For clinics and longevity clinics

Every patient's brain, measured.

Understand how each patient's brain is performing in ten minutes, so protocols, progress reviews and programme decisions run on evidence.

Book a 20-minute call
Ten-minute scansNo needles or magnetsRead against their own baseline
Method built with
Backed by
Professor Simon Schultz
“What excites me about Connectome is turning decades of neuroscience research into brain measurement people can actually use, and trust, in everyday life.”
Imperial College London
Professor Simon SchultzScientific Advisor, Connectome
The signal

It starts with one signal: oxygenated blood in the prefrontal cortex.

Light-based sensors read how much oxygenated haemoglobin the prefrontal cortex draws in during two short tasks. That peak response, HbO max, is the measurement everything else is built on.

Hundreds of channels

across the front of the brain, not a single sensor

Two signals

oxygen-rich and oxygen-poor blood, tracked separately

Nearly 5 a second

a fresh reading from every channel, for ten minutes

How the light reads the brainSeen from the side
Laser light inDetectorNot to scale
01

Four measures

Attention control, working memory, cognitive flexibility and neural efficiency, read from the signal and the patient's task performance.

02

Their usual range

From the second scan, every measure sits inside the patient's own usual range, with a confidence level. An off day and a real change look different.

03

Context from their wearable

Sleep, activity and recovery from Oura, WHOOP, Garmin, Apple or Fitbit, read next to every scan. Lifestyle Links show what moves with the brain.

04

Change over time

Every scan adds to the record. Events such as a new protocol, travel or illness are logged against it, so the trend has context.

The web app

Every patient's brain, in one place.

Scans, usual range, Lifestyle Links and events for every patient, in the consultation and between visits. Patients see their own results in the Connectome app.

Brain ProfileFour measures against the patient's usual range, with a confidence level
Lifestyle LinksWhich sleep and activity habits go with their better scans
EventsLog a protocol, a trip or an illness against the timeline
Organisation viewEvery patient on one screen, with role-based access
Book a call
app.connectome.health
The Connectome web app: a patient's Brain Profile
Lifestyle Links in the Connectome app

Example screens. Figures are illustrative.

What we measure

The brain functions that shape everyday life.

Each patient's Brain Profile tracks four measures against their own usual range, so you can see how they're really doing between visits.

Measured in the prefrontal cortex
01 of 04

Attention control

Staying on what matters and filtering out what doesn't.

In the consultation

The patient who says they can't focus at work, and now has a number to put next to it.

What it tells clinicians

Whether focus is holding across the programme, or drifting before the patient notices.

Their usual range
Scan 1Scan 2
In the headset

The tasks

Short and simple. Nothing to prepare.
Focus taskName the colour, ignore the word
Memory taskSpot what came a few steps back
Speed and accuracyHow they did, next to how hard their brain worked
Pre-scan check-inYour own questions, answered before every scan
From their wearable

Lifestyle Links

Read next to every scan.
Sleep depthHow their sleep stages were made up
Unbroken sleepHow much they woke in the night
Overnight recoveryBreathing rate and resting heart rate while they slept
ActivitySteps, workouts and daily movement
EventsTravel, illness or a new protocol, logged against their scans
In the clinic

Evidenced brain health is central to modern care.

First visit
Brain fog, measured

Patients describe fog, poor focus and fatigue. Now there's a baseline you can both see.

Progress reviews
Show the change

Feeling better is good. Attention and memory tracked against their own range is a measurement.

Protocols
See what changed

Your clinicians choose the protocol. Connectome measures either side of it, against the patient's own baseline.

Retention
The reason they come back

One scan is interesting. Four scans over time is intelligence.

Also used for
Executive healthFor people who have to be on form, and rarely know when they're not.
Midlife and menopause programmesTrack attention and memory through a period patients often describe as foggy.
Research programmesRepeated measurement alongside the interventions you already deliver, with a confidence level on every change.
Compared

Connectome brings more than traditional neuroimaging, for less.

