Here's How I'm Using an AI Robot to Beat My Olympic Competition in 2020.

_DSC8145.jpg

We're in the process of layering in complex artificial intelligence into the BODbx. Excited is an understatement.  I deeply value your input as we develop.

It's now time to win, human.

I've never been more convinced that I have a leg up. I know I've out performed my competitors before I even take off my sweats and get prepared to race. And this is no visualization exercise. These are the 2020 Tokyo Olympics. And I've optimized my workouts and recovery to a level these other racers could have only imagined. The BODbx performance training robot knew how I would win. 

We'll jump into specifics over the next few weeks but here are some generalized insights I've uncovered by using the BODbx so far and a taste of what's ahead for all of our current and future purchasers:

Real body movement takes precedence -  

Why would I track a remote 'metric' when the BODbx robot could decide what data points in a viewed image are most important to the perfection of a movement? This has been my mindset when thinking about the current state of the 'tracker' space but now I'll be able to prove that via decision processes of our on board AI. Weight movement, bar speed, and countless other measures such as heart rate can be extrapolated from underlying body movement if needed. Perfecting body movement via slight optimizations each day is already proving valuable. I've trained approximately 1/10 the time I trained last year because of my dedication to the company but still hit times in competition that were faster than my average swims last season. From 30+ hours training each week on average to sometimes less than 3. Impossible, right?

Lightweight, portable, and simple is game changing - 

It fits in the palm of my hand and that's very important to its holistic use -  in the weight room, near the pool, and around the training facility. Heck, when you have it with you that much it's almost natural to cuddle up. And this is not the 3000lb robot you'd imagine. It's small and simple because all that's needed is a simple data kick back to our AI run optimization HQ. 

Smarter than your trainer. And learning every day -  

The Szn1 model of the BODbx can collect and apply more data than your trainer could imagine recording.  One key metric we've been exploring so far is an implied reflection of fatigue. This can be leveraged to better match a user with training each day and can already assist in the process of the athlete, coach, or trainer today. 

I still recognize coaches and trainers as a key influx of human creativity and as a fundamental component of the BODbx's interaction with me as an athlete. In my case, crunching data streams from the BODbx personally made evident which movements were most helpful in generating a muscular response in line with peak performance in my events. High resistance, minimal rep squats before competition is the name of the game for me.

As we continue to upgrade our on board tech, the BODbx will be able to make these calls for us and learn based on how we perform. I'll be posting results of this implementation along our development process, not only from me but from our earliest Szn1 purchasers. 

This had to come from within the "system" - 

As we align with larger computing companies and top tier training groups, it is evident that the project that started in a cardboard box in my Berkeley apartment has grown into much more (really! The first version dubbed 'hckfit 0.3' was padded with old suits handed down by my friend Nathan Adrian in order to protect the computer). If  I had ever stopped swimming, I wouldn't have had access to the massive amounts of data in part responsible for the project's success. Thank you to those who encouraged me to stay in the water. 

We want our continuous development process to be as open and user influenced as possible - what is most important thing for you to know about your training? If we prove its accuracy, are you okay with a brilliant robot making training decisions for you? Or is it better to attack slight optimizations to existing programs you may be using or giving to your athletes. 

Love,

Chuck + the robot