureau of Termination.”
But Vonnegut’s point wasn’t really about death. It was about how a simple change in one variable—lifespan--can rearrange centuries-old systems, and how shifts like this call for new ways of thinking and preparing.
And if the old idea was survival of the fittest, the definition of “fittest” may no longer mean strength or adaptation in its old sense, but access to technology, capital, and time itself.
When wealth no longer circulates as easily, all these may become increasingly scarce. But that, perhaps, is a different point entirely.
Nikki Mendez is a corporate lawyer specializing in technology, including cloud computing, cybersecurity, privacy, and intelligent systems, guiding pivotal technology transactions and policy developments.
