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Company profile

Axiomise

London company supplying formal verification methodology, training and proprietary tooling used by semiconductor design teams to prove correctness of digital hardware, including floating-point and accelerator designs.

Company overview

Founded in 2017 by Dr Ashish Darbari, Axiomise provides formal verification software, consulting, project services and training for semiconductor design teams. Its work supports functional verification, safety and security assessment of integrated circuits, including ASICs, FPGAs and complex systems-on-chip. The company uses abstraction-driven methodologies and six-dimensional coverage approaches that can operate with commercial formal verification tools. Supported design areas include RISC-V, Arm and x86 processors, GPUs, video and networking blocks, AI/ML hardware and network-on-chip fabrics. Its formalISA application provides automated, vendor-neutral formal verification for RISC-V processors, while footprint is an area analyser for silicon. Training is available through instructor-led and on-demand courses. The supplied website records participation in careers events in London and Cambridge, and a talk at the CHERI Blossoms conference in Cambridge, but does not identify a UK office or headquarters.

Semiconductor activity

Primary capability: EDA / Design Automation. Supply-chain role: EDA software provider, Semiconductor verification services provider, Verification training provider.

Technologies and capabilities

  • ASIC
  • AI Accelerators
  • Formal verification
  • Abstraction-driven verification
  • Six-dimensional coverage
  • RISC-V
  • System-on-chip verification
  • Safety and security verification
  • Network-on-chip verification

formalISA RISC-V verification application; footprint silicon area analyser; Formal verification consulting and project services; System-on-chip end-to-end sign-off; Instructor-led formal verification training; On-demand formal verification courses

UK presence

London, London. Part of the London cluster.

Sources and verification

Last verified: 2026-10-12