“INST” Team Attends Blue Light Show 2025

The Dynamic Devices “INST” project team recently had the privilege of attending the Blue Light Show at Kensington Olympia, one of the UK’s premier exhibitions dedicated to the emergency services sector. This two-day event brings together professionals from police, fire, ambulance, and rescue services alongside suppliers and innovators working to support these vital public services.

Supporting Our INST Project Work

Our attendance at the Blue Light Show was driven by our commitment to understanding the real-world challenges faced by emergency services professionals. As part of the consortium developing the INST (Instantly Networked Smart Triage) project—an ESA-funded initiative detailed at business.esa.int/projects/inst—we recognise the critical importance of engaging directly with the emergency services community to ensure our technology solutions truly address their operational needs.

The INST project aims to revolutionise emergency response through innovative IoT devices that can be rapidly deployed on casualties during major incidents, providing real-time location and triage data to command centres via multi-bearer communications including satellite connectivity. This technology directly addresses challenges identified in major incident reviews, such as the Kerslake Report following the Manchester Arena bombing.

Learning from the Experts

Throughout the show, we felt extremely privileged to listen to those active in the emergency services world who are working tirelessly to make us all safer. The dedication, professionalism, and insight shared by these frontline heroes provided invaluable context for our development work.

We attended three particularly impressive presentations that directly informed our understanding of current challenges and future needs: 

Using JESIP to put patients at the centre of the response

Was presented by an expert panel including Pete Wakefield (Founder & Presenter of Fire Fighters Podcast), Christian Cooper (National Head of Operations, NHS Emergency Capabilities Unit), Matt England (National Delivery Manager, JESIP), and Dr. Philip Cowburn, MBE (Medical Director, NHS Emergency Capabilities Unit). This session provided crucial insights into how the Joint Emergency Services Interoperability Principles (JESIP) framework is being implemented to improve coordination between police, fire, and ambulance services during major incidents. The panel discussed best practices for multi-agency collaboration, lessons learned from real-world case studies, and strategies for effective decision-making under pressure. This session highlighted the ongoing need for better situational awareness and communication tools—precisely the gap our INST technology aims to fill.

Ten Second Triage Masterclass

Was delivered by Dr Philip Cowburn, MBE, Medical Director of the NHS Emergency Capabilities Unit (ECU), a leading figure in emergency medicine who was responsible for leading the NHSE Task & Finish subgroup that developed Ten-Second Triage (TST). Dr Cowburn’s presentation demonstrated the critical importance of rapid, accurate triage decisions in emergency situations, drawing on real-world scenarios including the Manchester Arena attack. He presented compelling evidence from field testing supported by NARU and UKHSA, showcasing TST’s advantages over legacy tools—from significantly faster decision-making to increased end-user satisfaction. The session reinforced our understanding of how every second counts in emergency response and how technology can support, rather than complicate, these life-saving decisions.

A Powerful Message on Counter-Terrorism Preparedness

We were particularly moved by the presentation on Martyn’s Law delivered by Figen Murray, OBE (Founder of Martyns Law) and Nick Aldworth (Author of Martyns Law Proposal). This session explored how this legislation—named after Figen’s son Martyn Hett, who was tragically killed in the Manchester Arena bombing—is now shaping the future of counter-terrorism strategies, policing practices, cross-service collaboration, and local authority emergency planning.

The personal testimony and professional expertise shared during this session was profoundly affecting. It reinforced our understanding of why the INST project matters so much—not just as a technical challenge, but as a contribution to protecting innocent lives and supporting the brave men and women who respond when disasters strike.

Figen Murray, OBE’s courage in channelling her grief into positive action to improve public safety, combined with Nick Aldworth’s deep expertise in counter-terrorism policing and his authorship of the Martyn’s Law proposal, provided a powerful reminder of the human cost of inadequate emergency preparedness and the vital importance of the work we’re undertaking.

Moving Forward

The insights gained from our time at the Blue Light Show have been invaluable. We’ve learnt a great deal that we will build into our ongoing work on the INST project. From understanding the practical challenges of implementing new technologies in high-pressure emergency situations to appreciating the crucial importance of interoperability between different emergency services, these learnings will directly influence our design decisions and development priorities.

The emergency services professionals we met at the show have reinforced our commitment to developing technology solutions that truly serve those who serve us all. Their feedback, challenges, and encouragement will continue to guide our work as we progress through the INST project development phases.

We return to our development work with renewed purpose, knowing that the solutions we’re creating could one day help save lives and support the heroic work of our emergency services.

Dynamic Devices provides embedded integration services, specialising in the development, testing, and deployment of software on embedded systems. We are experts in developing innovative IoT products and exploring space asset applications. For more information about our work on the INST project or our other services, please visit www.dynamicdevices.co.uk.

