Italian cybersecurity SME building digital forensics platforms and blockchain-backed evidence management tools for law enforcement applications.
STAG SRL is an Italian technology SME working at the intersection of cybersecurity software and digital forensics. Their H2020 participation reveals two distinct but related contributions: building cybersecurity awareness and knowledge platforms (YAKSHA), and developing lawful digital evidence collection systems with blockchain-backed chain of custody and trusted execution environments (LOCARD). In practice, this means they build software tools used by law enforcement, security agencies, or enterprises to either train against cyber threats or gather and preserve digital evidence in legally admissible ways. Their work is applied and platform-oriented — they are not a research lab but a technology builder with operational ambitions in the security domain.
LOCARD (2019-2022) focused on building a lawful evidence collecting and continuity platform using blockchain and trusted execution environments to ensure integrity of digital evidence.
YAKSHA (2018-2020) addressed cybersecurity awareness and knowledge management through a systemic high-level application, suggesting experience in security training and threat intelligence tooling.
LOCARD explicitly lists blockchain as a core technology for maintaining continuity and tamper-evidence of collected digital material.
LOCARD's keyword set includes Trusted Execution Environment, indicating hands-on work with hardware-level security isolation for sensitive forensic operations.
STAG's first H2020 project (YAKSHA, 2018–2020) addressed cybersecurity from a broad awareness and knowledge-management angle — no specific deep-tech keywords are associated with it, suggesting a more general platform or training-tool contribution. By their second project (LOCARD, 2019–2022), the focus had shifted sharply toward applied digital forensics: internet crime investigation, legal evidence handling, blockchain, and TEEs — all highly technical and domain-specific. In just two projects, the trajectory moves clearly from general security awareness toward law enforcement tooling with real legal and technical constraints attached.
STAG is moving deeper into law enforcement technology — specifically the technical infrastructure for collecting, preserving, and presenting digital evidence — which places them on a path toward legal tech, govtech, and cybercrime investigation tooling.
STAG has participated in both of their projects as a partner, never as coordinator, which is consistent with an SME that contributes specific technical components rather than leading full project governance. Their two projects generated 35 unique consortium partners across 16 countries — an unusually high network density for just two engagements — indicating they joined large, multi-partner EU consortia rather than small focused teams. This suggests they are comfortable operating as one specialist node within a complex project structure and are likely experienced at integrating their deliverables with other partners' outputs.
Despite only two projects, STAG has built connections with 35 unique partners spanning 16 countries — a notably broad European footprint that reflects participation in large security and ICT consortia. No geographic concentration is evident from available data.
STAG occupies a narrow but strategically valuable niche: applied security software for legally constrained environments, specifically digital evidence that must hold up under judicial scrutiny. Few SMEs combine blockchain-based chain-of-custody engineering with trusted execution environment integration in a law enforcement context. For a consortium building tools for cybercrime investigation, digital justice, or law enforcement interoperability, STAG brings practical platform development experience that pure research groups typically lack.