ConnectomeOnline cognitive testsEEGMRI and other neuroimaging
Primary purposeLongitudinal monitoring of cognitive functionA one-off scoreClinical diagnostics, sleep and seizure studiesStructural or cross-sectional imaging
Signal qualityLight-based. Blinks, jaw and muscle movement don't swamp the signalDepends on the device, the room and the patient's daySensitive to blinks, muscle, hair and electrode contact. Needs cleaning before it can be readHigh inside the scanner. Any movement spoils it
StabilityPrefrontal activation during the tasks is stable across sessions (LUCID preprint, with Imperial College London)Scores drift with practice and moodVaries with set-up and electrode contact each sessionStable for structure. Function varies by session
Read againstThe patient's own usual range, with a confidence levelA population averagePopulation norms or a qEEG databasePopulation norms, read by a radiologist
Scan durationTen minutesFive to twenty minutesTwenty to sixty minutes, including set-upUp to an hour, plus the referral and the wait
UsabilityPortable, non-invasive & user-friendly (anyone on your team can run the scan after training)The patient, unsupervisedA trained technician, and someone to interpret the traceA radiographer, then a radiologist to read it
Context integrationLifestyle Links: sleep, activity and recovery from the patient's wearableNoneNoneNone
The patient's experienceA light headset, in your clinic. No needles, magnets or gelA laptopA cap of electrodes, often with gelA tube, magnets and lying still in a hospital
Cost per patientA fraction of neuroimagingLowModerate, plus a technician's timeHigh

Not a replacement for clinical assessment. Connectome does not diagnose, prescribe or automate decisions.

The team

Led by neuroscientists and health professionals with 70+ years of experience.

Our method was built with Imperial College London on the LUCID study. Read the preprint →

Dr Rufus Mitchell-Heggs, PhD
Imperial College London
Dr Rufus Mitchell-Heggs, PhDCo-founder and Chief Science Officer

Neuroscientist and lead on the Connectome method, developed with Imperial College London and tested in the LUCID study.

Lucas Scherdel
Connectome
Lucas ScherdelCo-founder and CEO

Leads Connectome and its mission to give everyone vital signs for the brain: measures of brain function you can track over time.

Professor Simon Schultz, PhD
Imperial College London
Professor Simon Schultz, PhDScientific Advisor

Professor of Neurotechnology at Imperial College London, working on how we record and understand brain activity.

Juliet Sharkey
Connectome
Juliet SharkeyHead of Growth and Partnerships

Leads partnerships, making sure you and your patients get everything out of Connectome.

Dr Anita Snowdon-Farrell
Connectome
Dr Anita Snowdon-FarrellClinical Operations

Runs clinical operations and member care, from the first scan to the results walkthrough.

FAQs

What clinicians ask us.

No. Connectome measures brain function for wellness and performance. It is not a medical device and does not diagnose, prescribe or automate decisions. It gives your clinicians a reliable, repeatable measure to read alongside everything else they know about the patient.

Two routes. Refer patients to our clinic in Soho and we run the scans, or run a headset on site with your own team, trained by us. Most clinics start with referrals and move on site as volume grows.

Wearables (WHOOP, Oura, Garmin, Apple, Fitbit) connect directly. Results sit in a dashboard your clinicians can use in the consultation and share with the patient, with their consent.

The method was built with Imperial College London and validated in the LUCID study (92 adults, three scans each, ICC 0.56 to 0.77). This research is a preprint and has not yet been peer reviewed. References are available on request.

Patients own their data and see it first. Clinician access is role-based and logged. We build the consent flow with you before the first scan.

Programmes are priced by patient volume and route: referral to our Soho clinic, or a headset on site with you. Pricing is on request. Book a call and we'll put a proposal together.

Most clinics start with a 20-minute call, then send a clinician to Soho for a live scan. From there we design the programme with you and scan your first patients.

Better consultations start with ten minutes.

Ten minutes per patient · Results the same day · Built around your clinic

Connectome measures brain function for wellness and performance. It is not a medical device and does not diagnose, prescribe or automate decisions.

