Security Events

The Environmental Intelligence Conference 2026 represents a cornerstone gathering for academics, data scientists, environmental practitioners, and policymakers dedicated to tackling pressing global environmental challenges. Hosted by the Centre for Environmental Intelligence at the University of Exeter, this multi-day scientific conference will take place from Monday, 7th September to Wednesday, 9th September 2026 at the flagship XFi Building located on Exeter's beautiful Streatham Campus. Building upon years of groundbreaking research, the 2026 gathering provides an interdisciplinary platform to demonstrate how artificial intelligence, data science, and advanced analytics can deliver actionable solutions for environmental stewardship. As environmental pressures intensify globally, the integration of computational modeling with ecological research has become essential. The conference brings together leading international minds to explore how ethical, responsible AI and big data methodologies can assist decision-makers in navigating climate resilience, biodiversity loss, carbon reduction, and natural resource management. Interdisciplinary Sessions and Research Showcases The three-day agenda is structured around solution-focused presentations, expert keynote lectures, and collaborative discussions. Key thematic tracks cover continuous satellite monitoring, predictive climate forecasting, ecological data modeling, marine ecosystem tracking, and urban environmental intelligence. Delegates will participate in thought-provoking sessions designed to translate high-level theoretical data models into real-world conservation policy and industrial applications. A central highlight of the event is the dedicated early-career research showcase. Postgraduate students and post-doctoral fellows will display scientific posters highlighting emerging research, receiving valuable feedback from established global authorities in data science and environmental engineering. Interactive workshops integrated into the schedule will focus on machine learning frameworks for climate action, open-source environmental databases, and interdisciplinary data visualization techniques. Networking, Industry Collaboration, and Partnership Hubs Beyond formal presentations, the Environmental Intelligence Conference 2026 places strong emphasis on building cross-sector partnerships. Dedicated networking breaks, catered lunches, and an evening social reception held within the XFi Building social lounge offer informal settings to connect with potential research collaborators, industry sponsors, and international partners. Representatives from government environmental agencies, non-governmental conservation organizations, tech sector innovators, and research institutes will come together to explore joint initiatives. By bringing together diverse sectors, the event serves as an incubator for future research projects and policy frameworks aimed at achieving net-zero goals and planetary restoration. Join Us in Exeter for EI2026 Situated within the picturesque Streatham Campus of the University of Exeter, the XFi Building provides state-of-the-art conference auditoriums, breakout spaces, and full digital connectivity for an optimal learning experience. Convenient transport links from central Exeter and Exeter St David's railway station make attending seamless for delegates arriving from across the UK and overseas. Don't miss the opportunity to contribute to one of the year’s most vital environmental data science gatherings. Secure your registration today and join us in Exeter on 7th–9th September 2026 to help shape data-driven solutions for a sustainable planet.

