FRONT-END · DV
Design Verification
Coverage-driven UVM verification that catches bugs in simulation, not the field.
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.
Test plans mapped directly to functional requirements.
Modular testbenches built for reuse across projects.
Functional and code coverage tracked to closure.
Regression infrastructure wired into your CI pipeline.
Verification signed off before silicon commitment.
Share your spec, node, and timeline — we'll scope exactly what it takes.