Coverage-driven UVM verification that catches bugs in simulation, not the field.
A design is only as reliable as its verification plan. We build coverage-driven verification environments around your RTL — from block-level UVM testbenches to SoC-level regression suites — so functional gaps are found and closed before tape-out, not after.
Test plans mapped directly to functional requirements and coverage goals.
Reusable, modular UVM environments for block and SoC-level verification.
Coverage-driven closure with cross-coverage and corner-case tracking.
SVA assertions for protocol, interface and internal state checking.
Property checking and RTL equivalence checking for critical control logic.
CI-integrated regression infrastructure with structured bug triage and closure.
UPF-based low-power verification alongside hardware emulation and FPGA prototyping for early software bring-up.
Share your spec, node, and timeline — we'll scope exactly what it takes.