The SPLV'26 Summer School is a premier educational event organized by the Scottish Informatics and Computer Science Alliance (SICSA). Bringing together leading researchers, academics, software engineers, and postgraduate students, this five-day workshop offers an immersive learning experience focused on programming languages, software verification, formal methods, and dependable software engineering. The event aims to strengthen research collaboration while providing participants with practical knowledge that can be applied to modern software development challenges. Hosted at the University of St Andrews, the summer school combines expert-led lectures, practical workshops, collaborative discussions, and networking opportunities. Participants will gain insights into cutting-edge research while exploring how advanced programming techniques improve software quality, security, and reliability. Why Attend SPLV'26? SPLV'26 provides an exceptional opportunity for professionals and researchers to stay updated with the latest developments in programming language theory and software verification. As software systems become increasingly complex, ensuring correctness, security, and performance has never been more important. Attendees will learn from internationally respected researchers who have contributed significantly to compiler technology, static analysis, formal verification, automated reasoning, and software engineering. Every session is designed to bridge academic research with practical software development. The event also promotes collaboration between universities and industry, allowing participants to exchange ideas, discuss emerging technologies, and establish valuable professional connections. Explore Modern Programming Language Research Programming languages continue to evolve to meet the demands of cloud computing, artificial intelligence, cybersecurity, and distributed systems. SPLV'26 introduces attendees to the latest innovations in language design, compiler optimization, type systems, and language semantics. Participants will explore topics including: Programming language theory Functional programming Type systems Compiler design Language semantics Static program analysis Runtime optimization Domain-specific languages Experts will explain how these technologies improve software development while reducing programming errors and increasing maintainability. Learn Software Verification Techniques Software verification plays a critical role in developing reliable applications used in healthcare, finance, aerospace, transportation, telecommunications, and government systems. During the event, participants will discover how verification methods help identify software defects before deployment. Sessions cover various approaches that improve software correctness through mathematical reasoning and automated analysis. Topics include: Formal verification Model checking Theorem proving Symbolic execution Static verification Program correctness Safety-critical software Automated testing Hands-on demonstrations allow attendees to apply these techniques using modern verification tools and research software. Hands-on Workshops and Interactive Learning Unlike traditional conferences, SPLV'26 places strong emphasis on practical learning. Interactive workshops enable participants to experiment with verification tools, programming environments, and software analysis frameworks. During these sessions attendees can: Solve real-world software engineering challenges. Practice verification techniques. Build small research projects. Collaborate with experts. Receive individual guidance from instructors. This practical approach helps participants understand how theoretical concepts can be applied within professional software development environments. Expert Speakers and Academic Excellence SPLV'26 features presentations from internationally recognized researchers working in computer science and software engineering. The speaker lineup includes experts specializing in: Programming languages Formal methods Compiler construction Secure software development Distributed systems Artificial intelligence Automated reasoning Dependable computing Their presentations combine academic research with practical case studies, providing attendees with valuable insights into current research trends and future technological developments. Networking Opportunities Networking remains one of the strongest benefits of attending SPLV'26. Participants will have opportunities to connect with: University researchers Industry professionals PhD students Academic supervisors Software engineers Discussion sessions, coffee breaks, collaborative activities, and informal gatherings encourage participants to build long-term professional relationships that often lead to research collaborations, publications, internships, and career opportunities. Research Collaboration Across Scotland SICSA has established itself as a leading organization supporting computer science research throughout Scotland. SPLV'26 encourages collaboration between universities by creating an environment where researchers can: Share research findings. Develop joint projects. Exchange teaching practices. Build international partnerships. Discuss funding opportunities. These collaborations contribute significantly to strengthening Scotland's reputation as a global center for informatics research. Benefits for PhD Students Doctoral researchers gain tremendous value from attending SPLV'26. The summer school provides opportunities to: Present research ideas. Receive expert feedback. Improve technical knowledge. Expand professional networks. Learn modern research methodologies. Exposure to experienced researchers helps students refine their research direction while developing essential communication and collaboration skills. Industry Applications of Software Verification Software verification is no longer limited to academic research. Modern industries increasingly rely on formally verified software to improve reliability and security. Applications include: Banking systems Healthcare platforms Autonomous vehicles Aviation software Cybersecurity solutions Industrial automation Cloud computing Financial technology Professionals attending SPLV'26 will learn how verification techniques reduce software defects while supporting regulatory compliance and operational excellence. Emerging Topics Covered During the Event The event explores several emerging research areas shaping the future of computing science. These include: Artificial Intelligence verification Machine learning reliability Secure cloud computing Verified distributed systems Privacy-preserving computation Quantum programming languages Automated proof generation Secure software architectures Participants gain early exposure to technologies expected to influence future software engineering practices. Career Development Opportunities SPLV'26 supports career development for both academic researchers and software professionals. Participants strengthen skills in: Research communication Technical presentation Problem solving Scientific collaboration Software engineering Academic writing Leadership Critical thinking These competencies are highly valued by universities, research institutions, technology companies, and government organizations. Why SICSA Continues to Lead Computing Research The Scottish Informatics and Computer Science Alliance plays an essential role in advancing computing research across Scotland. Through conferences, workshops, seminars, doctoral training, and collaborative research initiatives, SICSA continues to support innovation in computer science while encouraging partnerships between academia and industry. Its educational events provide researchers with access to world-class expertise while strengthening Scotland's position as a leading destination for informatics research and technology innovation. Wrapping Up SPLV'26 Summer School offers an outstanding opportunity for researchers, software engineers, postgraduate students, and academics to deepen their knowledge of programming languages and software verification. Through expert presentations, practical workshops, collaborative discussions, and professional networking, participants gain valuable technical skills that can be applied across both research and industry. Whether your goal is to improve software quality, explore advanced programming language concepts, collaborate with international researchers, or build your academic career, SPLV'26 provides the ideal environment to learn, innovate, and connect with the global computing science community.

