Ambrosia Systems Inc

The World’s First Non-Invasive CGM Ring. One device that tracks glucose, sleep, stress, heart health, activity, oxygen levels, and skin temperature. No pricks. No sensors. Real-time insights.

What Ambrosia Systems Sells

Ambrosia Systems develops continuous glucose monitoring (CGM) technology built into a wearable ring. The device tracks glucose levels, sleep quality, stress patterns, heart health metrics, physical activity, blood oxygen saturation, and skin temperature—all without the need for finger pricks or adhesive sensors. This approach appeals to people managing diabetes or prediabetes who want real-time physiological insights, as well as fitness enthusiasts and those interested in preventive health monitoring. The ring integrates with AI-driven health platforms, positioning itself as a tool for personalized healthcare rather than just a fitness tracker. The company's mission centers on giving individuals continuous access to their physiological data to enable more effective health decisions. Whether you're new to glucose monitoring or a seasoned user looking to avoid traditional sensor discomfort, Ambrosia's non-invasive design is the core differentiator.

What stands out

• Non-invasive design eliminates needle pricks and daily sensor replacements
• Tracks seven health metrics in one wearable device

Worth knowing

• Exact ring pricing not disclosed on public materials

How does Ambrosia's ring work without needles?

The ring uses non-invasive technology to monitor glucose and other physiological signals through your skin without requiring finger pricks or adhesive sensors. The company positions this as a more comfortable alternative to traditional continuous glucose monitors while still providing real-time data.

Is this ring suitable for people without diabetes?

Yes. The ring tracks glucose, sleep, stress, heart health, activity, oxygen, and temperature, making it relevant for fitness tracking, preventive health monitoring, and general wellness. Many non-diabetic users wear CGM devices to understand their metabolic patterns and make informed lifestyle choices.