UxS Adversary Threat Intelligence

DroneSec is the primary provider of open-source adversary UxS threat intelligence into the public sector. We provide rapid insights into cat-and-mouse C-UxS innovation, deep technical analysis of systems (firmware, protocols, frequencies) and advanced flight tactics that are analyzed to identify and exploit vulnerabilities. The system provides analysts, operators and leadership with cutting-edge information in order to inform offensive and defensive posture and technology acquisition. DroneSec Threat Intelligence provides a comprehensive threat picture into the emerging trends and adversaries utilising drones (i.e. UAS) for malicious purposes. Providing global coverage, DroneSec monitors new tactics, techniques and procedures (TTPs), evolving technologies and awareness of the threat environment relating to autonomous systems. Our system involves advanced technology to scrape, monitor and report artefacts with human UAS expert intelligence analysts who provide detailed technical component analysis, context enrichment and threat assessments. DroneSec collects information from thousands of sources, including underground forums, social media and primary sources to form an Open-Source Intelligence (OSINT) picture of adversary operations, procurement, targeting and doctrine for UxS. The DroneSec platform combines over 10 years of historical data with near-real-time alerting in a simple, web-based user interface (deployable and API-based systems are available). The system provides users with access to a single common operating picture, with supporting database access. Documents within the platform aid counter-UxS programs by combining checklists, playbooks, guidelines and white-papers with adversary captured files to support the mission. DroneSec's Threat Intelligence is highly-complementary to other counter-UxS technologies, such as detection and mitigation systems, providing powerful augmentation and extension of the capabilities and data provided by these solutions. Customers will see significant improvements in their UxS and counter-UxS capability. Requirements will be right-sized to the threat as a result of acquiring UxS lessons learned from conflict, monitoring technological developments and forecasting expected future threats through intelligence on adversaries UxS programs.