Naval Damage Control 2026 is the world's only dedicated conference focused exclusively on naval firefighting, damage control, ship survivability, and emergency response at sea. Taking place from 29 September to 1 October 2026 in Southampton, United Kingdom, this internationally recognised event brings together naval personnel, defence ministries, shipbuilders, emergency response specialists, researchers, and leading technology providers to exchange knowledge and strengthen maritime resilience. As naval operations become increasingly complex, the importance of protecting personnel, preserving mission capability, and ensuring vessel survivability has never been greater. Naval Damage Control 2026 provides an international platform where military leaders and industry experts collaborate to address emerging threats, operational challenges, and innovative solutions for protecting modern naval fleets. Over three intensive days, delegates will participate in keynote presentations, technical sessions, expert panel discussions, interactive workshops, technology demonstrations, and networking events designed to advance best practices across the global maritime defence community. Why Attend Naval Damage Control 2026? Modern naval operations demand rapid response capabilities during fires, flooding, explosions, structural failures, and combat-related damage. This conference focuses on real-world operational lessons and innovative technologies that improve readiness while enhancing the safety of naval personnel. Attendees will gain valuable knowledge from senior naval commanders, defence engineers, ship designers, emergency response specialists, and technology innovators who share practical experience from operational deployments and research programmes. Conference Topics The conference agenda covers a comprehensive range of critical topics, including: Naval firefighting strategies Ship survivability and resilience Damage assessment technologies Flooding detection and containment Emergency command and control Crew safety and evacuation planning Advanced fire suppression systems Autonomous monitoring technologies Artificial intelligence for emergency response Predictive maintenance Shipboard sensors and monitoring Maritime cybersecurity Operational readiness Training and simulation Lessons learned from recent naval operations Each session is designed to deliver practical insights that can be implemented across naval fleets worldwide. International Speakers Naval Damage Control 2026 welcomes distinguished speakers representing: International navies NATO partners Defence ministries Shipbuilding organisations Naval research institutions Defence technology companies Maritime engineering experts Fire safety specialists Their presentations provide delegates with current operational experiences, technological innovations, and future capability development strategies. Technology Exhibition The accompanying exhibition showcases the latest products and solutions supporting naval safety and survivability. Visitors will explore innovations including: Fire detection systems Shipboard firefighting equipment Damage monitoring sensors Emergency communication platforms Autonomous inspection drones AI-powered decision support software Protective equipment Ship survivability technologies Simulation and training systems Emergency response vehicles The exhibition creates opportunities for defence organisations to discover new technologies while engaging directly with solution providers. Networking Opportunities Networking remains one of the conference's strongest features. Delegates will have opportunities to meet: Naval commanders Defence procurement officials Military engineers Shipbuilders Technology providers Emergency response specialists Academic researchers Government representatives International defence organisations Structured networking sessions encourage collaboration, knowledge exchange, and future partnerships across the defence industry. Professional Development The conference supports continuous professional development by helping attendees: Understand emerging maritime threats Improve emergency preparedness Discover innovative technologies Learn operational best practices Build international defence relationships Strengthen procurement knowledge Explore future capability development Professionals return to their organisations with practical solutions that improve operational