CLARENDIS
CLARENDIS
Digitisation of the care pathway

Patient Portals & Telehealth

Patient portal and telehealth that carry care beyond the walls: admission prepared in advance, remote monitoring continued at home.

← Healthcare software Patient Portals & Telehealth
01 — STRATEGIC CONTEXT

Patient Portals & Telehealth

A patient who arrives on the day without having completed their pre-admission ties up secretarial time, leaves a theatre running behind schedule, and an anaesthetist discovering a contraindication at the last minute. Upon discharge, it’s worse: the discharge summary reaches the GP late, post-operative instructions are lost between prescriptions, and nobody knows whether the patient has genuinely understood their treatment.

Between the two, the clinical team juggles incoming calls: ’Do I need to fast?’, ’What time is my appointment?’: which overwhelm the switchboards. For chronic conditions or post-surgical follow-ups, there’s a complete void: between consultations, the patient is left to their own devices. Coordination teams spend their days chasing patients by telephone who don’t answer, whilst others deteriorate due to lack of appropriate follow-up.

And when a trust attempts to implement remote monitoring, it comes up against HDS requirements, GDPR consent, and patients who have several different applications which they never open.

This solution belongs to the Customer & User Portals family.

Hospital ward with a row of beds, privacy curtains and windows
02 — VALUE LEVERS

Challenges holding back your performance

The Transformation Opportunity:

Patient portals on the market are designed to tick regulatory boxes, not to be used.The result: adoption that never takes off, secretariats printing forms “just in case”, and patients lost from the first authentication. Remote monitoring tools operate in silos: one application for vital signs, another for questionnaires, a spreadsheet to consolidate alerts. Doctors don’t use them, so alerts go unread.Healthcare establishments cobbling together standard web forms find themselves non-compliant with HDS hosting or consent traceability requirements. As for solutions from major EPR vendors, they require lengthy integration and impose their logic instead of adapting to existing care pathways. The patient receives text messages from several different systems and ends up ignoring them all.

03 — THE APPROACH

Our Technical Approach

Our approach starts from the patient journey as it actually exists: not from a theoretical workflow. We map current friction points (avoidable calls, missing documents, information gaps) and build a portal that resolves these specific problems. Strong authentication adapts to the profile: FranceConnect for those who are comfortable with it, enhanced SMS for others, with a recovery process that doesn’t block everything.

Pre-admission forms are algorithmic: they adapt to the planned intervention, pre-populate what can be filled from the EPR, and provide advance alerts if critical information is missing. For remote monitoring, we connect the patient’s medical IoT devices (blood pressure monitor, oximeter, scales) to your dashboard which filters noise and only escalates genuine alerts according to pathology-defined thresholds.

The carers’ area allows authorised relatives to access information without bypassing the patient. Each notification is considered: discreet, useful, with a clear action. No spam, no mandatory application to download: the portal functions as responsive web.

Strong Authentication

Integration of FranceConnect and MFA to guarantee absolute medical confidentiality.

Algorithmic Forms

Conditional questionnaires generating alerts in the event of concerning scores.

Digital Pre-admission

Secure upload of health insurance cards, supplementary insurance and electronically signed consent forms.

Discreet Notifications

Sending of SMS/Email reminders that never expose health data within the message.

Carers’ Portal

Management of access delegations for dependents of vulnerable patients.

Medical IoT Connection

Integration with connected blood pressure monitors or pulse oximeters for automatic data transmission.

04 — ARCHITECTURE & TECH

Technical Architecture

Equipped operating theatre with an operating table, surgical lights and monitoring screens

Identify the user, let them act on their own, keep them informed: VIP Member Portal and Concierge Applications work the same way.

  • Strong AuthenticationIntegration of FranceConnect and MFA to guarantee absolute medical confidentiality.
  • Algorithmic FormsConditional questionnaires generating alerts in the event of concerning scores.
  • Digital Pre-admissionSecure upload of health insurance cards, supplementary insurance and electronically signed consent forms.
  • Discreet NotificationsSending of SMS/Email reminders that never expose health data within the message.
  • Carers’ PortalManagement of access delegations for dependents of vulnerable patients.
  • Medical IoT ConnectionIntegration with connected blood pressure monitors or pulse oximeters for automatic data transmission.
05 — DEPLOYMENT METHODOLOGY

Smooth and frictionless integration

The portal connects to the existing EPR (HospitalManager, Easily, Maincare, or other) via HL7/FHIR data flows already in place or through REST API. We do not replace the patient record, we extend it externally. HDS hosting is native, access traceability and consents integrate with existing quality processes. For multi-site establishments, each entity can configure its pathways whilst sharing the technical foundation.

Deployment via pilot service, progressive rollout.

01

Audit of pathways and pain points

Field observation across 2-3 pilot services: identifying avoidable calls, missing documents, and continuity of care gaps. Mapping of current workflows with the EPR.

02

Design of the portal and pathways

Mock-ups of priority pathways (pre-admission, day before admission, post-discharge remote monitoring) validated with nursing teams and secretarial staff. User testing with actual patients.

03

Development and integration EPR

Construction of the portal, connection to existing data flows, implementation of HDS hosting. Configuration of telehealth monitoring alerts with medical protocols.

04

Pilot and progressive deployment

Launch on one service, adjustments based upon actual usage, then extension to other services with teams trained internally.

Circular composition of masked healthcare workers seen from below
06 — KEY BENEFITS

Measurable results for your organisation

  • Pre-admission completed online rather than on paper on the day
  • Fewer incoming calls relating to logistics (schedules, documents, instructions)
  • Early detection of decompensations, through readings sent between consultations
  • Secretarial time given back on every complete admission
  • Patient adoption supported by a streamlined pathway, with no application to install
  • HDS and GDPR compliance documented for HAS certifications
07 — FREQUENTLY ASKED QUESTIONS

Clarifying your decision-making

Our patients are elderly — they will never use a digital portal.

Adoption of a patient portal rests on its simplicity, not on the age of its users. A portal designed for them — large buttons, a linear pathway, SMS as entry point, no application to install — is usable whatever the age of the patient. For the others, the carers’ space allows a relative to manage alongside them.

Our EPR is legacy and the vendor does not facilitate integrations — how do you connect?

Clarendis is accustomed to legacy electronic patient records and vendors that do not facilitate integration. Three routes exist: the vendor’s interfaces, even basic ones, scheduled HL7 exports, or an intermediate gateway that synchronises critical data. Changing the EPR is not a prerequisite.

Ready to deploy Patient Portals & Telehealth in your organisation?

Let's discuss your context and define your roadmap together.

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