A Mesh Approach to Dispersed and Edge Infrastructure Cybersecurity Operations Resilmesh Technical

The security tools and architectures designed for centralised environments were not built for this. Connected and interoperable security operations are no longer an aspiration. They are a baseline requirement. Meeting that requirement demands an approach that sustains connectivity across dispersed infrastructure at the network level, preserves and buffers security data when links are disrupted, and maintains interoperability between heterogeneous security controls end to end — security capability that is composable and continuously connected through well-defined open interfaces, extensible across any infrastructure topology without proprietary lock-in. This webinar presents how that model is being realised through Resilmesh — an EU Horizon-funded initiative delivering a next-generation Security Operations and Analytics Platform Architecture purpose-built for distributed and edge environments. We focus on two capabilities at the heart of the Resilmesh Collaboration Mesh. X-MESH is an open standards-based orchestration layer — built on CACAO, OpenC2, and STIX/TAXII — that keeps intelligence flowing from detection through to enforcement across heterogeneous, dispersed deployments. CHAMELEON is a NATS-native resilient service mesh that eliminates single points of failure in inter-SOC and edge communications, maintaining continuous and secure messaging even under active attack or node failure. Together, X-MESH and CHAMELEON demonstrate what connected and interoperable cyber operations look like in practice — coordinated at the control level, resilient at the communications level, and coherent across the full extent of a distributed infrastructure. The webinar is aimed at managed security service providers, critical infrastructure operators, SOC architects, and security engineers working across distributed or multi-site deployments. No prior familiarity with Resilmesh is required.