Radiation testing takes months.
SK-RAFT takes hours.

SEU emulation for SoC FPGAs.
Test radiation-induced fault scenarios directly in your lab.

THE CHALLENGE

Dependability testing is slow, costly and fragmented.

Design iterations are inevitable.
In safety-critical applications, system dependability must be constantly re-evaluated.
What's the cost?

Simulations

Simulations are slow and cannot capture hardware-specific effects or complex hardware–software interactions.

Radiation Facilities

Beam time is scarce and expensive. When you finally get access, there is no second chance.

No Repeatability

Radiation-test results are difficult to reuse. Every design iteration means returning to the facility.

THE PRODUCT

SK-RAFT

SEU emulation for SoC FPGAs

SK-RAFT lets you emulate radiation-induced Single Event Upsets directly in your lab. It accesses the device's configuration memory, Flip-Flops, and BRAMs via JTAG - injecting faults while the circuit runs, with no hardware modification needed.

Run custom fault scenarios, reproduce edge cases, or replay campaigns recorded at a real radiation facility. What used to take months at a beamline now takes hours in your lab.

Plug and Play Fault Injection

Dynamic fault injection in the configuration memory, Flip-Flops, BRAMs and LUTRAM via JTAG. No hardware modification. No design adjustments.

Adjustable Fault Scenarios

Define custom fault-injection campaigns. Adjust the injection rate. Choose any region of the Device Under Test. Cover all edge cases.

Radiation Campaign Replay

Record real radiation effects during beam time and replay them in your lab. In any DUT, as many times as needed, at no extra cost.

From Months to Hours

Evaluate the reliability of your design, in your own lab, on your own schedule. No queues, reduced costs. Iterate as fast as your design does.

WHO WE ARE

Radiation experts who built the tool they always needed

SOLIDKOSMOS is a spin-off of the University of Piraeus Research Centre and an incubatee of ESA BIC Greece. We specialise in enhancing the reliability of COTS SoC FPGA designs, developing products and services to assess and mitigate radiation effects in critical applications.

Our founders have 15+ years of experience across commercial and academic projects. We have been running radiation testing campaigns for years, characterising devices and applications at facilities around the world.

ESA BIC Greece

European Space Agency Business Incubation Centre Greece

University of Piraeus Research Centre

Backed by strong academic foundations.

15+ years of experience

Radiation characterisation - Dependability assessments.

Years of accelerated radiation testing campaigns, characterising Commercial-Off-The-Shelf SoC FPGAs under heavy ions, neutrons and protons.

Working on a safety-critical design?

Let's talk about verification.

We take on dependability analysis, radiation testing campaigns, and FDIR design for teams that need expert support.

Radiation Testing Characterisation Campaigns

End-to-end radiation testing for FPGA applications. From facility access to final report.

Dependability Assessment of Embedded Systems

System-level reliability analysis including FTA, FMECA and FDIR strategy design for safety-critical embedded applications.

Embedded Software Development & Hardware Acceleration

FPGA hardware acceleration and embedded software development for safety-critical systems.

Radiation testing takes months.SK-RAFT takes hours.

SEU emulation for SoC FPGAs.Test radiation-induced fault scenarios directly in your lab.