VIRTUAL CLINIC DIRECT - (VCD) - A new paradigm in remote rehabilitation - Virtual Clinic Direct Fracture Management

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The Virtual Clinic Direct service aims to reduce the period of rehabilitation for the patient, minimise the cost of care for the hospital/insurer and reduce levels of complication and readmission. 

The core objective of the service is to enhance the level of care that can be provided to patients by clinicians, community and support resources, by enabling better informed decisions to be made. 

A secondary objective is for the average level of patient self-care to increase significantly due to the VCD service. 

Broader objectives are for new streams of research into fracture management to be developed and for an outcome orientated approach to treatment to be established in Orthopaedic Trauma.

Users and their needs

Users and their needs targeted by Virtual Clinic Direct can be grouped into four macro areas:

  • Patient (who has been unfortunate enough to suffer a fracture)
    • Getting updates on what they can do to optimise the self-care aspect of their rehabilitation.
    • Having access to a platform to communicate with their support network, buddies and clinical teams
    • Avoid unnecessary outpatient appointments and hospital stays
    • Enjoy a service availability irrespective of location
  • Clinicians
    • Have the ability to perform remote measurement of key fracture management variables such as stiffness, from a high integrity medical device
    • Perform data manipulation and visualisation in a secure environment
    • Ability to measure patient behavioral compliance with prescribed treatment
    • Have access to low integrity data and better integration of community resources
  • Hospital
    • Improve outcomes and experiences for patients
    • Reduce demand for resources including beds, x-rays and clinician time
    • Improve risk management from earlier identification of complications, reduced level of complaints and better evidence of the level of care provided.  
  • Insurance companies and Health Commissioners
    • Get evidence of outcome-oriented initiatives that offer a shared risk/shared reward mechanism to reduce overall costs and improve service. 

Service/ system concept

The service concept is that rehabilitation can be transformed by furnishing both clinicians and patients with a depth of information about the rate of healing, efficacy of treatment and level of patient self-care that has been previously unavailable. This depth of high integrity data can be used to make better informed decisions and avoid significant costs. Moreover, the service can be extended to harness the community resources and patient support networks to create the most effective circle of care available. 

The system comprises an intelligent external fixator with pins that are inserted through the patient’s tissue and bone, which collects a variety of high integrity data sets including fracture stiffness, temperature orientation and movement. 

Automatic remote measurement is enabled though a ubiquitous coms architecture that securely transfers data to the virtual clinic user environment which then uses specific interfaces and tools for data manipulation, communication and low integrity data acquisition.

Fig:1 Virtual Clinic Service Architecture

Fig 2: Transformation of the medical devices supply chain

Space Added Value

SatCom Data is a critical part of the Multi-Coms link that is required for the delivery of the virtual clinic service. Uninterruptible communication and 100% coverage (extending beyond the reach of the mobile communications networks) is essential for continuity of the patient experience, and even critical to the delivery of care. 

As an example, between 10%-18% of users in the UK are estimated to require a SatCom connection to support remote measurement of this type.  SatCom ensures that 3-4 million UK citizens can access ongoing remote medical monitoring through Virtual Clinic Direct, therefore space systems are central to the success of our mission. It would be simply unacceptable to allow only those fortunate enough to live in areas with suitable terrestrial communications infrastructure to access advanced fracture care. 

A fully-integrated and available communications will therefore not attract the negative press associated with postcode lottery service, moreover it will enable countries where remote healthcare is both essential and urgently required, to benefit. 

GNSS will be used to facilitate the measurement of patient behavioural compliance with prescribed activity levels.  Moreover, geo-spatial data will enable the service to dynamically inform stakeholders if appointments are likely to be missed and potential alternatives.  GNSS is also expected to play a critical role in future markets where remote or nomadic patient lifestyles are prevalent.  

Current Status

After kicking off the project in June 2017, Virtual Clinic Direct has completed both the Baseline Definition Requirements Milestone (December 2017) and the CDR Milestone (March 2018).  

The pull from the market continues to gain significant interest and partnership opportunities are being explored within the UK, USA, Europe and Asia. The Company has further developed its online media presence, is undergoing a website re-design and has been looking at wider marketing material. 

In June 2018 Virtual Clinic Direct passed the Factory Acceptance Testing (FAT) Milestone. A number of tests were conducted on areas such as the clinician’s interface, the patient’s portal, audit logging, security and data communications. 

The work has now started to prepare for the Site Acceptance Testing (SAT).  Virtual Clinic Direct are on track to test plans, specifications and data and show that the product can be installed within a working environment. VCD will launch the pilot service in two UK and two German hospitals by the end of 2018. 

The regulatory and compliance process continues and VCD have obtained all certification necessary to proceed with the SAT.

Project Managers

Contractor Project Manager

James Stevenson
A.T.Kearney, Lansdowne House, Berkeley Square
United Kingdom

ESA Project Manager

Arnaud Runge
ESA/ESTEC, Keplerlaan 1, PO Box 299
2200 AG Noordwijk ZH

Status Date

Updated: 04 September 2018 - Created: 19 December 2017