Ultrahuman ships its ring-as-computer pitch as a software update before the silicon arrives

By the end of September, according to founder Mohit Kumar, someone who bought a Ring Pro to see sleep scores will get a software update that lets the ring act as a game controller, talk to AI applications, and accept features written by third-party developers ^[12]. That update lands on hardware running Nordic Semiconductor parts ^[5]. The Qualcomm-powered ring comes later, with no date attached ^[12]. So whatever developers touch this month measures appetite for the idea, not what the new chip can do.

TechCrunch published the interview in two forms, and they do not agree on the hardware. One says Ultrahuman will keep using Nordic chips alongside Qualcomm's technology ^[6]. The other says Qualcomm's silicon replaces the Nordic part ^[7]. Alongside would mean Ultrahuman runs a second processor, one it has to power, update and support. Replacing is the bigger change: a cutover, and a fleet that splits into pre- and post-Qualcomm rings the first time a developer ships something that needs the extra headroom. Neither version puts a figure on what the extra compute costs in battery life ^[24], which is the number that decides whether local processing reads as a feature or as a nightly annoyance.

The install base a developer would be writing for is modest. Ultrahuman has sold around 800,000 rings in total, up from about 700,000 in February ^[14], so roughly 100,000 in the interval ^[20]. About 12% of users pay for PowerPlugs, the subscription software tier ^[15]; treat rings sold as users and that is somewhere near 96,000 paying customers ^[21]. The other seven in eight bought a tracker and have so far declined to pay for software on it, which is the honest starting point for a platform pitch.

The financial forecast is less of a departure than the product story. Kumar puts the current annual run rate at $140 million, up about 45% year on year, and expects $200 million by January 2027 ^[13]. That target is a 43% increase ^[22], so the plan holds the existing growth rate rather than bending it. The round prices Ultrahuman at about 2.6 times the current run rate ^[23].

What actually gates the ecosystem is manufacturing. Ultrahuman stopped selling the Ring Air in the US, its largest market, for much of the past year after a patent dispute with Oura, then returned with the redesigned Ring Pro ^[16]. Kumar says demand is running at 18 to 20 times available US supply ^[17] and expects to be back at previous volumes as soon as next quarter ^[18].

For anyone weighing whether to build on this, two questions sort the teased use cases. Does the feature need a signal only available at the finger, meaning heart rate, temperature, movement? And does it break when it round-trips through a phone? Ultrahuman is floating a pointer or mouse, a game controller, a car key, and an AI interface ^[10]. The controller that reads your heart rate answers yes twice, and Kumar's line about it is the strongest part of the pitch ^[26]. A car key answers no twice; a fob does that today. A pointer needs low latency but no body signal, which makes it a phone accessory shaped like a ring. If the capability you care about sits in the no-and-no corner, the phone already in your pocket does the job on-device compute would do. Read that way, the September update looks like a demo of the finger-computer idea rather than something anyone actually needs yet.