effectiveness and fleet resilience. Business Opportunities For exhibitors and sponsors, Naval Damage Control 2026 provides direct access to senior decision-makers responsible for naval capability development and procurement. Participating organisations benefit from: Brand visibility Product demonstrations Business networking Lead generation Partnership development Market intelligence Customer engagement International exposure The conference attracts delegates from dozens of nations, making it one of the most influential specialist events in the maritime defence sector. Why Southampton? Southampton has a long-standing maritime heritage and is one of the United Kingdom's leading ports. Its world-class conference facilities and excellent transport links make it an ideal location for an international naval conference. The city provides easy access for delegates travelling from across Europe and beyond while offering an ideal environment for defence professionals to collaborate and exchange expertise. Event Benefits Attendees can expect to: Learn from internationally recognised naval experts Explore cutting-edge firefighting technologies Improve ship survivability strategies Build valuable industry relationships Discover innovative maritime safety solutions Participate in technical discussions Connect with defence procurement leaders Gain insights into future naval capability development Naval Damage Control 2026 continues to be the premier international conference dedicated exclusively to naval firefighting, ship survivability, and damage control. With its combination of expert speakers, technical presentations, technology exhibitions, and international networking, the event delivers exceptional value for military organisations, defence companies, researchers, and maritime professionals. Whether your organisation focuses on naval engineering, emergency response, shipbuilding, maritime safety, or defence technology, this conference offers unmatched opportunities to learn, collaborate, and contribute to the future of naval resilience and operational readiness.

The Advanced Cryptography Symposium 2026 serves as a premier gathering for researchers, developers, and academic professionals dedicated to the advancement of cryptologic science. Hosted in the historic academic hub of Cambridge, this event aims to bridge the gap between theoretical breakthroughs and practical implementation in an increasingly digitized world. Theoretical Foundations The symposium will feature deep-dive sessions into post-quantum cryptography, lattice-based encryption, and the latest developments in zero-knowledge proofs. As quantum computing continues to evolve, the necessity for robust cryptographic primitives that can withstand future computational threats becomes paramount. Attendees will have the opportunity to engage with leading experts regarding the long-term viability of current encryption standards and the transition to quantum-resistant algorithms. Industry Applications Beyond theory, the event places a heavy emphasis on real-world utility. Specialized tracks will cover secure multi-party computation, privacy-preserving machine learning, and the integration of cryptographic protocols within decentralized financial systems. These sessions are designed to equip industry professionals with the tools to implement high-level security frameworks without compromising on operational efficiency. Networking and Collaborative Research The symposium is structured to foster collaboration. Through dedicated poster sessions, panel discussions, and open-floor networking hours, researchers are encouraged to share ongoing projects and identify potential partners for future academic ventures. The unique venue in Cambridge provides an inspiring backdrop for these exchanges, encouraging a multidisciplinary approach to solving complex security challenges. Commitment to Excellence Organized under the guiding principles of rigorous peer review and academic integrity, this symposium adheres to the highest standards of the cryptographic community. Participants will leave with a comprehensive understanding of the current threat landscape, emerging defense mechanisms, and the strategic foresight required to navigate the future of digital security. Whether you are an early-career researcher or a seasoned industry veteran, this event provides the definitive platform for intellectual growth and professional advancement.

