In the latest piece from our special ‘Live Forever’ series we hear from Dr Clint Phillips, CEO and founder of Medici.
Biohacking is a fun, trendy word however if you look at the root of its meaning, it’s not necessarily a term that I encourage people to idolize.
Hacking usually implies finding a secret back door to get what you want or a “cheat code.” The key to longevity isn’t about finding shortcuts; it’s about making sure the basic bodily functions are working at their best.
The body is an incredibly complex, balanced system made up of trillions of cells working together every second. When people try to “hack” biology with quick fixes, they rarely solve the problem.
However, this growing interest in biohacking does showcase an important shift in wellness: preventative medicine is becoming a priority.
People are starting to think differently about their health. Instead of waiting until something breaks, they want to know how to prevent it from breaking in the first place.
Ironically, many of the things now marketed as cutting-edge “biohacks” are simply the basics of living. Things like eating food that came from the ground or an animal instead of a factory, getting your body moving regularly, prioritizing sleep, spending more time outside and managing stress, should all be normal habits we do daily without thinking.
Our bodies were never meant to sit in front of a computer all day long and eat processed chemicals in every meal. People are finally starting to realize that we need to go back to living the way we were meant to in order to extend our quality of life.
When people start seeing improvements in their wellbeing, it’s not because they found an incredible breakthrough or started taking a new miracle drug. It is because they made small, consistent choices that align with how their body is meant to function.
That does not mean innovation in longevity science isn’t real. In fact, the field is moving quickly. Research around peptides, regenerative medicine, exosomes and advanced biomarker testing is expanding rapidly.
These developments could eventually help us better understand how aging happens at the cellular level and thus how we can slow it down.
Peptides are one example that’s getting a lot of attention right now. These small chains of amino acids act like messengers inside the body, helping cells properly communicate with each other. Some are known to support recovery, tissue repair and metabolic health. As exciting as this is, people still need to be careful. The body is a system. When you push on one lever, something else usually moves.
Take cold plunging, which has become wildly popular. It can be fantastic for reducing inflammation and helping joints recover after intense exercise. But jump into an ice bath immediately after lifting weights, and you may reduce the muscle growth you just spent hours trying to achieve.
Testosterone therapy is another example. For the right person, it can be life changing. Their energy and strength improve as does their overall vitality. But it also shuts down the body’s natural testosterone production, which means once you start, you may be on it indefinitely.
Even weight-loss medications have a similar effect. Drugs like Ozempic can be extremely effective at reducing body weight, yet some patients report feeling less motivated or driven once they are on them.
None of this means that these tools are bad. It simply means biology is complicated. There are very few free lunches when it comes to the human body.
If you look at the pace of discovery in regenerative medicine, cellular biology, and diagnostics, we are clearly entering a new era in health science. I would not be surprised if living to 120 becomes far more common within the next few decades.
Still, there is a piece of the longevity conversation that often gets overlooked, which is that technology alone will not save us.
Artificial intelligence will absolutely accelerate drug discovery and help scientists analyze genetic data in ways that were impossible before. It will improve medicine in meaningful ways, but if you look at what is actually driving chronic disease today, the causes are rarely a mystery.
It’s usually unhealthy lifestyles and bad habits that put our health at the greatest risk. People already know that soda, ultra-processed foods, poor sleep, and sedentary lifestyles are bad for them. The challenge is not knowledge. It is behaviour.
The future of longevity will probably look less like a miracle pill and more like a combination of two forces. On one hand, there will be remarkable advances in biology and medical science.
On the other hand, people need to rediscover how to live in a way that supports their body rather than constantly working against it.
If those two things come together, living to 120 may not seem unusual. And for many children born today, living to 150 may no longer sound like science fiction. It won’t come from “hacking” the body, it will come from finally understanding it.
