Wellovue

Most diabetes tools tell you what happened.

00:0024:00

This one helps you find out why.

Your meter records numbers. It cannot tell you whether the walk helped, or how sure anyone should be. This works that out from your own data.

01The difference

Tracking is a record. Evidence is an answer.

A number on its own has nowhere to go. The same number set against every other meal you have logged, with the walks marked, starts to be worth something.

A tracker says

12.2 mmol/L at 21:40

True, and you already knew. It happened, it is written down, and nothing follows from it.

This says

Across 156 meals, walking afterwards was associated with a 1.1 mmol/L lower rise.

Testable. And below it, in full, everything that comparison does not account for.

02One timeline

Everything in one place, and where each line came from.

Glucose, meals, medication, movement and sleep on a single stream, in the order they happened.

Every line says where it came from. A filled mark is something we measured. A hollow one is something we estimated, and it says how confident that estimate is. You should never have to guess which is which.

  1. Rice and vegetablesEntered by you
  2. Walked 14 minutesEntered by you
  3. Glucose 8.4 mmol/LCGM
  4. Metformin takenEntered by you
  5. Pasta with sauceEstimated · 60% confidence
  6. Glucose 12.2 mmol/L (above target range)CGM

03A finding

Every answer arrives with its own limits attached.

Findings come from a statistical model, not from a language model. A language model may phrase one; it is never allowed to invent one.

And when there is not enough data, the answer is that there is not enough data, with what to log to change that. That is a real answer, so we show it rather than filling the space with something friendlier.

post_meal_walk_effectModerate evidencen=156

Meals followed by a walk were associated with a 1.1 mmol/L lower rise.

What this does not account for
  • This is an observed association, not a controlled comparison
  • Meals in the two groups were not matched for size or composition
  • Activity intensity and duration were not accounted for
What would sharpen it
  • Alternate walking and not walking after a similar meal, and log both
  • Record how long and how briskly you walked

04Testing it

Turn a hunch into something you can actually settle.

The prediction is written down before the trial begins, in the same moment it starts, and cannot be edited afterwards. When the six days are up, you record what happened and it is scored against that number.

Neither side of the comparison can be revised once written. That is not a promise about how we behave — the database refuses the edit, and refuses to let a trial start without an expectation or finish without a measurement.

Over time that produces something unusual: a record of how often this system was right about you specifically.

Proposed trial

The same breakfast for six days. Walk after three of them, chosen at random.

Predicted difference
-1.3 mmol/L
Recorded before it starts
Yes, permanently
Clinician sign-off
Not required
Scored against
The number above

05Your appointment

Ten minutes is not enough time to explain ninety days.

You can bring one page instead of a year of screenshots: what changed, what you tried, what the evidence actually supports, and the questions worth asking.

It is built to the standards clinical systems already use, so it stays useful when you change clinic, device, or country.

Ninety-day summary

HbA1c

1.1 across four measurements

  1. 7.9

    Nov

  2. 7.4

    Feb

  3. 7.1

    May

  4. 6.8

    Aug

Time in range

78%

Above target most often between 21:00 and 23:00.

What was tested

Walking after the evening meal, six days. −1.3 mmol/L against a predicted −1.3, recorded before the trial began.

Questions raised

  • Evening readings stay high despite the walk. Is meal timing worth discussing?
  • Sleep is logged on 11 of 90 nights, too few to rule in or out.

06Who it is for

Every kind of diabetes. Not every kind of answer, yet.

Type 1, Type 2 with or without insulin, gestational, prediabetes, or a form your clinician has classified some other way — the record is built for all of it. One timeline, your meter or CGM, meals, medication, activity and labs, the safety rules, and the summary you bring to an appointment.

Findings are narrower. The patterns are found by models built on Type 2 physiology, and they are offered for Type 2 and prediabetes only. For everything else Wellovue keeps your record and says so, rather than running the wrong model over your data and handing you a confident answer you would have no way to check.

That is a limit we would rather state than hide. The panel is generated from the same rule the product uses, so it cannot say something the software does not do.

Where findings are produced today

Everything else — your record, the timeline, medication and labs, the safety rules, and the summary for an appointment — is built for every kind of diabetes and works now.

  • Type 2, not using insulin

    Findings today

  • Type 2, using insulin

    Findings today

  • Prediabetes

    Findings today

  • Type 1

    Recorded, not yet interpreted

    Wellovue does not yet produce findings for Type 1 diabetes. The Type 2 analysis is built on a different model of the body and would be misleading here, so it is not used.

  • Gestational

    Recorded, not yet interpreted

    Pregnancy changes what these numbers mean, and Wellovue does not yet produce findings for it. This is being built as a clinician-supported workflow.

  • Other, clinician-classified

    Recorded, not yet interpreted

    This form of diabetes needs clinician-supported interpretation, which Wellovue does not yet provide.

07Boundaries

What this will never do.

This helps you understand patterns and prepare for a conversation with your clinician. It is not a clinician, and it does not pretend to be.

These limits are enforced in the system itself, not promised in the copy. An experiment marked as needing review cannot be started without it.

Never, under any circumstances

  • Adjust your medication, or tell you to
  • Calculate an insulin dose
  • Diagnose a complication
  • Advise you during a hypo or a hyper
  • Tell you to stop taking something

Only with a clinician

  • Medication timing
  • Fasting protocols
  • Major diet changes
  • Exercise changes if you carry cardiovascular risk

Find out what is actually true for you.

Bring the readings you already have. A CSV from your meter or CGM is enough to start.

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