Continuous Glucose Intelligence Without Wearing a Needle.
Calibrate with finger-prick readings or real CGM for 14 days. Our biophysical differential equations and calibrated machine learning solve your unique metabolic baseline, digestive enzymes, and food patterns to predict real-time continuous glucose without ongoing needles.
Today's Telemetry
Simulate Any Meal Before You Eat
Click below to switch meal scenarios. Watch how our digital twin tracks gastric emptying delays, hepatic glycogen saturation, and PEPCK flux across a full 6-hour timeline.
The Kale Shield Protocol
Flash-Stir-Fried Kale in Avocado Oil + Wild Salmon
Sulforaphane activates the Nrf2 transcription factor, physically repressing the PEPCK (PCK1) gene. 38g of healthy MUFA fats and marine omega-3s trigger rapid GLP-1 satiety with zero postprandial glucose spike, blunting overnight hepatic glucose dumping.
Calibrate for 14 Days. Then Pure Biophysical Math Predicts.
No generative guessing. Metabolix models human physiology through multi-compartment differential equations, digestive enzyme kinetics, and machine learning parameter regression.
14-Day Baseline Calibration
During your initial 14-day calibration window, you enter 2–4 daily finger-prick glucometer tests or sync your physical CGM (Dexcom / FreeStyle Libre) alongside Apple Health.
How Food Logging Actually Works
Logging a meal in Metabolix takes seconds. Here is how your meal data is captured and directly fed into the mathematical biophysical equations.
Photo Vision Plate Snap
Point your iPhone camera at your plate. Computer vision identifies dishes (e.g. 2 Roti, 1 bowl Moong Dal, Palak Paneer), detects portion gram weights, and estimates net carbs, fats, and fiber automatically.
100,000+ Regional Database
Search our comprehensive library with extensive regional South Asian and global foods — including home-cooked curries, rotis, rice varieties, street snacks, and packaged barcode scanning.
1-Tap Saved Favorites
Save your regular breakfast (e.g. 3-egg scramble + black coffee) or daily lunch shield. Re-log frequent meals with one single tap on your iPhone or Apple Watch without re-entering ingredients.
Decomposes meal into starch, soluble fiber, MUFA/SFA fats, and protein.
Computes delayed stomach transit: fat + fiber slow carbohydrate absorption rate.
Calculates alpha-amylase and alpha-glucosidase rate of intestinal glucose release.
Outputs continuous mg/dL forecast curve and early spike warning alerts.
Targeted to Your True Root Cause
Not all diabetes or insulin resistance originates from the same organ. Our clinical onboarding algorithm classifies your primary metabolic phenotype to assign custom fasting and nutritional protocols.
The Hepatic Glycogen & PEPCK Overdrive Protocol
Characterized by stubborn high fasting glucose in the morning despite eating zero carbs at dinner (the "Dawn Phenomenon"). Caused by overactive PEPCK/G6Pase enzymes dumping liver glycogen into the bloodstream all night.
Tracks dietary fat + carb delay from 48 hours prior (the biryani effect) that holds liver glycogen saturated.
Prescribes 10-minute 'Chop & Wait' raw kale/broccoli protocols containing bioavailable sulforaphane to downregulate hepatic glucose dumping.
Finishing dinner by 07:30 PM allows a full 12–14 hour overnight fasting clearance before morning dawn cortisol surges, preventing nocturnal liver glycogen overflow.
How Onboarding Assigns Your Path
Program Eligibility & Inclusion Criteria
We operate with complete clinical honesty. Metabolix is extraordinarily effective for specific metabolic archetypes, but is strictly contra-indicated for others.
- ✓Adults with Prediabetes or Type 2 Diabetes wanting needle-free, continuous lifestyle intelligence.
- ✓Individuals struggling with high morning fasting blood sugar and dawn phenomenon liver dumping.
- ✓Metabolic fitness seekers, longevity enthusiasts, and people seeking weight loss without crash diets.
- ✓Anyone with an iPhone and Apple Watch wanting deep nutritional biochemistry and personalized recipes.
- ✕Unmonitored Brittle Type 1 Diabetes: Anyone requiring acute, life-critical clinical insulin dosing without a physical CGM or direct physician oversight.
- ✕Active Diabetic Ketoacidosis (DKA): Anyone with current or frequent acute ketone emergencies.
- ✕Pregnancy with Gestational Diabetes without explicit clearance and direct monitoring from an obstetrician/endocrinologist.
- ✕Minors under 18 years of age without parental and pediatric specialist supervision.
Diabetes-Friendly Culinary Protocols
Scientifically calibrated recipes designed to shut down nocturnal liver glucose dumping, maintain maximal satiety, and guarantee flat postprandial curves.
