Google has recently released their latest Chrome Experiment called “Super Sync Sports” which allows players to convert their mobile phones and tablets into a remote control for their desktop browser.
To give it a spin visit www.chrome.com/supersyncsports/, choose a game i.e. running, swimming or cycling and then follow the instructions to sync your mobile phone. Once the sync is complete you can then play your way to victory, while the game plays out on your desktop.
What “super sync” really means in practice
The core mechanic is simple. Your desktop browser becomes the shared “big screen” for the race, while each phone or tablet becomes a personal input surface. Instead of mirroring the desktop, the mobile device acts like a controller and streams gestures to the browser in real time.
This is a classic second-screen pattern. A shared display for feedback, plus personal devices for control. It is a small idea with a lot of leverage when the onboarding is frictionless.
In digital marketing and product teams, multi-device web interactions are a repeatable way to turn passive screens into participatory experiences.
Why it lands (even when it is “just a game”)
It also makes a quiet point about distribution. The browser is the platform, so the “controller” is something people already have in-hand. That matters if you are designing for living rooms, events, retail floors, or any moment where downloads and logins kill momentum.
Extractable takeaway: When you want participation, put the rich visual feedback on a shared screen and keep input on personal devices. This lowers setup friction, supports groups naturally, and makes interaction feel immediate without specialized hardware.
The tech stack is the message
What will be interesting to see is how this type of interaction and technology is finally leveraged. The experience is described as being built on HTML5-era capabilities such as WebSockets for live synchronization, plus Canvas and CSS3 for rendering and motion. For brands, the value here is the interaction model, not the sports theme. The real lesson is not the specific APIs. It is the end-to-end pattern of low-latency input, shared feedback, and lightweight pairing.
The real question is whether you are building a one-off demo or a repeatable interaction model that people can join with the device already in their hand.
What to steal for brand experiences
- Pairing flow: Use a short, forgiving pairing step (code on the big screen, quick join on the phone) and get to interaction fast.
- Shared spectacle, private control: Keep the crowd watching one shared output, while each participant has a private “control lane” on their device.
- Competition as UI: A leaderboard (even a lightweight one) can turn a demo into a repeatable loop.
- Design for latency: Prefer simple, discrete gestures that still “feel” athletic even with imperfect connectivity.
- Make it modular: The same controller concept can drive product configurators, quizzes, sampling stations, or event installations.
A few fast answers before you act
What is Super Sync Sports?
It is a Chrome Experiment that lets you run a sports game on a desktop browser while using a phone or tablet as the controller.
Why use a phone as the controller instead of the desktop keyboard?
It reduces the learning curve, supports multiplayer easily, and makes the interaction feel more physical. Touch gestures can map naturally to “run”, “swim”, and “cycle” without extra hardware.
What makes this pattern useful beyond games?
The same multi-device approach can turn any shared screen into a participatory surface. Think demos, audience voting, retail activations, guided experiences, or interactive storytelling where people control outcomes from their own device.
Which technologies are doing the heavy lifting?
The experience is described as using WebSockets for real-time synchronization, and Canvas and CSS3 for visuals and animation, all running in the browser.
What is the biggest risk if a brand tries this pattern?
Onboarding and latency. If pairing takes too long or input feels delayed, the magic disappears. The best executions keep the join flow short and the interaction vocabulary simple.
