The showcase facility is at CPI’s Coxon Building within the North East Technology Park (NETPark), County Durham and will host organisations as they design, develop, test and upscale digital and IoT solutions for the healthcare sector.
The testbed will showcase how 5G networks enhance data security, boost communications to drive efficiencies and improve patient wellbeing in healthcare. It will demonstrate the use of 5G and IoT-enabled technologies in a healthcare setting. Those could range from real-time asset management of equipment and medical supplies to VR headsets for surgery.
Steven Bagshaw, head of business strategy for HealthTech at CPI, said, “The collaboration between Cellnex UK and CPI provides an incredible opportunity to accelerate the commercialisation of next-generation connected healthcare devices and solutions into the healthcare sector.
“Underpinned by digital innovation and multi-partner development programmes, our role is to bring together the HealthTech ecosystem to unlock existing pain points, whilst creating a reduced risk environment for partners to explore novel digital innovations which ultimately help improve the patient experience of the future.”
David Crawford, managing director, Cellnex UK, added, “Supporting digital innovation up and down the country is key to Cellnex UK, and this partnership with CPI is an exciting prospect for the healthcare sector.
“Wireless connectivity is a critical foundation for success, and this private 5G testbed will enable the advancement of digital transformation in society, with the potential to revolutionise the way we care for people.
“For example, we are testing remote refrigeration monitoring, which will reduce waste from medical supplies including highly-perishable vaccines. This will reduce healthcare providers’ costs and – most importantly – mean that we can deliver more life-saving vaccinations to people who need them in a shorter period of time.”
The project aims to have at least one innovation commercially adopted by the healthcare sector within 12 months.