The 'Chop & Wait' 10-Minute Rule
Always chop or crush raw kale, broccoli, or cabbage 10 minutes BEFORE heating. This provides crucial ambient time for the plant enzyme myrosinase to synthesize active sulforaphane, making it thermally resilient.
Flash Stir-Fry in High-Heat Avocado Oil
Never cook greens to a dark wilt. Sauté briskly for 2 to 3 minutes in cold-pressed avocado oil so leaves remain bright electric green and phytochemically dense without oxidized lipids.
The 3-Hour Sunset Dinner Gap
Complete your evening meal by 7:30 PM. Going to sleep with an empty digestive lumen deprives the liver of glucogenic alanine and glutamine substrates, silencing nighttime glucose creation.
Strict Saturated Fat Cap (<18g Daily)
Avoid butter, animal tallow, or hydrogenated oils. Palmitic acid forms toxic diacylglycerols (DAG) and ceramides that sever liver insulin receptors. Fuel your metabolism with MUFA fats (Avocado, EVOO, Walnuts).
The "Chop & Wait" 10-Minute Enzyme Timer
Chop your raw kale or broccoli florets right now. Rest them for 10 minutes to allow the plant's myrosinase enzyme to turn glucosinolates into heat-stable, PEPCK-suppressing sulforaphane before turning on the flame.
Custom Recipe Builder & Digestive Enzyme Analyzer
Select key culinary bio-compounds to see how they inhibit digestive enzymes and smooth your postprandial glucose curve.
The Kale Shield: Flash Avocado Stir-Fry & Chicken Curry
PEPCK (PCK1) Gene Silencing Protocol · Dawn Phenomenon Blunting & Glycogen Depletion
Sulforaphane translocates Nrf2 to hepatocyte nuclei, physically suppressing the PEPCK (PCK1) gene. This blunts nocturnal hepatic glucose dumping, supporting healthy morning glycemic stability.
Chop kale and let rest 10 min. Flash stir-fry on high flame with avocado oil and mustard seeds for 2–3 minutes only until vibrant emerald green. Pair with chicken curry.
Broccoli Mustard Synergy Bowl with Wild Salmon
Double Myrosinase Enzyme Loading · Hepatic ER Stress Reduction & CPT1 Activation
Marine EPA & DHA fatty acids reduce endoplasmic reticulum stress in the liver while high oleic acid stimulates GLP-1 secretion in the gut.
Pan-sear salmon in olive oil skin-down for 4 mins. Steam broccoli lightly for 3 minutes, then toss immediately with raw mustard seed powder, lemon juice, and extra virgin olive oil.
Spinach & Avocado Scramble with Sprouted Toast
Hepatic Choline & Lipid Export Driver · Triglyceride Clearance & Sustained Satiety
High biological value leucine protein protects skeletal muscle without flooding the portal vein with glucogenic alanine.
Wilt baby spinach in avocado oil for 60 seconds. Whisk eggs and fold gently over medium-low heat. Top sprouted toast with avocado slices.
Mediterranean Olive & Grilled Herb Chicken Bowl
Polyphenol & GLP-1 Sustained Energy · Zero Postprandial Glucose Surge
Oleocanthal in raw olive oil restores hepatocyte insulin receptor phosphorylation, keeping post-lunch glucose strictly between 95 and 115 mg/dL.
Grill chicken breast until juicy. Toss crisp greens, cucumber, and Kalamata olives in cold-pressed EVOO and raw ACV. Slice chicken on top.
Sprouted Moong & Avocado Metabolic Chaat
Natural Amylase Inhibitor & Prebiotic Fiber · Microbiome Short-Chain Fatty Acid Production
Prebiotic oligosaccharides feed Akkermansia muciniphila in the gut, reinforcing the intestinal barrier and lowering systemic inflammation.
Steam sprouted moong for 2 minutes to preserve live enzymes. Toss with diced avocado, cucumber, mint, olive oil, and fresh lime juice.
Raw Walnut Halves & Green Tea Catechin Flush
Alpha-Glucosidase Inhibitor Afternoon Ritual · Endothelial Dilation & Insulin Sensitization
EGCG catechins inhibit intestinal carbohydrate hydrolases, while plant alpha-linolenic acid (ALA) boosts nitric oxide vascular tone.
Brew green tea with 85°C water for 3 minutes. Squeeze fresh lemon juice to stabilize catechins. Enjoy with crisp raw walnut halves.
Every Tool You Need for Daily Control
From real-time spike interception and sports logging to medicine compliance and doctor visit alerts, Metabolix turns physiological science into simple daily habits.
Real-Time High-Carb Spike Alerts
When your meal contains fast-acting starch or high glycemic index carbohydrates, the model detects the rapid absorption velocity before glucose peaks in your blood.
