...at least for races in Asia :) https://asia.nikkei.com/...PS-successor-in-2020
The system can achieve 1.3cm accuracy horizontally and 2.9cm vertically. The system is being envisioned as a means of improving augmenting other sensors in autonomous vehicles, farming, etc. For triathlon, devices the size of a Garmin 520 could be provided by the RD to attach to competitors' bikes. Once the competitor pulls into T2, the data would be uploaded and a drafting penalty could be calculated. If you wanted to get some value out of such a system, you could work with cell carriers to basically turn such a device into something like a Quarq Collector so competitors (racers, whatever word you want to use) could share their location on the course in real time with their family and friends.
You can read more about it here.
The system can achieve 1.3cm accuracy horizontally and 2.9cm vertically. The system is being envisioned as a means of improving augmenting other sensors in autonomous vehicles, farming, etc. For triathlon, devices the size of a Garmin 520 could be provided by the RD to attach to competitors' bikes. Once the competitor pulls into T2, the data would be uploaded and a drafting penalty could be calculated. If you wanted to get some value out of such a system, you could work with cell carriers to basically turn such a device into something like a Quarq Collector so competitors (racers, whatever word you want to use) could share their location on the course in real time with their family and friends.
You can read more about it here.