SoC verification services
We verify SoCs and ASIC blocks to sign-off, with UVM, coverage, assertions and formal, and leave regressions your team can keep running.
What we verify
- Verification plans and coverage goals from the spec
- UVM environments for blocks, subsystems and the full SoC
- Functional coverage and closure
- SVA and formal property checking
- Processor verification against a reference model
- Software-driven tests on the RTL and on FPGA
- CDC, reset and clocking checks
- Regressions and triage your team can keep running
How we work
- 01 A verification plan from the spec, with coverage goals tied to the risks you ship against.
- 02 Testbench architecture: UVM where the environment has to last, lighter setups where they close risk faster.
- 03 Regressions to closure, with failures triaged back to the design team.
- 04 A sign-off report: what was verified, how, and what coverage says about it.
Frequently asked questions
Is this ASIC verification?
Yes. We verify SoCs and ASIC blocks for silicon, to the coverage and sign-off your tapeout needs.
Do you always use UVM?
When the environment has to last across releases, yes. For some blocks, a tighter testbench with assertions or formal closes risk faster. We pick the method per block and say why.
Can you join mid-project?
Yes. Teams often bring us in when coverage stalls, regressions get noisy, or a tapeout date needs focused risk reduction.
Do you verify processors?
Yes. We compare the RTL instruction by instruction against a reference model, then run real software on it, in simulation and on FPGA.
Discuss your project
Share the target, interfaces, and timeline. We’ll tell you what we’d take on first.