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One architecture, many systems

Scalable Verification Infrastructure

Scale the same verification intent across protocol variants, large agent counts, global commands, emulation transactors, and high-volume metrics.

One architecture, many systemsThe shared verification responsibilities
  1. 01INTENTKeep scenarios independent of one physical interface
  2. 02BINDResolve topology, protocol, and implementation policy
  3. 03OBSERVEAggregate identity-preserving evidence
  4. 04REUSERun across simulation, acceleration, and new systems

Polymorphic TB · Performance DV

Separate scenario intent from physical signaling, centralize topology and broadcast state, and aggregate evidence without burying simulation in logs.

The case library

Start with a failure.

Pick a mechanism. Open an experiment.

2 case studies

Configurable testbenchesCan an override change an instance?
Failure to investigateInfrastructure

Dynamic Reconfiguration & Polymorphic Testbenches

An override is installed after creation and has no effect.

Enter the lab ↗
PerformanceWhat did the sample miss?
Failure to investigateInfrastructure

Performance Verification Framework

The design passes functionally but misses sustained bandwidth or latency targets.

Enter the lab ↗
Practice with real interview promptsPractice this verification family in the question bank

Continue the evidence chain

Connect cases to system strategy.

Move from focused failure modes to a complete plan, executable architecture, coverage model, regression system, and sign-off argument.