SOLIDKOSMOS grew out of years of hands-on radiation research at the University of Piraeus. Our tools are the direct result of that work, not prototypes built to a specification, but answers to problems we encountered in radiation campaigns.
Our tools exist because we built them for ourselves first.
SOLIDKOSMOS was founded by researchers from the University of Piraeus. We emerged from the Embedded Systems Laboratory (ESLab), where we spent years conducting radiation experiments and research in fault tolerance for space and safety-critical computing systems. Not as a startup idea, but as the natural next step after years of work on a problem the industry hadn't fully solved.
Every feature in SK-RAFT traces back to something we needed during a fault-injection or radiation campaign. Our services are grounded in strong academic expertise and real radiation-testing experience.
ESA Business Incubation Centre Greece selects space-related startups through a rigorous technical evaluation process to strengthen the space ecosystem. Incubatees receive access to ESA expertise, infrastructure, and a network spanning 70+ organizations in the Greek space industry.
Academic home of our founding research in dependability and radiation characterisation. Publications in peer-reviewed journals and conferences spanning multiple years of experimental work.
Driven by pioneering academic research and robust engineering, our team bridges cutting-edge fault-tolerant computing with operational excellence. From deep-tech hardware design and software development to strategic growth, we build dependable solutions for mission-critical environments.
PhD in fault-tolerant FPGA systems with international experience across ESA, EU and industrial R&D projects, now setting product direction and commercial strategy.
Director of the Embedded Systems Lab at the University of Piraeus, our parent lab, guiding our scientific direction in dependable computing and radiation effects.
Two decades in flight-grade FPGA and systems engineering, owning FPGA testing architectures and the design of FPGA flight applications.
Specialised in FPGA application design and testing for fault-tolerant systems, and in the R&D behind the testing methodologies implemented in SK-RAFT.
R&D of scalable software, automation tools and low-level interfaces that communicate with, control and debug FPGA devices.
Runs digital infrastructure, CRM and communications, turning deep-tech engineering work into pipeline and industry visibility.
From specification to final report.
We take on dependability analysis, fault injection campaigns, and reliability assessments end-to-end.
If you need a partner who understands the problem, let's talk.