ELECTRON (2021–2024) directly addresses resilient, self-healing electrical power nanogrids with keywords covering cybersecurity, risk assessment, and certification of EPES.
LOGOS RICERCA E INNOVAZIONE
Italian research centre specialising in cybersecurity, risk assessment, and resilience for electrical power nanogrids and smart IoT systems.
Their core work
Logos Ricerca e Innovazione is an Italian research center based in Florence that works at the intersection of digital security and smart energy systems. Their work covers cybersecurity for electrical power infrastructure, resilient nanogrid design, and the application of software-defined networking principles to critical energy systems. In practice, they contribute research and technical expertise to large European consortia tackling how to make interconnected IoT and power grid systems secure, self-healing, and certifiable. Their dual presence in both IoT connectivity (TERMINET) and energy cybersecurity (ELECTRON) suggests a specialist profile bridging digital infrastructure and energy resilience.
What they specialise in
TERMINET (2020–2024) focuses on next-generation smart interconnected IoT, placing Logos in the broader digital infrastructure domain.
ELECTRON lists software-defined networks as a core keyword, indicating Logos contributes SDN expertise to energy grid security work.
ELECTRON explicitly covers risk assessment and certification, suggesting Logos brings structured methodology for evaluating and validating security in critical systems.
How they've shifted over time
Logos entered H2020 via TERMINET (2020), a broadly scoped IoT connectivity project with no documented specialist keywords — suggesting a general digital technology contribution at that stage. Their second project, ELECTRON (2021), shows a sharper, more defined profile: cybersecurity of electrical power systems, nanogrids, SDN, and certification methodology. The shift from general IoT to security-specific energy infrastructure indicates a deliberate narrowing toward critical infrastructure protection as a specialist niche.
Logos appears to be moving toward a focused position as a specialist in cybersecurity and resilience for electrical power systems, making them a relevant partner for future consortia on critical infrastructure protection, smart grid security, or EPES certification frameworks.
How they like to work
Logos has never led an H2020 project — they always join as a participant, functioning as a specialist contributor within larger consortia. Despite only two projects, they have accumulated 55 unique consortium partners across 17 countries, indicating they participate in very large, multi-partner collaborations rather than small focused teams. This pattern suggests they are sought out for a specific technical contribution rather than for consortium-building or project management capacity.
Logos has built a surprisingly broad network for a two-project participant — 55 unique partners spanning 17 countries, well above average for this project volume. Their reach is genuinely European in scope, though no dominant bilateral relationship can be identified from this data alone.
What sets them apart
Logos occupies a rare intersection: a research center that combines IoT connectivity expertise with cybersecurity for energy grids, specifically in the emerging nanogrid and EPES domain. In a field where most players specialize in either IT security or energy systems, their cross-domain presence makes them a credible bridge partner. For consortium builders targeting Horizon Europe calls on critical infrastructure resilience or energy digitalization, Logos brings both the security methodology (risk assessment, certification) and the infrastructure context (nanogrid, SDN).
Highlights from their portfolio
- ELECTRONThe most technically distinctive project — combining nanogrid design, EPES cybersecurity, software-defined networking, and formal certification methodology in a single 2021–2024 initiative, and the source of all documented specialist keywords for this organization.
- TERMINETLogos's entry into H2020 via a next-generation IoT interconnection project, establishing their digital infrastructure credentials and connecting them to a large multi-country consortium.