Precision, where it counts the most.

An operations platform for multi-clinic medical and aesthetic groups. Every doctor’s calendar in one view, one record per patient, online booking with deposits, an AI receptionist on the phone and on WhatsApp in the patient’s own language, treatment charting, memberships, stock traced from lot to patient, and e-invoices issued as each payment is taken.

• Every clinic, doctor and room in one calendar, rescheduled by drag
• An AI receptionist on the phone and WhatsApp, handing to staff with the whole thread
• Online booking with deposits, reminders and no-show rules
• Charting, memberships, stock traced lot to patient, and e-invoices at the point of payment

At 08:05 the front desk of a three-clinic group opens the day. Overnight, the AI receptionist answered a missed call and three WhatsApp messages in the patients’ own languages, booked two consultations with deposits and held one question for a doctor. At 09:40 a doctor is called away with six patients still to see. The calendar offers each of them the nearest slot with a colleague or at the clinic across town, the front desk approves the moves, and every patient confirms in one reply. By evening every visit is charted, the stock used is traced to the patient who received it, and every payment has left as an e-invoice.

A command center for longevity and preventive-medicine clinics. New results, the physician’s notes and the previous report go in; an AI drafts the new report and programme, with every figure drawn only from verified results. The physician edits and signs it, and only then does it reach the patient’s app, the PDF and the calendar.

• Results entered or uploaded, and verified row by row before anything uses them
• An AI draft of the report and programme, every figure traced to a verified result
• The physician edits, signs and publishes; nothing reaches the patient unsigned
• Calendar, messages, finance and a full log for every clinic in the group

At 09:00 a patient’s new results arrive, six months into their programme. The staff verify each value against the lab sheet, row by row, and nothing unverified can be used. The command center drafts the new report and programme from the verified results, the physician’s consultation notes and the previous report, with every figure traced to its source, and a guard flags any number it cannot trace. At 11:30 the physician edits two sections and signs. Only then is it published: to the patient’s app, as a PDF, and as retests booked on the calendar.

A 3D scanning system for physicians, dermatologists and skin-care specialists. One walk around the patient with an iPhone Pro produces a measurable 3D model at true scale, and scans of the same patient line up over time, so a change is measured rather than guessed. Scans stay in a library each clinic controls, and every measurement goes into a report the clinician signs.

• Captured with an iPhone Pro in minutes, at true metric scale
• Scans of the same patient aligned over time, and the change measured
• Reports with the measurements, signed by the clinician and shared with the patient
• A library each clinic controls, with access per clinician

At 10:00 a dermatologist scans a patient’s face and neck with an iPhone Pro, walking once around the chair. A few minutes later the 3D model is ready at true scale and aligned to the scan taken in March, so the two are compared surface to surface. The change is measured area by area and shown on the model in colour. The dermatologist goes through it with the patient and signs the report. The record goes into the clinic’s library and to the patient’s phone, ready to be measured again at the next visit.

A patient app for longevity and preventive-medicine programmes. Every result, scan, report and wearable reading in one record over the years; a biological age and pace of ageing recalculated at every draw; a daily summary; an assistant that answers in the patient’s language from their own data; and a vault for every document. Only what the physician has signed reaches the app, and nothing in it diagnoses.

• Results, scans, reports and wearables in one record over the years
• Biological age and pace of ageing, recalculated at every draw
• An assistant that answers from the patient’s own data, in their language
• Only physician-signed content reaches the app; a vault for every document

Six months into a longevity programme, a patient starts the day with a short summary in the app: last night’s recovery from their wearable and the programme items due today. At 11:31 the physician signs the new report in the clinic’s command center, and it appears in the app at that moment, never before. The biological age is recalculated from the new results and five years of trends move with it. At lunch the patient asks the assistant what changed; it answers from their own record, in their own language, sends any question about treatment to the physician, and books the retest the physician asked for.

With the patient’s agreement, it listens to the consultation, in Greek, English or both at once, and drafts the note, the patient’s letter and any referral, every line linked to the moment in the conversation it came from. The clinician edits and signs; nothing is filed or sent until they do, and the audio is deleted as the clinic’s policy requires.

• Recorded only with the patient’s agreement, in one language or two at once
• A draft note, letter and referral, every line linked to its moment in the audio
• Nothing filed or sent until the clinician edits and signs
• No diagnosis, orders or treatment suggestions; the audio deleted on sign-off

On Tuesday at 10:40 a returning patient moves between Greek and English mid-sentence as she describes the last few months. When the tablet in the room asks whether the visit may be recorded for the note, she taps yes. When the visit ends, the physician’s screen already shows a draft: what the patient reported, what was examined, the plan the physician said aloud, and a letter to the patient in Greek. Clicking any line replays the moment it came from. The physician deletes a sentence that overstates something the patient said, corrects a date and signs. Only then does the note go into the clinic’s record and the letter reach the patient’s app, and the audio is deleted as the clinic’s policy requires. The physician walks into the next consultation with nothing left to write.

One coordination line, on WhatsApp, the phone and a secure portal in the traveller’s language, gathers their records before any quote and puts them in front of the treating clinician. It then plans the stay around the clinical plan and, after treatment, sends the home doctor a signed summary in their language through a link that expires; every clinical question goes to the treating team.

