Digital Hardware & SoC
Explore digital architectures and hardware designs for computing systems.
- RTL design and functional verification
- RISC-V and SoC concepts
- Interconnect, memory and dataflow
ERRAIBA Innovation Platform · Engineering & Applied Research
From technical ideas to testable engineering.
ERRAIBA is an innovation platform for exploring, evaluating and advancing engineering ideas across digital hardware, AI systems and autonomous technologies — through design, simulation, FPGA prototyping and documented testing.
A platform for technical collaboration. Specific capabilities, project status and intellectual-property rights are confirmed individually before engagement.
Digital HardwareRTL · FPGA · SoC
Autonomous SystemsROS 2 · CARLA
AI ArchitectureDesign · Evaluation
Evidence-ledSimulation · Reports
Hardware DesignRTL and architecture
Prototype & VerifyFPGA and simulation
AI & AutonomyModels and scenarios
Technical CollaborationIndustry-facing work
What we work on
Engineering capability, presented with technical clarity.
Engage around a specific engineering challenge, evaluate an invention, or explore a development path. Each engagement is scoped around its actual deliverables, evidence and constraints.
AI Accelerator Concepts
Investigate hardware-aware AI computing approaches and architecture trade-offs.
- Compute and data-movement architecture
- Design evaluation and simulation
- Performance-oriented experiments
FPGA Prototyping
Move suitable digital designs from simulation toward a demonstrable hardware prototype.
- FPGA implementation where feasible
- Functional tests and observations
- Documented prototype limitations
Autonomous Driving AI
Develop and evaluate software models in controlled autonomous-driving simulations.
- CARLA scenarios and experiments
- ROS 2 integration where applicable
- Test reports and failure analysis
Co-Simulation & Verification
Explore workflows connecting software, simulated vehicles and hardware models.
- Simulation orchestration
- Dataflow and timing observations
- Repeatable experiment setup
Technical Advisory
Get a focused technical perspective on an architecture, prototype or development decision.
- Design review and feasibility scoping
- Technical evaluation plans
- Research and development guidance
How we approach a challenge
Make the work inspectable. Make the next decision clearer.
Technical credibility comes from showing what was designed, what was tested, under which conditions, and what the evidence does — and does not — establish.
01
Define the engineering question
Clarify the target, constraints, intended use and acceptance criteria before committing to a scope.
02
Design and build an evaluation path
Select appropriate methods: architecture work, software experiments, RTL simulation or FPGA prototyping.
03
Test and document
Record test conditions, results, failures, limitations and the steps needed to reproduce the experiment.
04
Agree on the next milestone
Use the evidence to decide whether to iterate, collaborate, license, or pursue further development.
Ways to collaborate
One technical foundation. Different paths to engagement.
We welcome initial conversations with industrial teams, research and development groups, and people interested in evaluating a specific technical opportunity.
For companies & R&D teams
Discuss a technical challenge, request a design review, scope a prototype, or explore a research and development engagement.
For technology partners
Explore technical collaboration, co-development, evaluation access or a licensing discussion where rights and readiness are established.
For potential funders
Express interest in supporting a clearly identified invention or development milestone, subject to due diligence and suitable agreements.
For invention evaluation
Request a non-confidential overview and a discussion of technical evidence, development stage, risks and next steps.
Working principles
Clear evidence. Clear boundaries. Clear agreements.
A professional collaboration starts with transparent claims and a shared understanding of deliverables.
01 /
Evidence over assertion
Describe only the capabilities, results and rights that can be substantiated.
02 /
Confidentiality by design
Do not submit trade secrets or enabling invention details through a public contact form.
03 /
Defined deliverables
Agree on scope, test conditions, ownership and acceptance criteria before work begins.
04 /
Respect for IP
Ownership, licensing, funding and revenue-sharing terms are documented separately for each engagement.
Start a conversation
Have a technical challenge or a collaboration in mind?
Tell us what you are exploring. We will use the information to understand the nature of your request and identify a suitable next step.
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Industrial collaboration
Technical reviews, prototyping and R&D discussions.
Technical reviews, prototyping and R&D discussions.
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Invention and licensing enquiries
Start with a non-confidential description.
Start with a non-confidential description.
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Funding interest
Request information about a specific opportunity.
Request information about a specific opportunity.
Contact the team
Fields marked * are required. Please do not include confidential technical information.