$150–230
monthly burden
Disposable sensors and patches must be replaced every 15 days. Six-month cumulative cost can exceed $800.
Near-infrared optical sensing meets proprietary AI algorithms in
the world's first ring-type, fully non-invasive glucose monitor.
Redesigning daily life for 463 million people living with diabetes.
463 million people worldwide live with diabetes today. By 2045, this is projected to reach 700 million — 10.9% of the global population. Yet today's continuous glucose monitors (CGMs) still burden patients with high costs, accuracy issues, and skin irritation.
Disposable sensors and patches must be replaced every 15 days. Six-month cumulative cost can exceed $800.
Interstitial fluid sampling causes a 5–15 minute delay and reduces accuracy compared to direct blood readings.
Adhesive patches cause rashes, allergies, and disturbed sleep — common complaints from long-term users.
Global market is dominated by foreign players (Dexcom, Abbott). No competitive domestic Korean alternative exists.
No needles. No patches. No replacements. From the moment you slip it on your finger, real-time 24-hour monitoring begins.
Optical sensors measure blood glucose directly through the skin. Zero pain, zero infection risk, zero replacement cost.
Titanium alloy shell, Ø20mm × 3mm thin. IPX8 waterproof, 72-hour continuous operation on a single charge.
Wavelet transform + PCA + tree-based ensemble ML deliver 3-stage noise reduction with instant estimation.
No disposables, no replacements. Over six months, dramatically more economical than traditional CGMs.
Multi-wavelength NIR optics and our in-house machine learning algorithms combine to power the world's first ring-form glucose monitoring architecture.
A proprietary AI algorithm that composites background signals with glucose-responsive wavelengths. Korean patent filed (No. 10-2024-0104923).
High-sensitivity optical measurement architecture based on 2-axis offset placement. Integrates multi-wavelength NIR + temperature + humidity sensors.
June 2025 live demonstration: traditional blood sampling reading of 111 mg/dL vs. Nano Miracle non-invasive reading of 102 mg/dL — comparable accuracy confirmed.
Signed exploratory clinical MOU with Seoul National University Bundang Hospital spin-off. Preparing IRB submission for a 30-patient exploratory study.
From stick-type prototype to a miniaturized ring-form complete product. PCB design, mold development, and mass production preparation are now underway.
On June 16, 2025, during Samsung Fire's TIPS investment review, we benchmarked our
non-invasive ring against traditional finger-prick measurement in real time — and proved practical-grade accuracy.
White PC shell + transparent inner layer + top laser-etched logo · Precision 30 × 32 × 14mm form factor
Over 6 months of usage, our single-device model with no disposables delivers radical long-term economy compared to subscription-based CGMs.
X-axis = Price Competitiveness · Y-axis = Non-Invasiveness
The CGM market is growing explosively, and the entry of giants like Apple and Samsung into non-invasive glucose monitoring proves a paradigm shift is underway.
Estimated based on 15.4 million potential global purchasers among the diabetic population.
Initial adopters: 0.1% of the diabetic population (~800,000 people) represent our addressable market.
Initial Korean target: 25,000 early adopters through D2C online channels and pharmacy partnerships.
A fast-growing market where Apple, Samsung, and other global tech giants are racing into non-invasive glucose monitoring.
Direct sales of the fully non-invasive optical glucose monitoring ring. B2C online + pharmacy channels + B2B partnerships with corporate wellness programs and insurers.
DeviceBeyond simple measurement: personalized diet & exercise coaching, cardiac health expansion, and a recurring-revenue wellness subscription service.
SubscriptionAutonomous robotics AI, infertility CDSS, AR mobile apps, FPGA-based gait control AI, and other B2B AI projects deliver stable cash flow.
B2B AISNU Graduate Demo Day Excellence Award · Selected for Lab-Specialized Startup Program · Core patents filed.
SNU Prototype Manufacturing Support selected · Stick-type glucose monitor prototype built · Hardware core patents filed.
AI-based ring mockup design · ISO standard compliance verified · Multi-wavelength NIR optics validated.
Youth Startup Academy admission · Seed investment from Kingsley Ventures · TIPS R&D award · Venture company certification.
Ring-form mass production · KC certification · $250K revenue target · BIO KOREA / BIO USA / KHF / MEDICA expo participation.
Healthcare platform MVP launch · FDA / CE certification process · $400K annual wellness revenue.
Confirmatory clinical trial completion · Innovative Medical Device certification · FCC/CE global certification · Expansion into Japan, Southeast Asia, and Europe.
20,000 units/year · ~$8M annual revenue · KOSDAQ listing · Established as a global AI biodata leader.
Ph.D · Engineering
Ph.D · Engineering
M.S.
B.S.
Nano Miracle is not just a medical device prototype. We are redesigning the daily lives of hundreds of millions of people living with — or at risk of — diabetes.
Join us on this journey.