The modern operational landscape faces an unprecedented combination of geopolitical tensions, complex physical hazards, and highly sophisticated digital threats. As technologies evolve, the infrastructure that underpins public services, industrial power grids, communications networks, and civil defense frameworks becomes a prime target for disruption. The UK Critical Infrastructure Security Summit 2026 serves as a definitive forum designed to analyze these emerging challenges and build highly resilient frameworks. Organised by Intelligence Sec Limited, this comprehensive event brings together leading national and international experts to bridge the gap between military resilience, civil defense protocols, and technological innovations. Attendees will engage in deep-dive strategic evaluations aimed at safeguarding vital systems against both physical infiltration and systemic disruption. Collaborative Approaches to Threat Intelligence and Defense True national and industrial security cannot be achieved in isolation. It demands active information-sharing networks and seamless coordination between government intelligence agencies, private enterprise operators, and innovative solutions providers. This conference prioritizes active collaboration by reviewing real-world case studies and breaking down actionable security blueprints. Dedicated panel presentations will focus on early detection metrics, immediate response capabilities, and modernizing emergency command frameworks to handle multi-vector attacks. Participants will explore practical, proven methods to harden critical facilities while ensuring that communications lines remain completely secure during sudden, high-stress security incidents. Through structured dialogue, the assembly will dissect the mechanics of modern asset protection and set new benchmarks for cross-agency preparedness. Integration of Next-Generation Surveillance and AI Security As operations grow increasingly digital, the deployment of next-generation technologies becomes essential to stay ahead of hostile actors. A core focus of the summit will be the strategic integration of artificial intelligence within predictive surveillance, biometric access control, and real-time situational tracking. Presenters will showcase how modern security management platforms process vast quantities of environmental and telemetry data to neutralize threats before they escalate into serious crises. From securing sprawling industrial estates to deploying automated threat detection along national borders, the exhibition and keynotes will explore practical avenues for scalable technology adoption. Attendees will walk away with an updated understanding of how to implement resilient, future-proof systems capable of defending complex physical and digital architectures.

Avian management remains one of the most complex yet lucrative sectors of the modern pest control industry. The British Pest Control Association (BPCA) Certificate in Bird Management is an intensive, industry-accredited program designed specifically to address the evolving ecological, ethical, and legal challenges faced by professional pest controllers. Taking place at the BPCA head office in Derby, UK, this comprehensive event provides an elite learning environment that bridges the gap between biological theory and hands-on site management. Attendees will dive deep into the specific behavior of urban pest birds, structural vulnerabilities, and the legal constraints that direct all avian proofing measures within the United Kingdom. Advanced Proofing Techniques and Modern Technologies Managing urban bird populations requires far more than basic deterrence; it requires a deep, technical understanding of structural engineering, architectural styles, and materials. Over the duration of this specialized training event, participants will explore an array of modern bird-proofing hardware, ranging from heavy-duty netting systems and wire arrays to tensioned tracks and optical gel deterrents. Expert instructors will guide delegates through practical, real-world installation scenarios, emphasizing correct tensioning, structural anchoring, and substrate compatibility. By learning how to evaluate buildings for specific nesting, roosting, and loafing pressures, attendees will develop the tactical skills required to design long-lasting, heavy-duty exclusions that successfully protect valuable commercial assets from severe defacement and biohazardous contamination. Navigating the Legal Landscape and Wildlife Legislation In the United Kingdom, all wild birds are protected under strict environmental laws, making statutory compliance a paramount concern for active pest management firms. This BPCA course places a strong educational focus on the Wildlife and Countryside Act, detailing exactly how general licenses operate and when specific, individual licenses must be sought from government bodies. Instructors will walk attendees through the exact legal requirements governing lethal control, egg removal, and nest disruption, ensuring all participants understand how to operate safely without risking severe judicial penalties or public relations backlash. Additionally, the training emphasizes rigorous risk assessments and safe working practices at height, equipping teams to handle complex urban avian projects legally, ethically, and securely. Enhancing Business Growth and Commercial Credibility Earning the BPCA Certificate in Bird Management does more than validate a technician's field skills—it acts as a powerful asset for corporate business development. As corporate clients, local authorities, and facilities managers become increasingly risk-averse, they prioritize contractors who possess formal, verified credentials from recognized trade associations. Completing this accredited course equips pest management businesses to bid confidently on large-scale commercial contracts, including food manufacturing plants, historical landmarks, transport hubs, and high-rise real estate developments. By proving compliance with strict British and European standards, certified professionals can elevate their service offerings, justify premium pricing structures, and confidently step ahead of competitors operating without formal industry credentials.

