Defence electronics interface risk: The integration blind spot
Defence electronics interface risk often falls between, not within, disciplines. Discover the integration blind spots that most qualification processes miss.
Rugged defence electronics design: Key enclosure features and compliance standards
Rugged enclosures are the primary defence against system failures Behind every piece of defence electronics that survives a battlefield, a maritime deployment or an aircraft hold, there is an enclosure doing work that rarely gets much credit. Rugged defence...
Secure embedded firmware for defence systems: Military cybersecurity’s ultimate foundation
What is firmware security, and why is it crucial for defence equipment? Every piece of defence equipment, from a section radio to an uncrewed aerial vehicle, runs on software buried deep inside its hardware. This is firmware: the code that powers a device, tells it...
Why firmware update architecture is mission-critical for secure OTA defence systems
The Defence IoT problem often left undiscussed OTA stands for over-the-air: the method by which software or firmware on a connected device is updated remotely, without physical access to the hardware. In consumer technology, you see it every time your phone downloads...
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....
MAVLink integration in defence UAVs: Architecture, security and deployment considerations
What is MAVLink and why does it matter for defence UAV integration? UAVs (unmanned aerial vehicles, more commonly called drones) have moved from niche military tools to a central component of modern defence operations, used for reconnaissance, logistics, and...
Exploring LoRa defence communications for military-grade applications
Why LoRa Is Emerging as a Credible Protocol for Deployed UK Defence Sensor Systems The UK’s Defence Technology Framework and the broader Defence and Security Equipment International (DSEI) agenda have both placed persistent battlefield awareness at the centre of...
Building Compliant IEC 62304 Embedded Software for Medical Devices
Why IEC 62304 is the cornerstone of UK medical software compliance As we’ve seen across the board in this series centred on medical device compliance, integration and privacy, a persistent myth in product development is that software is somehow a secondary layer added...
Medical Device Cybersecurity Design: Principles, Standards, and Best Practices
Medical Device Cybersecurity Design: Principles, Standards, and Best Practices Designing secure embedded systems for medical devices There is a persistent assumption in connected medical device development: that medical device cybersecurity design and privacy are...
IEC 60601 Wireless Compliance Explained: EMC, Protocol Selection and Regulatory Pathways
The compliance trap: What engineers and product leaders need to know about IEC 60601 wireless compliance Wireless connectivity has become a near-universal expectation in medical device design. From remote patient monitoring, wireless firmware updates, and real-time...
Wireless Charging in Medical Wearables
Engineering wireless power transfer for clinical-grade wearable medical devices Battery charging is simultaneously one of the least glamorous and most consequential problems in medical wearable design. A device that requires the patient to locate a proprietary cable,...
BLE in Wearable Medical Devices
Engineering high-performance IoMT solutions for clinical viability Despite their potential, most wearable medical devices encounter challenges in clinical integration. The sensors exist, so it’s not because they can't sense the right signals. In most cases, it's the...
Condition Monitoring for Rotating Assets
Condition Monitoring for Rotating Assets: Beyond the Vibration Sensor Asset condition monitoring: Converting unplanned emergency repairs into proactive interventions In industrial environments, rotating assets (such as motors, pumps, compressors, or monitors that are...
NB-IoT vs LTE-M for utilities: Selecting the right connectivity architecture
Low-Power Wide-Area Network (LPWAN) technologies & energy digitalisation As the UK utilities sector continues to move towards a decentralised system focused on grid modernisation, digital tools and high-quality data are fundamental to designing a system capable of...
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