HERMES project (2021–2026) focuses on high-efficiency wireless CMOS transceiver design for sub-THz and 6G bands, directly reflecting core RF hardware expertise.
INTRACOM DEFENSE AE
Greek defense electronics company specializing in CMOS transceiver design, sub-THz RF hardware, and 6G communications research.
Their core work
INTRACOM DEFENSE is a Greek defense electronics company that brings specialized hardware engineering expertise — particularly in radio frequency integrated circuits (RFIC), CMOS chip design, and wireless communications — into civilian EU research consortia. In the energy domain, they contributed intelligent control and optimization capabilities for renewable energy integration in buildings. Their more recent work centers on advanced wireless hardware for 6G and beyond, specifically sub-terahertz transceiver design using deep submicron CMOS technology. Their dual footprint in defense electronics and EU research makes them an unusual bridge between military-grade RF engineering and civilian innovation programs.
What they specialise in
HERMES targets 6G-and-beyond spectrum with Walsh signal processing and wideband RFIC development, indicating active R&D in next-generation wireless standards.
RE-COGNITION (2019–2022) involved integration of multiple renewable energy sources and storage in zero-energy buildings, with a contribution in intelligent control and optimization.
HERMES explicitly incorporates artificial intelligence to boost transceiver efficiency, signaling a move toward AI-hardware co-design.
How they've shifted over time
In their first H2020 project (2019–2022), INTRACOM DEFENSE contributed to energy-autonomous buildings — a civilian application area somewhat removed from their core defense electronics identity, likely leveraging embedded systems and control expertise. By 2021, their participation shifted decisively toward deep RF hardware: sub-THz transceivers, RFIC design, CMOS fabrication, and AI-driven signal processing for 6G. This trajectory suggests the energy project was an exploratory entry into H2020, while the HERMES project reflects their genuine technical core in advanced wireless hardware engineering.
INTRACOM DEFENSE is moving firmly toward next-generation wireless communications hardware, making them a relevant partner for any 6G, sub-THz, or advanced RFIC consortium through at least 2026.
How they like to work
INTRACOM DEFENSE has participated exclusively as a consortium partner — never as a coordinator — across both projects, suggesting they prefer a specialist contributor role rather than project leadership. With 20 unique partners across just 2 projects, they engage in mid-to-large consortia (approximately 10 partners per project on average). There is no evidence of repeat partnerships, which is consistent with a company selectively joining consortia where their specific hardware expertise is needed.
INTRACOM DEFENSE has built connections with 20 distinct partners across 11 countries through only two projects, indicating broad European consortium exposure relative to their project volume. Their network spans both energy and deep-tech research communities, reflecting their two distinct participation areas.
What sets them apart
INTRACOM DEFENSE is one of the few defense-sector companies in Greece participating in H2020 civilian research, bringing military-grade RF and electronics engineering into open research consortia. Their combination of deep submicron CMOS design capability with AI signal processing is rare outside of large semiconductor firms, giving them a credible hardware differentiation in 6G research teams. For a consortium needing a Greek industrial partner with genuine RF chip design expertise — rather than systems integration alone — they represent a strong fit.
Highlights from their portfolio
- HERMESA long-horizon FET project (2021–2026) targeting 6G-and-beyond sub-THz transceivers with AI integration — the most technically ambitious and forward-looking project in their portfolio, and directly aligned with their hardware core competency.
- RE-COGNITIONTheir largest single-project EC contribution (EUR 371,250) and an early entry into civilian EU research, demonstrating cross-domain adaptability beyond their defense electronics base.