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Choosing radios for defence deployments: A guide to defence RF communication systems

Choosing radios for defence deployments: A guide to defence RF communication systems

by Craig Surgey | Last updated Aug 5, 2026 | CASE STUDIES, Defence

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

MAVLink integration in defence UAVs: Architecture, security and deployment considerations

by Craig Surgey | Aug 3, 2026 | CASE STUDIES, Defence

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

Exploring LoRa defence communications for military-grade applications

by Craig Surgey | Last updated Aug 3, 2026 | CASE STUDIES, Defence

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

Building Compliant IEC 62304 Embedded Software for Medical Devices

by Craig Surgey | Last updated Jul 6, 2026 | CASE STUDIES, Medical

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

by Craig Surgey | Jun 12, 2026 | CASE STUDIES, Medical

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...
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Recent Posts

  • Why firmware update architecture is mission-critical for secure OTA defence systems Jun 12, 2026
  • EMI and EMC in defence electronics and ‘smart’ battlefield design Jun 12, 2026
  • Tactical sensor power design for defence-grade reliability Jun 12, 2026
  • Choosing radios for defence deployments: A guide to defence RF communication systems Jun 12, 2026
  • MAVLink integration in defence UAVs: Architecture, security and deployment considerations Jun 12, 2026
  • Exploring LoRa defence communications for military-grade applications Jun 12, 2026
  • Building Compliant IEC 62304 Embedded Software for Medical Devices Jun 12, 2026
  • Medical Device Cybersecurity Design: Principles, Standards, and Best Practices Jun 12, 2026
  • IEC 60601 Wireless Compliance Explained: EMC, Protocol Selection and Regulatory Pathways Jun 12, 2026
  • Wireless Charging in Medical Wearables Jun 12, 2026
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At Ignitec®, we transform groundbreaking ideas into impactful, market-ready products. Our innovations are shaping a healthier, safer, and more sustainable world. We’re ready to show you how.
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ABOUT
About
Careers
Quality management
Reviews
FAQ

VERTICALS
IoT
Wearable technology
Health tech
Environmental monitoring

SOLUTIONS
Innovation on Autopilot®
Innovation on Demand®

SERVICES
Product design consultancy
Wearable technology
IoT design services
Electronic design service
Electronic prototype design
Software development service
Rapid prototyping
Mechanical engineering service
PCB design service
Product manufacturing services
Early stage technology
Research & development
Test rig design services
CAD design service
Custom enclosure design
Prototyping lab
Custom hardware
Minimum viable product
Machinery design
Rapid technology integration service
Technology demonstrator service
Product design Bristol
Low volume manufacture
Kickstarter prototype
Industrial design

CASE STUDIES
Case studies

CLIENTS
Inventors
Universities
Start-up
Scale-up
SME's
Corporates

INSIGHTS
Insights

POLICY
Cookie policy

Privacy policy
Terms of use
Sustainability policy
Equal opportunities policy
Community impact policy
Anti-bribery and corruption policy
Modern slavery policy
Quality policy
Disclaimer
Confidentiality statement
Shipping policy

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Ignitec ltd is registered in England and Wales, company number 8476686. Registered office: 1 The Powerhouse, Great Park Road, Bradley Stoke, Bristol, BS32 4RU, United Kingdom. Copyright © 2013-2024 Ignitec ltd. Ignitec® and the Ignitec Hare are registered trademarks of Ignitec ltd.

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