FRONTGRADE GAISLER AB

Their core work

Frontgrade Gaisler develops radiation-hardened and fault-tolerant processor IP cores, FPGAs, and system-on-chip architectures for safety-critical and space applications. Based in Gothenburg, Sweden, they specialize in dependable computing platforms where failure is not an option — think satellite onboard computers, autonomous vehicle controllers, and critical infrastructure. Their H2020 work focuses on making programmable hardware reliable enough for real-time, safety-certified systems. They bring deep expertise in hardware architecture design to European consortia tackling the hardest problems in embedded computing.

What they specialise in

How they've shifted over time

With all projects starting between 2019 and 2021, Frontgrade Gaisler's H2020 participation is concentrated in a narrow window, making long-term evolution difficult to trace. However, a clear thematic arc is visible: earlier projects (De-RISC, SELENE) focus on proving dependability in existing processor architectures, while the latest project (DUROC, starting 2021) pushes toward fully reprogrammable SoC hardware — a shift from validating fixed designs to enabling flexible, reconfigurable computing. This suggests a move from static safety-critical processors toward adaptive, programmable platforms that can be updated in the field.

They are moving from fixed safety-critical hardware toward reconfigurable computing platforms (FPGAs/SoCs), positioning themselves for applications where in-field hardware updates are essential — such as long-duration space missions or evolving autonomous systems.

How they like to work

Frontgrade Gaisler operates exclusively as a specialist participant — never leading projects but contributing deep hardware expertise to consortia. With 16 unique partners across just 3 projects, they join relatively large consortia (averaging 5-6 partners per project), which is typical for complex hardware-software integration efforts. Their role pattern suggests they are the go-to hardware IP provider that other organizations pull into consortia when they need proven processor or FPGA expertise for safety-critical applications.

They have worked with 16 distinct partners across 5 countries, indicating a moderately broad European network concentrated in the space and embedded systems community. Their collaborations span multiple countries but remain within the specialized ecosystem of safety-critical computing.

What sets them apart

Frontgrade Gaisler occupies a rare niche: they are one of very few European companies designing processor IP and FPGA architectures specifically hardened for safety-critical and space environments. While many companies build software for critical systems, Gaisler works at the hardware foundation layer — the processor cores and SoC designs that everything else runs on. For any consortium needing European-sourced, dependable computing hardware IP, they are a natural and hard-to-replace partner.

Highlights from their portfolio

• De-RISC
  Largest funding (EUR 685,912) and addresses the foundational challenge of building dependable real-time computing infrastructure for safety-critical applications.
• DUROC
  Signals a strategic pivot toward ultra-reprogrammable SoC technology, though with minimal funding (EUR 12,500), suggesting an early-stage or coordination-support role.