End-to-end SoC verification automation

You write the spec.Crisp delivers the verification.

What takes 6 to 8 months with manual workflows, Crisp completes in 1 day. From your spec, Crisp automatically generates the test plan, testbench, test scenarios, runs simulation, and closes coverage — so your team reviews results, not scaffolding.

6-8 monthsTraditional effort
1 dayWith Crisp
Spec + intentWhat you bring
XLSX
PDF
Generate Spec
Structured specification from documents
Test Plan
For commercial EDA tools
Generate Testbench
RTL · VIP
Generate Tests
Run Simulation
Coverage Closure
How It Works

You provide the spec. Crisp delivers everything else.

The traditional SoC verification flow takes 6 to 8 months of manual work across five stages. With Crisp, you only do the first step.

SpecYou

Describe your IP block, interfaces, and verification intent

Test PlanCrisp

Verification plan auto-generated from your spec

TestbenchCrisp

Full UVM environment with scoreboard and agents

Test ScenariosCrisp

Adjusted constrained-random sequences and directed sequences upon coverage progress

Simulation & CoverageCrisp

Run regressions, triage failures, close coverage

Traditional6-8 monthsManual spec interpretation, testbench coding, debug cycles, coverage closure
With Crisp1 dayWrite your spec, and prompts. Review the verification package Crisp delivers
Production Proven

Tested on real silicon

Crisp is validated against production SoC blocks with real-world complexity

Production SoC Blocks

Verified on commercial IP, DesignWare and VIP

Full-Complexity Hierarchies

Capable of multi-layer SoC subsystems with massive reference documents, components, and instances

Tape-Out Grade Output

Generated verification harness consistent with verification goal that meets the bar teams actually sign off.

Battle-Tested Regressions

Enhance customer regression suites that surface protocol violations, corner-case deadlocks, and constraint conflicts.

Every workflow you see in Crisp — spec parsing, testbench generation, regression triage, waveform debug — has been exercised on production SoC designs with real tape-out deadlines, not sandboxed demos.

Features

Why teams trust Crisp on real silicon

Correctness over guesswork, frugal token economy, and direct fluency in the EDA tools your tape-out depends on.

Capability

Correctness, not just completion

Built for completeness and correctness on a tight token budget. Hallucinations push verification engineers back into rework — defeating the point of AI. Crisp's harness-context-prompt handling keeps high-complexity tasks on rails without burning tokens.

  • Correctness-first to remove manual rework
  • Frugal token economy preserves productivity gains
  • Harness-context-prompt handling for complex tasks
Interop

Commercial EDA, native

Crisp interoperates with the commercial IP and VIP you already license, and emits outputs that drop straight into Synopsys Verdi.

  • Works with commercial IP and VIP
  • Synopsys Verdi-compatible outputs
  • No translation layer to maintain
Debug

FSDB-native debug trace

Trace FSDB at the signal level. Crisp ships its own fsdb skill to trace root cause of signal issues, and inspect waveforms without leaving the loop.

  • Signal-level FSDB tracing
  • Built-in GUI for waveform inspection
  • Drill from regression to root cause
How you use it
CLI

Crisp CLI

Light, fast, and shell-native.

  • Fast, low overhead
  • Prompt-shell friendly
  • Scriptable end-to-end
VS Code

Crisp for VS Code

All of Crisp's power, wrapped in the editor your team already uses. GUI for review, results, and waveforms — wired into your repo.

  • IDE-native UX
  • Click-through from results to source
  • Visual outputs & FSDB viewer
Request Demo

Bring your next SoC project to us

Tell us what you are verifying, where the bottlenecks are, and we'll show how Crisp can compress that effort into a one-day workflow.