Bridging the Skills Gap: How T-Level Students Are Revolutionising Workshop Training with AR Technology

Just another Thursday at Dynamic Devices? Hardly. This week, we witnessed something truly special as our QuestWalk technology took centre stage at an exciting demonstration event hosted by The Studio School Liverpool in partnership with the Northern Automotive Alliance.

When Innovation Meets Education

The automotive industry is evolving at breakneck speed, and so too must the way we train the next generation of technicians and engineers. This week’s event perfectly demonstrated how cutting-edge Augmented Reality technology can transform traditional workshop training, making it more engaging, accessible, and effective than ever before.

At the heart of this demonstration were two exceptional T-Level students from The Studio School: Daisy Weild and Ned Weatherstone, who are currently on their summer work placement with Dynamic Devices. In just one week, these talented students have created a comprehensive workshop training course using our QuestWalk AR technology—a feat that left both educators and industry professionals thoroughly impressed.

What Are T-Levels?

For those unfamiliar with T-Levels, these are technical qualifications equivalent to three A-levels, designed to give students the skills that employers are looking for. Introduced as part of the government’s reforms to technical education, T-Levels combine classroom learning with substantial work placements, ensuring students gain both theoretical knowledge and practical experience.

The Studio School Liverpool and UTC Life Sciences have long been committed to providing students with relevant workplace skills that directly translate to career success. Their partnership with Dynamic Devices exemplifies this commitment, offering students hands-on experience with emerging technologies that are shaping the future of industry.

QuestWalk: AR Training Redefined

Our QuestWalk (also known as SafeAR) application represents the next evolution in training technology. Running on standalone Meta Quest 3 or Quest 3S VR headsets, it provides guided walk-throughs of indoor spaces using interactive text, pictures, and short videos—all completely offline.

Originally developed as part of the “5G Ecosystem – Proof of Concept call” between February and March 2025, QuestWalk was completed on time and under budget, with the full project now available on GitHub. What started as a proof of concept has quickly evolved into a powerful training tool with real-world applications.

A Week That Changed Everything

The transformation that Daisy and Ned achieved in just one week is nothing short of remarkable. They took our QuestWalk technology and adapted it specifically for workshop training, creating an immersive experience that guides students through complex equipment and procedures in the new automotive workshop at The Studio School.

The demonstration showcased how AR can bridge the gap between theoretical knowledge and practical application. Students can now explore workshop equipment virtually, learning about safety procedures, maintenance protocols, and operational techniques in a risk-free environment before handling actual machinery. The image above captures the moment perfectly—showing how naturally participants engaged with the AR interface whilst surrounded by real workshop equipment including advanced CNC machinery.

Industry Recognition and Future Potential

The response from attendees at the Northern Automotive Alliance was overwhelmingly positive. Industry professionals were not only engaged and impressed by the technology but actively enquiring about implementing QuestWalk in their own businesses. This level of interest validates what we’ve long believed: AR training isn’t just the future—it’s ready for deployment today.

The questions coming from automotive industry leaders centred around scalability, customisation, and return on investment. They recognised that QuestWalk could address several critical challenges:

• Standardised Training: Ensuring consistent training quality across multiple locations
• Safety: Reducing risk during initial training phases
• Cost Efficiency: Minimising equipment downtime and reducing the need for dedicated training spaces
• Accessibility: Making specialised training available to more students and workers
• Engagement: Using immersive technology to improve learning retention

Looking Forward

This successful demonstration represents more than just a showcase of technology—it’s a glimpse into the future of technical education and professional training. The enthusiasm shown by both students and industry professionals confirms that we’re on the right track in developing solutions that meet real-world needs.

Daisy and Ned’s outstanding work during their placement has not only demonstrated their own capabilities but also highlighted the potential for AR technology to transform how we approach skills development in technical industries. Their teacher, Dan Howard, and the entire team at The Studio School deserve recognition for fostering an environment where such innovation can flourish.

Getting Involved

If you’re interested in exploring how QuestWalk could benefit your organisation or educational institution, we’d love to hear from you. Whether you’re looking to enhance training programmes, improve safety procedures, or simply want to see this technology in action, get in touch with Dan Howard at D.Howard@lifesciencesutc.co.uk for further details.

The automotive industry is changing, and so is the way we prepare for it. With partnerships like this between Dynamic Devices, The Studio School, and the Northern Automotive Alliance, we’re not just keeping pace with change—we’re driving it forward.

Just another Thursday? Not quite. It was the day we saw the future of technical training come to life.

For more information about our QuestWalk technology and other innovative solutions, visit our project repository or contact us directly to arrange a demonstration.