MEDICAL
DEFENCE
ENERGY
AEROSPACE
INDUSTRIAL
We work with teams developing complex electronic and IoT products, providing end-to-end design, engineering, and manufacturing support
VybPro
Enhancing Wearable Devices with Advanced Gesture Recognition
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CASE STUDY | WEARABLE TECHNOLOGY
Autonomous Robotics
Designing Autonomous Underwater Vehicle Solutions
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CASE STUDY | ROBOTICS
Aarhus University
Design and Manufacturing of Environmental Monitoring Technology
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CASE STUDY | SUBSEA
Mesh Global
End-to-End Subsea Hardware Solution: A Case Study with Mesh Global
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CASE STUDY | SUB SEA
Smartbox
Designing Assistive Technology: Empowering Smartbox Users Through Innovation
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CASE STUDY | HEALTH TECH
CageEye
Enhancing Fish Feeding Efficiency in Harsh Underwater Environments with CageEye
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CASE STUDY | SUB SEA
Our team combines expertise in product design, engineering, hardware design and software development.
Product Design
We design and manufacture connected products that benefit health, communities and the environment.
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Electronic Design
From high speed digital circuits and FPGAs to sensitive analog device design, we design electronics for the real world.
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Software Development
From desktop control software to cloud data dashboards we have the software expertise to build smart device systems.
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Research & development
Applied science, technology and engineering to turn ideas into proof of concept devices and technology demonstrators.
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Early stage technology
Advance your early stage technology to turn technology demonstrators and lab test bench devices into commercial products.
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Connected products
Product design and hardware focused on IoT and connected devices for health, fitness, safety, security, marine and monitoring.
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Discuss your project with us
Tell us about your project and get expert input on feasibility, architecture, certification, and manufacturing. We specialise in complex IoT and electronic systems for high-risk and regulated environments.
Trusted by teams delivering systems in regulated and high-risk environments
Read our insights on innovation
Why firmware update architecture is mission-critical for secure OTA defence systems
Insecure OTA defence systems are a critical and often overlooked vulnerability. Explore the firmware update architecture decisions that determine the security ceiling of any deployed defence IoT system.
EMI and EMC in defence electronics and ‘smart’ battlefield design
The importance of electromagnetic protection in military solutions Defence electronics cannot rely on commercial-grade devices and regulations, as they understandably have to pass highly rigorous military and aerospace standards to ensure durability in contested...
Tactical sensor power design for defence-grade reliability
Prioritising the power budget for military sensors Power is one of the most unforgiving constraints in tactical sensor design. A sensor that runs out of energy in the field is, from an operational standpoint, worse than no sensor at all, as it creates a gap in...
Choosing radios for defence deployments: A guide to defence RF communication systems
The importance of secure RF communication for military-grade deployments This post is our sixth in a series within a growing body of work we have produced for the UK defence sector, covering the electronics and firmware challenges specific to military-grade hardware....
Still have questions?
Book a call with one of our engineering team. We will send you a signed NDA and an invitation to book a free consultation.