Projected peak 168 mg/dL in 35 mins (White Rice + Potato Curry).
Better Health Is Easier Together.
Form private Metabolic Circles with family, friends, or health buddies. Track shared calories, compete in friendly glycemic challenges, and celebrate progress together.
7-Day Flat Glycemic Curve
Group Goal: >85% Time-in-Range (TIR)Compete with your circle members to achieve optimal postprandial glucose curves. Every meal kept under 140 mg/dL scores points for your team.
10,000 Daily Steps Sprint
Group Goal: Post-Meal GLUT4 ActivationEncourage each other to take a brisk 10–15 minute walk right after meals. Synchronized step tracking directly via Apple HealthKit.
Zero Midnight Dumping Challenge
Group Goal: Dinner Finished by 07:30 PMSilence nocturnal PEPCK liver glucose output by completing dinner with cruciferous greens before 7:30 PM. Track collective morning fasting scores.
Science-Backed Biophysical Modeling
Engineered for high-fidelity metabolic simulation accuracy through multi-compartment physiological biophysics and 48-hour hepatic glycogen tracking.
Research-Grade Precision
Calibrated to Research Benchmarks with an absolute mean error of only 14.3 mg/dL against published clinical literature.
48-Hour Liver Memory
Models true rolling hepatic glycogen saturation, accounting for delayed fat absorption and nocturnal gluconeogenesis flux.
100% Private HealthKit
All biometric streams (heart rate, HRV, active calories, sleep) remain encrypted on-device. Zero data broker selling.
Biophysical Machine Learning
Calibrated machine learning regression solves your unique insulin sensitivity factor and gastric transit parameters over 14 consecutive days.
Metabolix Virtual CGM vs Traditional Technologies
How non-invasive physiological digital twins compare against invasive physical hardware:
| Metric & Clinical Capability | Metabolix Digital Twin | Invasive Continuous CGM | Traditional Fingerstick Only |
|---|---|---|---|
| Daily Needle Burden | 90%+ Needle Reduction · Periodic spot calibration only | Continuous 24/7 subcutaneous wire in arm/abdomen | 4–6 painful punctures every single day (1,500+/yr) |
| Ground-Truth Calibration Protocol | ✓ Calibrated via 14-day initial window (real CGM or 2–4 daily finger-pricks), then maintained with weekly spot checks | Factory calibrated, but prone to sensor drift & compression lows near day 10–14 | Zero model learning: discrete snapshots only, misses nocturnal spikes & meal peaks |
| Recurring Hardware & Sensor Cost | Minimal strip cost for periodic calibration (~₹200 / $5 mo) | ₹6,000 – ₹10,000 / month continuously (₹72k–₹1.2L/yr) | ₹1,500 – ₹2,500 / month in daily high-volume test strips |
| 48-Hour Hepatic Glycogen Saturation | Physiological twin predicts PEPCK glucose output | Measures interstitial fluid only (blind to liver storage) | Blind to liver glycogen & overnight dumping |
| Skin Barrier & Adhesive Reactions | Zero ongoing skin adhesives or adhesive rashes | Contact dermatitis, sensor rip-outs during showers/sports | Fingertip calluses, micro-scarring & localized soreness |
| Continuous Telemetry & Wearable Sync | Continuous on iPhone & Apple Watch via HealthKit ODEs | Requires separate proprietary Bluetooth sensor attached to body | Zero continuous curve (isolated static numbers only) |
We do not claim fingersticks are permanently eliminated. Pure mathematical biophysics requires real ground-truth reference points to model your unique physiology. You calibrate Metabolix during an initial 14-day calibration window using either a physical CGM sensor (Dexcom / FreeStyle Libre) or routine finger-prick checks (2–4 daily). Once the mathematical parameters (Insulin Sensitivity Factor, gastric emptying half-life, and enzyme kinetics) are fitted, you only perform occasional weekly spot checks (1–2 finger-pricks per week) to prevent mathematical drift. You eliminate 90%+ of painful needles without sacrificing clinical accuracy.
Invest in Your Metabolic Architecture.
Access continuous biophysical glucose modeling, 48-hour hepatic glycogen tracking, and 14-day calibration. Keep 100% of your biometrics encrypted on your Apple device.
Founding Annual Membership
Complete 365-day metabolic digital twin with clinical ODE telemetry, custom recipe engine, and priority iOS TestFlight build access.
100% Satisfaction Guarantee · Instant Mobile Activation
Quarterly Reset Pass
Targeted 90-day physiological reset designed for members addressing prediabetes or elevated fasting glucose parameters.
100% Satisfaction Guarantee · Instant Mobile Activation