About SiBio
Established in 2022, SiBio is a pioneering startup that focuses on the research, development and commercialization of AI-enhanced bio-integrated wearable systems. Driven by a mission to empower individuals to decipher their body's hidden intricacies, and enhance metabolic health, the company is rapidly emerging as a leader in the field of biometric monitoring wearable. As a significant milestone, SiBio proudly introduced the world's first (Continuous Ketone Monitoring) CKM system in September 2023.
The SiBio KS1 CKM Story
Many individuals adopt a ketogenic diet to lose weight, or for other health-related reasons. However, accurately and easily determining whether they’re in nutritional ketosis can be challenging. In response to this challenge, SiBio had worked closely with a team of leading nutritionists, diet experts, and weight loss coaches to develop an innovative continuous ketone monitoring system solution.
By wearing a minimally invasive sensor that continuously tracks their interstitial fluid ketone levels, and transmits the ketone readings to the CKM app, users can conveniently see their ketosis status and fat-burning efficiency in real time. This enables individuals to ascertain whether they’ve entered ketosis, and fine-tune their dietary and fitness choices for optimized weight management results.
Three Underlying Capability Platforms
Hybrid IC Design
Based on this platform, SiBionics has the IC design capabilities, and can design implantable chips with strong stability, high accuracy and convenient transmission to achieve low power consumption and smaller size of products.
Active Implantable Devices
Active implantable process includes MEMS, airtight packaging, fine processing/assembly, precision injection molding, etc., which fully guarantees the airtightness, stability and reliability of products in the implanted environment.
AI and Medical Big Data
Established the R&D and commercialization processes from scientific research to transformation of academic achievements, and then to market-oriented applications, as well as corresponding verification, confirmation and evaluation mechanisms.
