Bond, a consumer wearable technology company based in Detroit, has launched the Bond Ring, a smart ring incorporating its patent-pending LifeDrive technology.
The Bond Ring is presented as a perpetual wearable wellness device, integrating 11 advanced features that enhance health monitoring capabilities. The design of the Bond Ring distinguishes itself with a bionic structure developed using CATIA V6 software and space-grade components, reflecting four years of research and development.
The device is said to have an ergonomic design, diverging from traditional smart rings, and incorporates advanced fabrication techniques common in aerospace and medical applications.
According to Bond, strategic collaborations with companies such as Analog Devices and Infineon have enabled the integration of comprehensive health monitoring technologies. Key innovations include body composition analysis for various body metrics and a single-lead ECG for atrial fibrillation detection.
Bond chief marketing officer Marc Wilson said: “The global wearable technology market reached $84.2bn in 2024 and continues expanding at a considerable rate.
“Our patent-pending bionic design, clinical-grade sensor integration and strong partnerships with some of the largest players in vital signs monitoring – position Bond Ring as the ultimate long term monitoring tool for health enthusiasts, clinics and professionals.”
Additional features of the smart ring include environmental sensing abilities that monitor UV exposure, ambient conditions, and noise levels, aspiring to correlate these factors with sleep quality.
The Bionic Feedback system offers discreet notifications through electrical muscle stimulation, while the TrueTemp technology provides precise temperature monitoring to support immune system and women’s health tracking.
Users can personalise their experience through the Bond Ring App, which supports custom workflows and secure data sharing with healthcare providers. The app leverages Bond’s Genome PRO platform for advanced artificial intelligence (AI)-driven health insights.
A swappable panel system allows users to modify the ring’s appearance, reducing electronic waste by enabling panel replacements rather than full device swaps.
The Bond Ring’s manufacturing processes incorporate materials typically reserved for high-tech industries, ensuring durability and water resistance. Its sophisticated sensor suite positions it as a candidate for future medical device certifications, claimed the company.
The integration of environmental health monitoring offers new insights into how external conditions affect personal wellness.
Available now via the company’s website, the Bond Ring is designed to provide continuous health monitoring without frequent recharging needs.
