We use cookies.

To make your experience the best it can be, we use cookies and similar technologies on our site. We need your permission to allow these technologies, which will maximise browsing experience. For more information on how we use cookies and how to change your cookie settings, please see our cookies and privacy policy.

X
CONTACT US

CONTACT US

Please complete this short form to get in touch with a member of our team and we will get back to you as soon as we can.

X
NEWSLETTER

NEWSLETTER

Sign up to our newsletter by completing the form below.

Header image for the current page The 5G connected ambulance – transforming urgent care and easing pressure on the system

The 5G connected ambulance – transforming urgent care and easing pressure on the system

Share this page

Arden & GEM and the Satellite Applications Catapult presented at the recent Unplanned Care Congress, organised by Convenzis, to share how 5G technology can be used to better connect patients and healthcare professionals.

The event, which took place in London on Wednesday 26 February, brought together more than 200 professionals to join the debate on how the NHS can reduce the rising statistics surrounding emergency and unplanned care, including the latest policy and care models being implemented across the UK.

Arden & GEM and the Satellite Application Catapult delivered a session focused on a project, funded by the Department for Digital, Culture, Media and Sport, which is exploring how 5G-enabled connectivity and communication can reduce unnecessary conveyance to hospital by using ‘connected ambulances’ to improve care, diagnosis and pathway decisions on scene.

Starting with four care pathways, we are creating a ‘Living Lab’ to explore triggers for reconfigured pathways using advanced technology. This fitted-out, connected ambulance provides a ‘live’ testing environment for a range of stakeholders to work together to stimulate, co-create and test new ideas and services, and see live demonstrations of the user-centred design approach to developing connected ambulances of the future.

Understanding current pathways, and drawing on the Living Lab testing environment, will enable us to reconfigure the existing approach to gain the full benefits from new technology, rather than simply replicating what happens now in a digital environment.