Precision Diabetes.

The goal is no longer a lower average. It is Time-in-Range — the share of the day your glucose stays where it should. We instrument it, read it, and act on it.

The signal

A full day, every 5–15 minutes.

288 readings instead of one. The shaded band is the 70–180 mg/dL target. Everything above is hyperglycemia; everything below, a hidden low. This is one illustrative 24-hour trace.

In range 70–180 Above range Below range
Continuous glucose · one 24-hour window
Time-in-Range readout

One number patients actually feel.

Every 1% lift in Time-in-Range is roughly correlated with meaningful long-term risk reduction. We track it weekly — and show patients the curve, not just the verdict.

In range
94%
High >180
4%
Low <70
2%
The pattern engine

What the average can never show you.

/ Dawn

The dawn phenomenon

The pre-breakfast rise driven by overnight hormones. We catch it and re-time medication to meet it.

/ Meals

Post-prandial spikes

Which specific carbohydrate spikes you — pinpointed per meal, not guessed from a food diary.

/ Lag

Medication lag

When insulin or an oral agent fires too early or too late for your body's actual curve.

What our research proves

Not opinion — evidence, at scale.

Insights from the AiHealth metabolic research program — thousands of patients and millions of continuous-glucose readings. This is what shapes the advice you get.

AM > PM
The same meal spikes your glucose higher at breakfast than at dinner.
Morning insulin resistance is real — we plan around it
Order
Eating protein before carbs measurably blunts the spike.
Strongest at breakfast — simple, powerful
1 in 4
"Well-controlled" patients can still hide overnight glucose instability.
A standard report would never show it

Insights from our continuous-glucose research program. See the science →

MMIQ scoring

Your metabolism, as one defensible index.

The Metabolic Intelligence Quotient folds glucose, variability, labs, body composition and adherence into a single 0–100 score — calibrated so a clinician can triage and a patient can track.

70–100 Optimal control 50–69 Needs attention <50 Critical priority
MMIQ readout · 0–100 scale
Clinical pathways

Three roads, one principle: precision.

01

Type 2 remission & optimised control

Intensive metabolic intervention, precision nutrition and GLP-1 / GIP integration aimed at clinical remission — or the tightest sustainable control where remission isn't possible.

02

High-tech Type 1 & LADA

Doctor-in-the-loop optimisation: basal rates, bolus ratios and hybrid closed-loop pump + CGM integration to minimise burden.

03

Gestational (pregnancy) & pre-diabetes

Early detection and aggressive metabolic correction to prevent progression — protecting maternal, fetal and long-term health.

The patient journey

How it actually runs.

/ 01

Sensor on

A CGM goes on. Your continuous signal begins streaming into the platform from day one.

/ 02

Engine reads

The pattern engine pre-analyses variability and events; MMIQ scores your baseline.

/ 03

Doctor decides

Dr. Bhograj reviews the read, approves the plan, and adjusts in real time — not in three months.

Diabetes care

See your glucose the way your body actually lives it.

or message the AiHealth agent, any time.