The Security First Conference 2026 arrives at a pivotal moment in the evolution of digital safety. As organizations worldwide grapple with the rapid integration of artificial intelligence, the theme for this year, "Resilience Redefined: Securing the Human-AI Era," takes center stage. This full-day conference is meticulously designed to bridge the gap between technical cybersecurity measures and the human elements of risk management. Attendees will immerse themselves in a series of high-impact keynote sessions delivered by global experts in threat intelligence and ethical AI. The program explores how machine learning is being weaponized by adversaries and, conversely, how it can be harnessed to create self-healing security infrastructures. Beyond the stage, the event features a dedicated "Innovation Zone" where the UK's leading security startups showcase real-time defense tools. Networking is a core component of Security First. With structured breakout sessions, delegates can engage in "Chatham House Rule" discussions regarding recent data breaches and recovery strategies. The afternoon workshops provide a deep dive into regulatory compliance, focusing on the latest UK and EU cybersecurity frameworks. By attending, professionals will not only gain a theoretical understanding of the current landscape but will leave with a practical roadmap for securing their organization's future. This is the definitive gathering for those responsible for protecting the digital integrity of the Northern Irish and global economy.

The South Wales Police Community Safety Forum is a premier interactive seminar designed to bridge the gap between law enforcement and the residents of Cardiff. In an era where community-led policing is paramount, this event serves as a critical platform for transparency, education, and collaborative problem-solving. Hosted at the Whitchurch Hub, the forum brings together senior officers, Neighbourhood Policing Teams (NPT), and local stakeholders to discuss the evolving landscape of regional security and public safety. The session will delve deep into current crime trends affecting the Cardiff North area, with a specific focus on the rise of digital fraud and local anti-social behaviour. Attendees will receive first-hand briefings on "Operation Salvage," an ongoing initiative aimed at reducing autocrime through sustained overnight patrols and targeted surveillance. This is not just a presentation; it is an active dialogue where residents are encouraged to voice their concerns directly to the officers patrolling their streets. Furthermore, the event will provide comprehensive crime prevention workshops. Expert officers will demonstrate the latest in home security technology and provide practical advice on protecting personal property. By attending, residents gain a clearer understanding of how South Wales Police allocates resources and how public intelligence plays a vital role in successful prosecutions. The goal is to empower every citizen with the knowledge and confidence to contribute to a safer Cardiff, ensuring that the partnership between the police and the public remains robust and effective.

The Wales Cyber Security & Data Privacy Summit is a high-impact event focused on the regional and global challenges of protecting sensitive information in the age of advanced cyber threats. Cardiff, being a central hub for the UK's cyber security landscape, provides the perfect backdrop for this gathering of industry leaders, tech innovators, and security specialists. The 2026 summit focuses specifically on the theme of "Resilient Infrastructure," looking at how organizations can safeguard data against the backdrop of quantum computing advancements and sophisticated AI-driven phishing attacks. The event features a comprehensive agenda that bridges the gap between technical defense and legal compliance. Throughout the day, attendees will move between technical deep-dives and strategic keynote sessions. A major focus for this year is the "Human-Centric Security" track, which explores the psychological aspects of data protection and how to build a culture of privacy within large organizations. This is complemented by an exhibition floor showcasing the latest in encryption technology, secure cloud storage solutions, and automated compliance tools tailored for the GDPR 2026 standards. Networking is a core component of the summit. With the Cardiff Capital Region being home to major players like Airbus and Thales, the event offers unparalleled opportunities for B2B collaboration. Breakout sessions will allow for smaller, focused discussions on niche topics such as supply chain security and the role of Trusted Hardware in data privacy. By the end of the summit, delegates will have a clear roadmap for updating their organizational security posture, ensuring that they are not only compliant with current laws but also prepared for the future of digital warfare and data theft.

