Accelerating Verification with Precision
We design scalable, automation-driven verification frameworks that combine engineering discipline with AI-assisted analysis — ensuring reliable, predictable, and thermally optimized silicon validation from IP to SoC.
About Us
We build structured, automation-driven verification environments — blending engineering precision with AI adaptability.
Verification & Testbench
We specialize in UVM-based testbench architecture — from stimulus generation and assertions to coverage closure and regression automation. Each environment is modular, reusable, and designed for scale.
Our methodology ensures every testbench follows a layered, rules-driven design — simplifying debug and reducing bring-up time for new engineers.
Protocol & IP Validation
We develop reusable verification IPs for SPI, APB, AHB, AXI, and JTAG — with integrated monitors, agents, and checkers. Each VIP aligns with protocol specs and includes regression-ready test suites.
Our approach enforces clean layering, protocol-aware stimulus, and self-checking transactions that accelerate IP reuse and reduce verification overhead.
AI-Assisted Verification Research
We are exploring the intersection of design verification and machine learning — developing methods that use data-driven insights to guide test selection, regression optimization, and coverage prediction.
Our ongoing research focuses on building interpretable, rule-based models that complement human verification expertise rather than replace it. The goal is to make UVM environments more predictable, debuggable, and efficient through measurable, data-aware automation.
Featured Projects
Our ongoing explorations and completed verification frameworks.
Protocol Verification
Developed UVM-based environments for SPI, APB, AHB, AXI, and JTAG — modular agents, monitors, and checkers designed for interface compliance.
Each protocol environment includes constrained-random stimulus, coverage models, and scoreboard logic for quick reuse across IPs.
RISC-V Core Exploration
Evaluating CVA6 within a Verilator-based simulation flow to benchmark feasibility and performance for open-source SoCs.
Focus areas include test harness integration, CSR access validation, and toolchain consistency across flows.
Register / RAL Verification
Comprehensive UVM RAL framework with adapters, bit-bash sequences, and reset/field mirror checks.
Includes automation for register model generation, coverage tracking, and error injection validation.
What Our Clients Say
Trusted by teams building dependable silicon and verification frameworks.