For clinics and longevity clinics

Every patient's brain, measured.

Understand how each patient's brain is performing in ten minutes, so protocols, progress reviews and programme decisions run on evidence.

Book a 20-minute call
Ten-minute scansNo needles or magnetsRead against their own baseline
Method built with
Backed by
Professor Simon Schultz
“What excites me about Connectome is turning decades of neuroscience research into brain measurement people can actually use, and trust, in everyday life.”
Imperial College London
Professor Simon SchultzScientific Advisor, Connectome
The signal

It starts with one signal: oxygenated blood in the prefrontal cortex.

Light-based sensors read how much oxygenated haemoglobin the prefrontal cortex draws in during two short tasks. That peak response, HbO max, is the measurement everything else is built on.

Hundreds of channels

across the front of the brain, not a single sensor

Two signals

oxygen-rich and oxygen-poor blood, tracked separately

Nearly 5 a second

a fresh reading from every channel, for ten minutes

How the light reads the brainSeen from the side
Laser light inDetectorNot to scale
01

Four measures

Attention control, working memory, cognitive flexibility and neural efficiency, read from the signal and the patient's task performance.

02

Their usual range

From the second scan, every measure sits inside the patient's own usual range, with a confidence level. An off day and a real change look different.

03

Context from their wearable

Sleep, activity and recovery from Oura, WHOOP, Garmin, Apple or Fitbit, read next to every scan. Lifestyle Links show what moves with the brain.

04

Change over time

Every scan adds to the record. Events such as a new protocol, travel or illness are logged against it, so the trend has context.

The web app

Every patient's brain, in one place.

Scans, usual range, Lifestyle Links and events for every patient, in the consultation and between visits. Patients see their own results in the Connectome app.

Brain ProfileFour measures against the patient's usual range, with a confidence level
Lifestyle LinksWhich sleep and activity habits go with their better scans
EventsLog a protocol, a trip or an illness against the timeline
Organisation viewEvery patient on one screen, with role-based access
Book a call
app.connectome.health
The Connectome web app: a patient's Brain Profile
Lifestyle Links in the Connectome app

Example screens. Figures are illustrative.

What we measure

The brain functions that shape everyday life.

Each patient's Brain Profile tracks four measures against their own usual range, so you can see how they're really doing between visits.

Measured in the prefrontal cortex
01 of 04

Attention control

Staying on what matters and filtering out what doesn't.

In the consultation

The patient who says they can't focus at work, and now has a number to put next to it.

What it tells clinicians

Whether focus is holding across the programme, or drifting before the patient notices.

Their usual range
Scan 1Scan 2
In the headset

The tasks

Short and simple. Nothing to prepare.
Focus taskName the colour, ignore the word
Memory taskSpot what came a few steps back
Speed and accuracyHow they did, next to how hard their brain worked
Pre-scan check-inYour own questions, answered before every scan
From their wearable

Lifestyle Links

Read next to every scan.
Sleep depthHow their sleep stages were made up
Unbroken sleepHow much they woke in the night
Overnight recoveryBreathing rate and resting heart rate while they slept
ActivitySteps, workouts and daily movement
EventsTravel, illness or a new protocol, logged against their scans
In the clinic

Evidenced brain health is central to modern care.

First visit
Brain fog, measured

Patients describe fog, poor focus and fatigue. Now there's a baseline you can both see.

Progress reviews
Show the change

Feeling better is good. Attention and memory tracked against their own range is a measurement.

Protocols
See what changed

Your clinicians choose the protocol. Connectome measures either side of it, against the patient's own baseline.

Retention
The reason they come back

One scan is interesting. Four scans over time is intelligence.

Also used for
Executive healthFor people who have to be on form, and rarely know when they're not.
Midlife and menopause programmesTrack attention and memory through a period patients often describe as foggy.
Research programmesRepeated measurement alongside the interventions you already deliver, with a confidence level on every change.
Compared

Connectome brings more than traditional neuroimaging, for less.

