Services

Full-scope verification, from block bring-up to sign-off

Take one workstream off your plate, or hand us the whole subsystem. Every service is delivered by engineers who have carried it through silicon before.

UVM testbench development

Layered SystemVerilog/UVM environments built for reuse — agents, sequences, scoreboards, reference models and RAL — architected from the verification plan rather than bolted on afterwards.

  • Block, cluster and subsystem environments
  • Register abstraction from IP-XACT or spec
  • Constrained-random and directed stimulus

Formal verification

SVA property development and formal proofs where simulation is weakest — arbiters, FIFOs, control logic, interfaces, and the corner-case deadlock that random stimulus will never reach.

  • Property and assertion development
  • Connectivity, register and X-propagation checks
  • Security, deadlock and liveness proofs

SoC integration & top level

Full-chip verification: connectivity, clock and reset trees, boot and power sequences, interrupt and DMA paths, plus firmware co-simulation of the use cases your customers actually run.

  • Top-level integration and connectivity
  • Boot, reset and use-case scenario tests
  • C and assembly firmware co-simulation

Coverage closure & sign-off

The unglamorous mile that decides your schedule. We build the coverage model, grind the gaps, triage regressions daily, and assemble a sign-off package your reviewers will actually accept.

  • Coverage plan authoring and gap analysis
  • Regression triage, flake elimination, waivers
  • Auditable sign-off documentation

Low-power, DFT & gate level

Verification of everything that arrives late and breaks schedules: UPF power intent, retention and isolation, scan and DFT structures, and gate-level simulation with back-annotated timing.

  • UPF/CPF power-aware simulation
  • DFT, scan and MBIST verification
  • GLS with SDF timing and X-pessimism debug

Expertise

Previous hands-on engineering experience

Our engineers bring previous project experience across protocol interfaces, processor-based designs and reusable verification environments. Exact scope is confirmed for every engagement.

Protocols & interfaces

  • MIPI interfaces
  • I2C
  • SPI
  • UART

Verification engineering

  • SystemVerilog
  • UVM
  • SVA
  • Functional coverage
  • Constrained-random verification
  • Regression automation

Methodology

  • Verification planning
  • Reusable testbench architecture
  • Coverage-driven verification
  • Metric-driven sign-off
  • Assertion-based checking
  • Regression and debug workflows

Design domains

  • Processor-based designs
  • Protocol interfaces
  • Block verification
  • Subsystem verification
  • Control and data paths
  • Peripheral integration

Engagement models

Three ways to bring us in

Pick the one that matches how much of the problem you want to keep. You can move between them as the project changes.

Team augmentation

You keep ownership

Individual engineers embed in your existing team, attend your stand-ups and are managed by your leads. The fastest way to add capacity mid-project.

  • Flexible engineering capacity
  • Reports into your verification lead
  • Ramp plan agreed with your team

Environment review & gap closure

You already have an environment

We review your existing verification environment, identify weaknesses in architecture, checking, coverage, regressions and maintainability, then provide a prioritized gap report.

  • Independent environment and code review
  • Risk-ranked findings and gap report
  • Optional gap closure or ongoing maintenance

Not sure which of these you need?

That is a normal place to start. Describe the design and the deadline, and a verification lead will tell you honestly what they would do first — and whether we are the right fit at all.