Solutions & Use Cases

The platform is built to handle the complexity of modern semiconductor design.

Three Loops, One Shared Bottleneck

Debugging, coverage closure, and assertion generation seem like different tasks, but they all require engineers to mentally bridge the gap between fragmented data sources.

Debug & RCA

Isolate root causes from simulation failures

1
Test fails
2
Extract waveforms
3
Trace drivers
4
Find root cause

Broader Verification Coverage

Validated Knowledge Retained After Debug by leveraging Verification Memory

1
Identify gap
2
Trace to RTL
3
Find stimulus block
4
Write directed test

Assertion Generation

Synthesize executable SVA properties from intent

1
Read spec
2
Map to RTL state
3
Write SVA
4
Compile & verify

The Context Problem

The Data Exists. The Understanding Does Not.

In every loop, the engineer must manually cross-reference waveforms, log files, RTL code, and PDFs. VeriQuest Brain eliminates this step by unifying all evidence into a single semantic model.

Scalable ACross Design Types

VeriQuest adapts to the specific verification challenges of your architecture.

System-on-Chip (SoC) Integration

SoC level verification often fails due to complex interactions between otherwise verified IP blocks. The RCA agent excels at tracing these deep hierarchical failures across multiple clock domains and protocols.

Custom IP Development

Developing novel IP requires aggressive coverage goals. The Coverage Agent ingests your coverage database and points you directly to the missing test scenarios, ensuring your IP is robust before integration.

Data Center Silicon

High-performance networking and compute silicon have massive state spaces. The Assertion Generation Agent translates your complex temporal requirements into formal-ready SystemVerilog Assertions to catch corner cases.

OpenTitan AES Case Study

We put the Verification Intelligence Platform to the test on the open-source OpenTitan secure silicon block. Watch the RCA agent trace complex failures through a dense, highly structured cryptographic datapath.

Secure AES silicon block under controlled verification testing with evidence traces.

Bug 1: Datapath Mutation

A single errant XOR operation in the LSB of the output datapath causes a ciphertext mismatch. The RCA agent traced the failing signal directly to the mutated RTL line.

  1. Mismatch

    Ciphertext fails known-answer test

  2. Trace Datapath

    Follow AES output signals back

  3. Isolate Defect

    Found LSB XOR mutation in RTL

  4. Apply Fix

    Remove the errant XOR operation

  5. Validate

    Rerun test: 100% Match

Bug 2: Control Logic Failure

A much harder intermittent failure. The RCA agent had to cross-reference the FSM state, the round counter, and the specification to identify an early termination condition.

  1. Mismatch

    Intermittent ciphertext failure

  2. Cross-Reference

    Spec + FSM + Round Counter

  3. Hypothesis

    Early termination condition met

  4. Action & Prove

    Write test + bind assertion

The Organizational Memory Problem

When engineers leave or switch projects, context is lost. VeriQuest Brain ensures that once a bug is RCA'd and fixed, the exact evidence chain is remembered forever.

100%50%0%
Day 0
+3 Months
+6 Months
+12 Months
Team Change
VeriQuest Memory
Human Memory

See how it fits your project

Request a Demo