ConnectomeOnline cognitive testsEEGMRI and other neuroimaging
Primary purposeLongitudinal monitoring of cognitive functionA one-off scoreClinical diagnostics, sleep and seizure studiesStructural or cross-sectional imaging
Signal qualityLight-based. Blinks, jaw and muscle movement don't swamp the signalDepends on the device, the room and the patient's daySensitive to blinks, muscle, hair and electrode contact. Needs cleaning before it can be readHigh inside the scanner. Any movement spoils it
StabilityPrefrontal activation during the tasks is stable across sessions (LUCID preprint, with Imperial College London)Scores drift with practice and moodVaries with set-up and electrode contact each sessionStable for structure. Function varies by session
Read againstThe patient's own usual range, with a confidence levelA population averagePopulation norms or a qEEG databasePopulation norms, read by a radiologist
Scan durationTen minutesFive to twenty minutesTwenty to sixty minutes, including set-upUp to an hour, plus the referral and the wait
UsabilityPortable, non-invasive & user-friendly (anyone on your team can run the scan after training)The patient, unsupervisedA trained technician, and someone to interpret the traceA radiographer, then a radiologist to read it
Context integrationLifestyle Links: sleep, activity and recovery from the patient's wearableNoneNoneNone
The patient's experienceA light headset, in your clinic. No needles, magnets or gelA laptopA cap of electrodes, often with gelA tube, magnets and lying still in a hospital
Cost per patientA fraction of neuroimagingLowModerate, plus a technician's timeHigh

Not a replacement for clinical assessment. Connectome does not diagnose, prescribe or automate decisions.

The team

Led by neuroscientists and health professionals with 70+ years of experience.

Our method was built with Imperial College London on the LUCID study. Read the preprint →

Dr Rufus Mitchell-Heggs, PhD
Imperial College London
Dr Rufus Mitchell-Heggs, PhDCo-founder and Chief Science Officer

Neuroscientist and lead on the Connectome method, developed with Imperial College London and tested in the LUCID study.

Lucas Scherdel
Connectome
Lucas ScherdelCo-founder and CEO

Leads Connectome and its mission to give everyone vital signs for the brain: measures of brain function you can track over time.

Professor Simon Schultz, PhD
Imperial College London
Professor Simon Schultz, PhDScientific Advisor

Professor of Neurotechnology at Imperial College London, working on how we record and understand brain activity.

Juliet Sharkey
Connectome
Juliet SharkeyHead of Growth and Partnerships

Leads partnerships, making sure you and your patients get everything out of Connectome.

Dr Anita Snowdon-Farrell
Connectome
Dr Anita Snowdon-FarrellClinical Operations

Runs clinical operations and member care, from the first scan to the results walkthrough.

FAQs

What clinicians ask us.

No. Connectome measures brain function for wellness and performance. It is not a medical device and does not diagnose, prescribe or automate decisions. It gives your clinicians a reliable, repeatable measure to read alongside everything else they know about the patient.

Two routes. Refer patients to our clinic in Soho and we run the scans, or run a headset on site with your own team, trained by us. Most clinics start with referrals and move on site as volume grows.

Wearables (WHOOP, Oura, Garmin, Apple, Fitbit) connect directly. Results sit in a dashboard your clinicians can use in the consultation and share with the patient, with their consent.

The method was built with Imperial College London and validated in the LUCID study (92 adults, three scans each, ICC 0.56 to 0.77). This research is a preprint and has not yet been peer reviewed. References are available on request.

Patients own their data and see it first. Clinician access is role-based and logged. We build the consent flow with you before the first scan.

Programmes are priced by patient volume and route: referral to our Soho clinic, or a headset on site with you. Pricing is on request. Book a call and we'll put a proposal together.

Most clinics start with a 20-minute call, then send a clinician to Soho for a live scan. From there we design the programme with you and scan your first patients.

Better consultations start with ten minutes.

Ten minutes per patient · Results the same day · Built around your clinic

Connectome measures brain function for wellness and performance. It is not a medical device and does not diagnose, prescribe or automate decisions.