Beam Connectivity

Ready to tame cybersecurity chaos in connected motorbikes? Here’s how global standards can simplify your next launch.   When UK/EU regulations overlap—PSTI Act, GDPR, RED, Cyber Resilience Act, UNECE R155/156—manufacturers risk confusion and costly duplication. But adopting the right standards means you can prove compliance once, then reuse the evidence everywhere.   There are quite a few, and we've listed them out for you:  ISO/SAE 21434 & 24089 = alignment with UNECE R155/156  ETSI EN 303 645 & 18031 = secure IoT + radio equipment under RED  ISO 20078 = data-sharing compliance for the EU Data Act  ASPICE for Cybersecurity = robust project and supplier management  ISO/IEC 27001 & 27002 = rock-solid info security that meets GDPR   But don't worry! We are pre-integrating the technology you need to meet the standards into our connectivity solution    Curious how it works? Check out Part 2 of our series: "The Standards Helping You Build Compliant Connected Motorbikes." Drop a "STANDARDS" below and I’ll DM you the link, or find it in the comments.

📆 From August 2025, your connected motorbike might be illegal to sell in the EU.   New cybersecurity rules are arriving fast—and most manufacturers are still assuming they don’t apply to bikes. They do.   🛵 The UK PSTI Act, GDPR, EU RED Article 3, Cyber Resilience Act and UNECE R155/156 are all converging. And while timelines vary, one thing’s clear: If your bike connects to an app or cloud platform, you’re exposed—whether you’re an OEM or a Tier 1.   We’ve broken it down in a simple blog: ✅ What’s already in force ✅ What’s coming ✅ What you need to do now to stay compliant   🔗 Read Part 1: The New Cybersecurity Rules for Connected Motorbikes (link in comments) Or comment “CYBER” and we’ll send it straight to you.

2025, The wait is almost over! 🚀 Our team has been working tirelessly, and we’re excited to share that the CC01 connectivity controller will be available soon! 🎉 With expanded protocol support for a wider range of industrial use cases, along with increased storage, dual CAN interfaces, and an IP66-rated variant for durability, the CC01 is built to handle the demands of modern industrial applications. We’re in the final stages and can’t wait to share more. Stay tuned as we prepare for launch! #Connectivity #IndustrialConnectivity

I wanted to take a moment to recognise the incredible achievements of the women in our Beam Connectivity team and I hope you celebrated in style over the weekend! International Women’s Day is a time to honour the strength, dedication, and contributions of women everywhere—not just for one day, but every day. Let’s continue to support, uplift, and inspire one another in everything we do. Here’s to all the amazing women making a difference! 💪💫 #IWD2025 #InternationalWomensDay #BeamConnectivity #WomenInTech

Beam Connectivity is excited to collaborate with JLC Group to revolutionise aviation operations through our advanced connectivity platform. By integrating state-of-the-art connectivity into Ground Power Units, we’re improving real-time monitoring and minimising delays at airports across the UK.   This collaboration ensures: ✅ Proactive issue detection ✅ Real-time insights for improved efficiency ✅ A greener, quieter airport environment   We’re proud to be part of a solution that’s transforming ground operations. Read our latest customer success story to see how our technology is making an impact: 🔗https://lnkd.in/gWz5izsb   #Aviation #Innovation #GroundPower #Connectivity #Technology #BeamConnectivity #AirportOperations

Cyber attacks on connected vehicles are an increasing risk, and better cybersecurity is essential to keep our roads safe. At Beam Connectivity, we’ve taken the CHERI technology from concept to reality—demonstrating its impact on security through real-world automotive testing.   In the second of our posts on the AutoCHERI project, we share how CHERI performed in lab simulations, penetration testing, and full-scale track deployment, proving its potential to mitigate cyber risks in modern vehicles.   ➡️ Click to find out how we are transforming the cybersecurity of vehicle connectivity:  🔗 https://lnkd.in/eB7JzVP8   Applus+ IDIADA Swansea University University of Exeter Compound Semiconductor Applications (CSA) Catapult UTAC

We were delighted to be at the Digital Security by Design (DSbD) Showcase 2025 event yesterday, showing our #AutoCHERI cybersecurity demo. It was fantastic to hear Department for Science, Innovation and Technology reaffirm its support for the adoption of #CHERI. It’s also great to see Arm preparing for a CHERI-secured future. The ecosystem is thriving, with SCI Semiconductor, Codasip, CHERI Alliance, AESIN, and many other brilliant companies driving progress. A big thank you to UK Research and Innovation, Nuala Kilmartin, and Georgios Papadakis for such an insightful event. For more on the future of CHERI and digital security, check out our latest blog post: https://lnkd.in/eB7JzVP8 #DSbD

We were delighted to be at the Digital Security by Design (DSbD) Showcase 2025 event yesterday, showing our #AutoCHERI cybersecurity demo. It was fantastic to hear Department for Science, Innovation and Technology reaffirm its support for the adoption of #CHERI. It’s also great to see Arm preparing for a CHERI-secured future. The ecosystem is thriving, with SCI Semiconductor, Codasip, CHERI Alliance, AESIN, and many other brilliant companies driving progress. A big thank you to UK Research and Innovation, Nuala Kilmartin, and Georgios Papadakis for such an insightful event. For more on the future of CHERI and digital security, check out our latest blog post: https://lnkd.in/eB7JzVP8 #DSbD

Driving Cybersecurity Forward: How CHERI is Transforming Automotive Cyber Resilience Cybersecurity is a growing challenge in the automotive industry, and innovation is key to staying ahead. At Beam Connectivity, we’re excited to share how CHERI technology is shaping the future of cyber resilience in connected vehicles. With support from HORIBA MIRA, our latest article explores how this ground-breaking approach is redefining hardware security, protecting vehicles against evolving cyber threats. We’ll also be attending the UK’s Digital Security by Design (DSbD) Showcase 2025 – if you’d like to chat with us and learn more, come find us there! 📖 Find out how our R&D would make your vehicle more secure: 🔗https://lnkd.in/eB7JzVP8 #CyberSecurity #AutomotiveTech #ConnectedVehicles #Innovation #DSbD Swansea University, University of Exeter, Applus+ IDIADA, Compound Semiconductor Applications (CSA) Catapult

Driving Cybersecurity Forward: How CHERI is Transforming Automotive Cyber Resilience Cybersecurity is a growing challenge in the automotive industry, and innovation is key to staying ahead. At Beam Connectivity, we’re excited to share how CHERI technology is shaping the future of cyber resilience in connected vehicles. With support from HORIBA MIRA, our latest article explores how this ground-breaking approach is redefining hardware security, protecting vehicles against evolving cyber threats. We’ll also be attending the UK’s Digital Security by Design (DSbD) Showcase 2025 – if you’d like to chat with us and learn more, come find us there! 📖 Find out how our R&D would make your vehicle more secure: 🔗https://lnkd.in/eB7JzVP8 #CyberSecurity #AutomotiveTech #ConnectedVehicles #Innovation #DSbD Swansea University, University of Exeter, Applus+ IDIADA, Compound Semiconductor Applications (CSA) Catapult