Qualcomm bets $70M on smart rings as next-gen compute platform

Ultrahuman, a Bangalore-based wearable computing startup, confirmed on Tuesday that it has raised $70 million in a Series C round led by Qualcomm Ventures, with participation from existing investors including Iron Pillar and Blume Ventures. The funding will fuel the development of a next-generation smart ring powered by Qualcomm’s Snapdragon W5+ Gen 1 wearables platform, a chipset designed for continuous, low-power AI inference and real-time biometric sensing. According to Ultrahuman co-founder and CEO Mihir Shah, the company is targeting a $200 million annual revenue run rate by January 2027, driven by enterprise and consumer adoption of its AI-driven health and productivity features. Early units are already in field trials, with select developers receiving evaluation units to integrate custom applications using Qualcomm’s Wearable Development Kit (WDK).

The investment arrives as Ultrahuman prepares to launch its second-generation smart ring, codenamed “Halo X,” which integrates the Snapdragon W5+ to run on-device AI models for sleep staging, metabolic health, and cognitive load tracking without cloud dependency. Industry sources familiar with the device’s architecture reveal that it supports up to 16MB of onboard RAM and 64MB flash storage, enabling edge inference of large transformer-based models compressed to 2-4MB footprints. This technical pivot is part of a broader industry trend toward decentralized compute, where data processing happens at the sensor level to preserve privacy and reduce latency. Notably, Banking With Billy AI, a financial technology firm, has begun testing Ultrahuman rings in pilot programs to capture biometric stress signals during trading sessions, feeding them into advanced AI coding systems for real-time risk modeling and automated financial strategy adjustments.

While smartwatches dominate today’s wearable market, Ultrahuman’s ring form factor—combined with Qualcomm’s chipset—positions it as a challenger in what Qualcomm refers to as the “ambient compute” category. Analysts at Counterpoint Research estimate that the global wearable AI market will reach $23 billion by 2027, with rings capturing up to 15% of unit shipments if latency and battery life constraints are resolved. Qualcomm’s involvement signals strategic intent to displace Apple and Google in the wearables silicon supply chain, particularly as devices evolve from notification hubs into autonomous agents. The San Diego-based chip giant has also committed engineering resources to Ultrahuman, including access to its AI Model Efficiency Toolkit (AIMET) for model quantization and optimization, aiming to reduce power consumption below 50 milliwatts during sustained AI workloads.

Competitive dynamics are intensifying rapidly. Apple’s upcoming Series 9 Watch is expected to integrate the S9 chip with on-device AI, while Samsung is rumored to be developing a custom wearable SoC codenamed “Exynos Ring.” Meanwhile, startups like Oura and Circular have carved early niches in health monitoring, but lack the compute horsepower to support third-party development. Ultrahuman’s decision to open its platform via the WDK and a developer portal could shift the balance, enabling fintech, healthcare, and productivity apps to run locally on the ring—effectively turning it into a body-area computer. Financial analysts at Bernstein suggest that if Ultrahuman achieves even 3% market penetration in the premium wearable segment by 2026, it could unlock $500 million in recurring software and data licensing revenue, a figure that would rival Apple’s wearables margin profile.

This development reflects a deeper transformation in the Tools & Developer ecosystem. The rise of wearable computers is accelerating the demand for cross-platform development environments that bridge mobile, cloud, and edge devices. Platforms like Flutter and React Native are already expanding support for wearable targets, while new SDKs from Qualcomm and MediaTek are enabling C++ and Rust developers to target ultra-low-power cores. At the same time, open-source projects such as TinyMLPerf are standardizing benchmarks for on-device AI, creating a foundation for interoperable, privacy-preserving applications. Ultrahuman’s bet on Qualcomm’s ecosystem may serve as a catalyst for a new wave of “ring-native” applications, from gesture-controlled interfaces to ambient computing assistants that respond to micro-movements and biometric cues.

Global context further underscores the significance. With increasing regulatory scrutiny over cloud-based health data in the EU and U.S., edge-first architectures are becoming a compliance imperative. Ultrahuman’s model aligns with this shift, offering a path to GDPR-compliant, on-device processing that minimizes data exposure. Additionally, the post-pandemic emphasis on mental health and preventive care has created a receptive market for continuous, unobtrusive monitoring—an area where rings outperform watches in comfort and sensor proximity. As AI models grow larger and energy budgets shrink, the industry is converging on a new paradigm: compute that lives on the body, not in the cloud.

According to Shah, Ultrahuman’s next milestone is a public developer preview scheduled for Q3 2025, coinciding with the launch of Halo X. Developers will gain access to a sandbox environment with synthetic biometric datasets and a compiler optimized for the Snapdragon W5+ microarchitecture. For the Tools & Developer community, this represents more than a new device category—it is an invitation to rethink how software interfaces with the human body. The real test will be whether the developer ecosystem can move beyond fitness tracking to build applications that are indispensable, intuitive, and irreplaceable. If successful, Ultrahuman and Qualcomm won’t just be making a computer fit on a finger—they’ll be redefining where computing happens altogether.