• Records gathered through a secure link before any quote, never through the chat
• The stay planned around the clinical plan: appointments, rest days, room and transfers
• Consent in the traveller’s language, and a signed summary for the home doctor
• Check-ins after the return, with every clinical question passed to the treating team

On Monday at 19:10 a woman in northern Europe writes to a clinic’s WhatsApp, in her own language, about a planned procedure, and starts sending photos of old reports. The coordination line answers in her language and asks her to upload them through a secure link instead, listing exactly what the clinic needs, and follows up the two items still missing. On Tuesday morning the treating clinician reviews the complete file on a video call with her and decides what can be offered. The stay is built around that plan: consultation day, procedure day, two rest days, a check the day before her flight, a room near the clinic and a pickup at the airport, with the consent pack in her language. After treatment the clinician signs a summary, a qualified reviewer checks the translation, and with her permission her home doctor receives a link that expires after thirty days. Check-ins reach her at home in her language, and any question about her recovery goes straight to the treating team.

From the patient’s own 3D scan, the practitioner shows a small set of previews, each held within the range they consider achievable, beside the untouched scan and rotatable in 3D. Every preview is marked as an illustration, and the one the patient chooses is saved with the consent record, so both sides can see later what was discussed.

• Previews from the patient’s own 3D scan, not from other people’s photographs
• Held within the range the practitioner sets; the system recommends nothing
• Every preview marked as an illustration, and never exported for marketing
• The chosen preview saved with the signed consent

On Thursday at 17:30 a patient arrives at an aesthetic clinic with three photos of other people’s faces to show what she wants. The practitioner captures her face on an iPhone Pro in under a minute and previews two options, a conservative one and a fuller one, each held to the range she thinks realistic for this face and shown beside the untouched scan. The patient turns the model to see her profile and says the fuller one does not look like her. The practitioner narrows the range, explains what she cannot promise, and saves the conservative preview, marked as an illustration, to the consent record. The patient books for the following week, and the preview sits in her file beside her signed consent.

It captures a limb or torso in 3D on an iPhone or iPad in minutes, at home and without a signal, and turns it into a measured model carrying the circumferences, lengths and volumes the fitter’s form asks for. The orthotist or fitter checks the model and sends it for fabrication, and the scan stays on file so the next fitting starts from a known shape.

• A limb or torso captured in 3D in minutes, offline
• Circumferences, lengths and volumes measured the way the fitter’s form asks
• The fitter checks, adjusts and sends it to the lab
• The scan kept on file, so the next order starts from a known shape

On Tuesday at 11:00, in the kitchen of a house on an island with no fitting service, a community nurse scans a patient’s lower leg with an iPhone in about a minute, with no signal. The measured model is ready on the device before she leaves. At 14:30 her phone finds a signal and the scan syncs to the fitter’s library on the mainland. That evening the fitter opens the model, moves one landmark, approves the measurements and sends them to the garment lab. Nine days later the made-to-measure garment arrives by post, and the fitter checks the fit on a video call. The scan stays on file for the next order.

One place where each patient sees every access to their record, who, when and for what stated purpose, and grants, time-limits or revokes access per clinic, clinician or document. The same ledger, which can only be added to, holds every procedure consent in the patient’s language: what was explained, the questions asked, each version, the signature and any withdrawal.

• Every access to the record shown to the patient: who, when and why
• Access granted, time-limited or revoked per clinic, clinician or document
• Consents in the patient’s language, versioned and signed
• Emergency access allowed, always logged and reviewed

On Friday at 22:05 a patient gets a WhatsApp notice that her record has just been opened by a clinic she visited once, two years ago. She opens the ledger in her app: the access came from a front-desk account, with the stated purpose “billing”. She taps “I don’t recognise this”. On Monday morning the clinic’s data-protection lead opens the query, follows the trail and finds a role that was set too wide after a staff change. She corrects it and replies to the patient explaining what happened. The patient then withdraws that clinic’s access and gives her new physician read access to her results for ninety days. Every step, the reply included, is on the ledger.

It reads a study’s criteria and then the clinic’s records, inside the clinic’s own systems, and produces a checklist for each candidate in which every tick links to the line behind it and every gap is marked unknown, never guessed. The coordinator and investigator decide, the patient’s own clinician makes first contact, and nothing about a patient leaves the clinic before they consent.

• Criteria read against the clinic’s records, inside its own systems
• Every tick linked to its evidence; every gap marked unknown, never guessed
• The coordinator and investigator decide who is eligible
• The patient’s own clinician makes first contact; nothing leaves before consent

On Monday at 08:30 a multi-specialty clinic that has agreed to host a new study with fourteen criteria finds a short list in the coordinator’s queue. Overnight the records of patients seen in the last two years were read against the criteria, inside the clinic’s own systems. Each candidate comes with a checklist, every tick linked to the sentence in the record behind it, and every missing fact marked unknown. The coordinator removes two candidates whose key result was unknown and sends four to the investigator, who confirms three. Over the next fortnight each patient’s own physician mentions the study at a routine visit. One patient wants to hear more and signs the consent with the study team; until that signature, nothing about her had left the clinic.