SportyFi: A Decentralized Sports Investment & Funding Ecosystem

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Living in North America, where competitive sports are taken very seriously, I am surrounded by many people in my life that are currently devoting or have devoted countless hours to a sport. Out of the hundreds of athletes I know, a several have gone off to become World-class athletes competing in the Olympic Trials or even going to the Olympics. However, even for the world-class athletes they usually have a hard time balancing work or school with their sport.

 

In the sport of swimming, it is custom for a swimmer to train approximately 10 workouts a week each session ranging about 2.5 hours. This adds up to about 25 hours of pool time. When you include the extra time that is needed for eating 5-6 meals a day, and sleeping an extra hour or two to recover, it is easy to say that swimming is a full-time job. In fact, I would say its more than a full-time job as even outside of the time spent swimming there are sacrifices to be made. For example, many athletes do not drink any alcohol during the swim season and watch their diet to ensure they only eat healthy foods.

 

This would be acceptable if they were compensated for their efforts. However, compensation by the government is only about 1000-1300 USD a month for Canadian swimmers. I personally know Olympians who work at gas stations to make due. For other sports such as Brazilian Jiu-Jitsu or Powerlifting that are privatized and don’t have organizations, there is no compensation at all. It’s unfortunate since these athletes can perform better if they could focus solely on their sports. It’s a Catch-22 because they need to train full-time to perform better and earn more through sponsorships, but need funds to train full-time in the first place.

 

A few weeks ago, I stumbled across a project named SportyFi, based in the U.K to solve this problem. Founded by the former members of Onlinegym4me.com, they plan to release a platform in January to allow athletes to raise funds by crowdfunding, in return for a fraction of their income that may come from future sponsorships. The platform will also have an option to raise funds as a donation where the athlete can have their fans raise funds in exchange for a thank-you letter or an autograph.

 

The project will utilize smart contracts, a contract using the blockchain technology, to help athletes raise money.  The blockchain is decentralized and therefore is more secure and can’t be hacked or manipulated by a third party.  This will also increase efficiency and reduce costs to ensure that the athletes will receive more funds. Sportyfi will only take 5% of the raised funds unlike other crowdfunding projects like Kickstarter. The blockchain also ensures full transparency to the investors and athletes.The alpha version of the SportyFi platform is currently undergoing internal testing. They plan to have a beta ready at the end of this year, with the platform launching to the public in Q1 2018.

 

Starting in Q2 of 2018, they “will allocate a part of the funds raised to a special SportyFi Professional Fund. The fund will invest in those athletes with the greatest potential in exchange for future return, based on, for example, prize money, image rights, transfer fees, and other rights of an athlete, depending on the type of sport. A team of sports industry advisors and professionals with a proven track record will analyze and select those athletes with the greatest potential to invest in, facilitating growth of the fund and the whole SportyFi ecosystem”.

 

Their project has backing by respected members in both the blockchain and sports industry. On the blockchain side, they have Charlie Shrem who was the founder of BitInstant and Bitcoin Foundation. On the sports side they have Ricardo Carlos, and Ronaldinho Gaúcho, both legendary soccer players and winners of the FIFA World cup.

 

They are currently running their Initial Coin Offering until December 10th to raise funds. If you are a blockchain enthusiast like myself, you may be interested in investing. If you are an athlete that wants to raise funds, their platform will be out shortly so be sure to sign up for their email list to stay updated!

 

Swimbuddy – A remote swimming platform

Over the past few weeks, I decided to make a platform called “Swimbuddy” that allows to swimmers in different parts of the world to train and race each other.

The motivation for this project came from:

My little sister who is a swimmer specializing in open-water and often ends up training close to 20km per day alone since no one else is crazy enough to do it

When I was younger my school, would participate in virtual swim meets where two teams would compete against each other by racing in their own respective pools and comparing their times online later.

Below is my demo video

 

The project was composed of two parts:

  1. using computer vision to track the swimmer
  2. using a micro-controller to display the tracked swimmer’s location  at the other pool.

 

RGB LED strip Display

My first plan was to use a laser which I would rotate with a servo motor to show the location of the swimmer.  The laser would be placed in the middle of the pool and rotate. I did not like the idea of trying to find and follow a single dot the entire time, so I decided to try a laser line. However in a laser line the light gets dispersed too much that it is not visible after a few meters. At first I was just trying with a 5mW laser so I tried it with a 100mW laser and it was still too weak. Another problem with the laser is that mapping the swimmer location to the laser’s angle would have to be adjusted for each pool depending on the depth. For pools that vary in depth from one side to the other, this is even more of headache.

Due to these reasons above, I switched to LED strips. Although LEDs are something you need to place on the bottom of the pool, it usually only takes me about 5minutes. I bought 4 LED strips off of amazon, each one being 5 meters for a total of 20 meters. The LED strips cost $30/5meters and have a IP67 rating so they are waterproof to up to 1 meter, However I think going up to 2 or 3 meters should be fine as well.

Smartphone Swimmer Tracking

I created a  smartphone app that tracks the swimmers head by looking for pixels in the lane that are close in the RGB scale as the RGB of the swimmer’s head.  Once I gather these pixels, I average them (after removing the outliers). Due to the flickering properties of water, tracking lighter colors is a bit more challenging than on land. However darker colors, can be tracked quite well so as long as the swimmer has dark color hair or is wearing a dark cap the tracking works.

Swimbuddy logo

Combining the two

When starting the app on the smartphone, I enter the IP address of the laptop I want to send the data to. Once I have the location of the swimmer on the smartphone, I send the data over a web socket to my laptop. My laptop is connected to an Arduino micro-controller which I use to power and control the LED strips. Another great part about the LED strip is that unlike the laser and servo, the strip doesn’t require an external power source.

 

 

Want to learn how to maintain strength, endurance mobility and prevent weight gain during a vacation? Grab a free e-book  where I offer the short bodyweight workouts and nutrition plan that I use that still allows do this without sacrificing your relaxing vacation.