REDCAT DEVICES SRL

Their core work

REDCAT DEVICES SRL is a Milano-based technology SME specialising in radiation-hardened (rad-hard) electronic components designed to survive the harsh conditions of space — high-energy particle radiation, extreme temperatures, and vacuum. Their work sits at the intersection of microelectronics and space engineering, developing memory and processing components that remain reliable in orbit. A distinguishing feature of their recent work is the focus on "export-free" rad-hard devices: European-designed alternatives to US-controlled components that are subject to ITAR export restrictions, directly addressing Europe's strategic dependency on American space electronics. They operate as a specialist technical contributor within research consortia rather than as a project leader.

What they specialise in

How they've shifted over time

REDCAT's H2020 trajectory shows a clear and deliberate deepening within the same technical niche: radiation-hardened electronics for space. Their early work (R2RAM, 2015–2016) focused on a specific memory technology — resistive RAM — at the component level. By 2020, they had moved up the complexity ladder to microcontrollers, which integrate processing, memory, and I/O into a single space-qualified device. The addition of the "export free" framing in MORAL signals that by the later period they were also responding to the geopolitical dimension of the space components market, not just technical performance.

REDCAT is moving toward higher-integration space electronics with a strategic autonomy angle — organisations building European space supply chains or seeking ITAR-free component alternatives are the natural next partners.

How they like to work

REDCAT has participated in both of its H2020 projects as a technical partner rather than a coordinator, suggesting they prefer to contribute deep specialist expertise within consortia led by others. With only 8 unique partners across 2 projects, their network is compact rather than broad — they appear to work in small, focused teams where their niche electronics capability is a required ingredient. This makes them a reliable specialist contributor but not a natural consortium builder or administrative lead.

REDCAT has collaborated with 8 unique partners across 4 countries over 2 projects, reflecting a small but internationally connected network typical of space electronics consortia. Their geographic reach extends beyond Italy but remains firmly within the European space research ecosystem.

What sets them apart

REDCAT occupies a narrow but strategically valuable niche: they develop radiation-hardened electronic components — both memory and processing — that are designed to be free from US export controls, which is a real and growing constraint for European space programmes. Few European SMEs combine hands-on RRAM development experience with microcontroller design at space-grade qualification levels. For consortia responding to ESA or EU calls on space component sovereignty, REDCAT fills a gap that most academic or large-industrial partners cannot.

Highlights from their portfolio

• MORAL
  The largest of their two projects (€343,750, running to 2024), MORAL targets a fully export-free rad-hard microcontroller for space — directly addressing Europe's ITAR dependency and making it one of the more strategically relevant SME-level space electronics projects in H2020.
• R2RAM
  R2RAM was REDCAT's entry into H2020 and established their credentials in radiation-hard memory at a time when RRAM was still an emerging alternative to flash and EEPROM for space use.