Innovation & Technology
Leveraging next-generation human detection technology in building management and healthcare settings
Quasar's current research centres around the emerging applications of next-generation low-power sensor technologies connected over IoT mesh networking to deep-learning driven human behaviour profiling systems.
This approach has many potential applications - for example in the optimization of the energy saving decisions made by a building management system, or human detection and activity monitoring for security and healthcare settings, although challenges exist, not least around the regulatory hurdles regarding security and privacy.
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Quasar-developed technologies leveraged for innovative clinical record management system
Head on over to immjsystems.com to see how the innovative approach pioneered by Quasar has been leveraged for the digitisation, storage and heuristics-driven indexing of clinical records. IMMJ are now experiencing rapid growth delivering their world-beating solution to some of the UK's largest NHS Trusts in partnership with some of the biggest players in UK Healthcare.
IEEE/UA P2933 Working Group
Jonathon is a member of the new IEEE Working group on clinical device interoperability: P2933 - Clinical IoT Data and Device Interoperability with TIPPSS
That's not just a mouthful and a half - this working group (which has already spawned around half a dozen subgroups) has the goal of bringing standardisation to the emerging field of clinical device interoperability when connected via current and emerging IoT protocols. Obviously, anti-tamper provisions are a key goal - if for no other reason than no-one wants a pacemaker to be controllable from a passing black hat's android device.
It's a large working group whose members herald from all around the planet; one of the biggest challenges is arranging mutually acceptable times for the teleconferences.