As the world becomes increasingly digitized, the threat to our critical national infrastructure (CNI) has never been higher. The IET Cardiff chapter is organizing this high-level conference to address the vulnerabilities in our water, transport, and communication systems. This event brings together cybersecurity professionals, government officials, and engineering leads to discuss the evolving threat landscape, from state-sponsored actors to ransomware syndicates. The keynote speech will focus on the convergence of Operational Technology (OT) and Information Technology (IT). Historically, these systems were siloed, but the rise of the Industrial Internet of Things (IIoT) has created new entry points for attackers. We will examine the latest defense-in-depth strategies, including zero-trust architecture and network segmentation specifically tailored for industrial environments. During the mid-day session, we will hold a simulated "war game" exercise. Participants will be divided into "Red" and "Blue" teams to respond to a simulated cyber-attack on a regional water treatment facility. This hands-on approach allows attendees to understand the pressure of incident response and the importance of clear communication protocols between engineering and IT teams. We will also discuss the legal ramifications of data breaches and the role of the UK’s National Cyber Security Centre (NCSC) in supporting private sector firms. The day will wrap up with a networking drinks reception, providing a secure environment to share experiences and best practices with peers who face similar challenges in protecting the nation's most vital services.

Security and situational awareness rely heavily on the precision and availability of spatial data. The OGC Defence and Security Spatial Data Forum, taking place in Nottingham, is a high-level briefing and networking event designed for professionals working at the intersection of national security and geospatial intelligence. This forum addresses the critical need for "Interoperability under Pressure," examining how OGC standards can be utilized in mission-critical environments where data must be shared across different jurisdictions and platforms instantly. The forum will cover the latest advancements in the OGC GeoPackage standard, which has become a cornerstone for disconnected operations in the field. Experts will discuss how to maintain data integrity when operating in low-bandwidth environments and how standardized metadata allows for rapid intelligence synthesis from multiple sources, including satellite imagery, drone feeds, and ground sensors. This is a unique opportunity to hear from defence contractors and military advisors about the real-world requirements of the modern tactical edge. In addition to hardware and software discussions, the forum will host a series of "Closed Door" style briefings on cyber-spatial security. As geospatial data becomes more central to national infrastructure, protecting these data pipelines from manipulation and spoofing is a top priority. We will explore how OGC is working with security agencies to bake-in encryption and authentication at the standards level. The afternoon will feature a "Technology Horizon" panel, looking at the role of augmented reality (AR) in field operations. By using standardized 3D data, field units can overlay critical information onto their physical surroundings with high precision. This event is essential for anyone involved in the procurement, development, or analysis of spatial data for the defence, emergency services, or private security sectors.

In the modern theater of operations, electronic systems must withstand extreme shocks, from off-road vehicle impacts to near-miss blasts. This seminar, hosted by Hutchinson Stop-Choc in Slough, addresses the critical need for ruggedized racking and display systems for naval and land defense applications. The event brings together defense contractors and MOD procurement specialists to discuss the stringent requirements of MIL-STD-810 and equivalent international standards. Stop-Choc’s heritage in the defense sector is unparalleled, and this session provides a deep dive into the engineering behind their specialized avionics and naval racking systems. We will explore how "One Hutchinson" dynamics allow for integrated solutions that combine sealing, damping, and electromagnetic shielding into a single package. Guest speakers from the defense technology sector will present on the future of mobile command centers and the vibration challenges posed by new hybrid-electric military vehicles. This is a secure event, requiring pre-registration and identification, ensuring a focused environment for high-level technical discourse. Afternoon breakout sessions will allow participants to examine physical prototypes of racking systems currently deployed in global defense programs. The day concludes with a look at sustainable manufacturing in the defense supply chain, showcasing how Hutchinson is reducing its carbon footprint without compromising the life-saving reliability of its equipment.