Our expertise
Critical care is a highly connected data rich environment with many opportunities for “intelligent assist” systems incorporating digital technologies to augment the capabilities of healthcare professionals and support the care process.
We bring a deep understanding of all of the enabling technologies along the signal chain from sensing to security and can help solve complex, multidisciplinary problems.
We apply this in the context of system engineering, workflow, human centred design and patient-device interaction.
Innovation and insights
UK Government ventilator challenge
Creating Veloci-Vent, a sophisticated emergency ventilator, in six weeks
- Product realisation
The Saranas Early Bird Bleed Monitoring System
A world-first for endovascular bleed detection
- Digital health
- Human factors
- Industrial design
Announcing Verum: a platform to reshape healthcare delivery
Verum remotely monitors patients and provides AI-powered predictions around medical conditions. Verum can unlock efficiencies in clinical trials by eliminating the effect of stress.
- Connectivity & IoT
- Digital health
- Digital service innovation
- Human factors
- AI & Analytics
- Optics
- Sensing
- User Experience (UX)
Is your AI & data processing approach fit for purpose in a telehealth world?
With the increasing need for remote diagnosis and monitoring, telehealth solutions are on the rise. But how do you choose the correct data strategy to deal with the wealth of data – is there a trade off?
- Connectivity & IoT
- Digital health
- Human factors
- Industrial design
- User Experience (UX)
The opportunities for wireless in hospital healthcare
This whitepaper describes the benefits of introducing advanced wireless capabilities into surgical and critical care settings, the technical approaches to achieve this, and the challenges that can arise. It concludes with our vision for some exemplar use cases.
- AI & Analytics
- Digital health
- Digital service innovation
The 10 things every medtech developer needs to know about cybersecurity right now
CC's software and systems engineers top 10 things every medtech developer needs to know about cybersecurity...
- Digital health
- Digital security
Device for treating gait deficit caused by multiple sclerosis receives FDA marketing authorization
Helius Medical Technologies’ groundbreaking PoNS device for short-term treatment of gait deficit due to multiple sclerosis has received marketing authorization from the U.S. Food and Drug Administration (FDA).
- Digital health
- Electronics & ASICs
- Embedded software
- Human factors
- Mechanical engineering
- User Experience (UX)
Engineering the future of innovations in oncology
This paper highlights macro and micro factors affecting oncology and proposes a partnership-driven framework to catalyze innovation for oncology-focused biopharma – as well as the role that select high-impact technologies will have on the on the entire value-chain of cancer research and care delivery.
- AI & Analytics
- Bioinnovation
- Digital health
- Dispense
- Robotics
- Sensing
We can help you achieve the impossible
Facilities and tools
Digital operating room
Our Digital Operating Room is a unique innovation lab enabling clients and surgeons to collaborate with our R&D teams on transforming the future of surgery. This innovation space accelerates the development of digital surgery platforms, like next-generation surgical robots and visualization systems, as well as smart implants, and critical care systems. Clients use our Digital Operating Room for strategy and visioning workshops, human factors formative research, concept brainstorming, prototype development, and verification testing of complex digital surgery platforms.
Human factors lab
Our Human Factors Workshop is a hub for user-centered design. Our team can meet a variety of client and project needs in this highly adaptable space, such as creating a comfortable home environment for a patient, hosting large client teams for observation of a simulated surgery or discussing strategic product visions with a panel of stakeholders. With this in-house capability, we conduct user research and obtain product feedback quickly and effectively, keeping users at the forefront of design.
Optics labs
Our suite optics labs enable us to build complex and high-precision optical layouts, typically for testing prototype designs and novel techniques prior to deployment. Featuring six high-spec optical benches with configurable interlocked controlled areas for high-power (class 4) laser work and specialist facilities for interferometry, spectroscopy, low-noise fluorescence imaging and photon counting. This space can be split into separate laser-controlled areas, allowing multiple experiments to run simultaneously, giving our optical engineers the capability to develop creative solutions without instrumentation restrictions.