ENGINEERING VERIFICATION

Verification Services

Comprehensive validation for silicon, mechanical, and software systems. We ensure reliability through formal analysis, simulation, and automated testing.

Formal Proof CertifiedIndustry Standard

Silicon Verification

Mathematical verification of RTL and gate-level designs to ensure zero-defect silicon tapeouts.

VERIFICATION STREAMActive Analysis

Our verification process utilizes advanced simulation and formal analysis to identify design risks early, ensuring high-quality product launches.

Silicon die layout verification and formal analysis interface
VALIDA 2025

PERFORMANCE METRICS

Bug Escape Rate
0.0%
Formal proof coverage
Verification Speed
10x
Parallelized simulation
Coverage Goal
100%
Functional assertion set
Tapeout Risk
Low
Pre-silicon validation

TECHNICAL SPECIFICATIONS

DATA V4.2
UVM-8400-HD
SystemVerilog/UVM
UVM Testbench Suite
SystemVerilog Verification Framework

Modular UVM testbench architecture providing scalable stimulus generation and automated scoreboard checking for complex SoC designs.

METHODOLOGY100k+ Transactions/sec
FOCUSConstrained Random
INFRASTRUCTUREHigh-Performance Compute
APPLICATIONSoC, ASIC, FPGA
Validated 2025Learn More
FAE-200-SS
Formal Verification
Formal Analysis Engine
Mathematical Property Checking

Exhaustive formal verification of critical control logic and state machines to identify corner-case bugs unreachable by simulation.

METHODOLOGYExhaustive State Space
FOCUSBoundary Condition Proof
INFRASTRUCTUREFormal Solver Optimized
APPLICATIONSafety-Critical Logic
Validated 2025Learn More
DOCUMENTATION

Technical Resources

Access our detailed methodology guides, whitepapers, and technical specifications.

UVM Framework Spec Sheet
SPEC-UVM842.4 MB PDF
PDF
Formal Methodology Guide
MAN-FAE204.1 MB PDF
PDF
Certified Verification Standards
Engagement Models

Flexible Verification Partnerships

Choose the engagement model that aligns with your project requirements, timeline, and internal engineering capacity.

TraditionalStandard Approach
Standard Engagement
Conventional service models often lack the agility required for modern, high-complexity design verification.
Risk LevelHigh
FlexibilityLow
01
FULL_LIFECYCLETurnkey Verification
Full Scope
High OverheadExtended Lead Time
02
STAFF_AUGEmbedded Augmentation
Partial Scope
Resource GapIntegration Lag
03
MILESTONEMilestone Audits
Targeted
Reactive RiskLate Detection
04
AD_HOCAd-Hoc Consulting
On-Demand
FragmentedInconsistent QA
VALIDA Optimized
Tailored PartnershipHigh Efficiency
VALIDA Engagement Models
Precision-engineered verification strategies designed to reduce time-to-market and ensure product reliability.
Risk LevelLow
FlexibilityHigh
MODEL 01
TURNKEYFull-Lifecycle Verification
End-to-End

Complete ownership of verification strategy, execution, and compliance reporting.

Max Reliability
MODEL 02
EMBEDDEDEmbedded Staff Augmentation
Integrated

Expert engineers join your team to accelerate verification cycles and knowledge.

High Velocity
MODEL 03
AUDITCritical Milestone Audits
Targeted

Deep-dive technical reviews at key tape-out or release milestones to mitigate risk.

Risk Reduction
MODEL 04
STRATEGYVerification Strategy Design
Consulting

Customized verification roadmaps and methodology development for your team.

Process Clarity

Need a Custom Verification Strategy?

Our engineering team will analyze your design requirements and propose a tailored verification engagement model.

Contact Our Team
Verification Insights

Technical Verification Protocols

Answers to common inquiries regarding our security standards, workflow integration, and verification timelines.

We operate under strict non-disclosure agreements and utilize isolated, air-gapped environments for all client data, ensuring your intellectual property remains fully protected.

Need technical clarity?

Our engineering team is available to discuss your specific verification requirements and project constraints.

Response within 24 hours
Expert engineering consultation