Hardware-Software Co-Verification is a critical validation process that ensures hardware and software components work together correctly and efficiently as a unified system. As modern electronic systems grow more complex, early and continuous co-verification is essential to detect integration issues, timing mismatches, and functional gaps that cannot be identified through isolated hardware or software testing. Avecas provides comprehensive Hardware-Software Co-Verification services that help organizations achieve reliable, high-performance, and production-ready systems.
Our co-verification approach bridges the gap between hardware design and software development, ensuring predictable system behavior and faster product validation.
We define structured co-verification strategies aligned with system architecture, development stages, and project goals. Our engineers identify integration points between hardware and software and establish verification workflows that span pre-silicon and post-silicon phases. This planning ensures early detection of integration risks and efficient validation cycles.
Early co-verification reduces costly redesigns and delays.
Avecas supports pre-silicon co-verification using simulation and virtual platforms to validate software behavior against hardware models. We enable early software development and testing before hardware availability. This helps uncover functional mismatches, interface issues, and timing assumptions early in the development lifecycle.
Pre-silicon co-verification accelerates system bring-up and software readiness.
After hardware availability, we perform post-silicon co-verification to validate real hardware and software interaction. Our engineers support board bring-up, driver integration, and firmware validation to ensure stable system operation. We identify and resolve issues related to timing, interrupts, and resource sharing.
This ensures smooth transition from prototypes to production systems.
Hardware-software interaction must meet strict timing and performance requirements. Avecas validates interrupt latency, data transfer timing, and synchronization mechanisms. We analyze system performance under real workloads to ensure software and hardware operate within defined limits.
This improves system responsiveness and reliability.
We provide advanced debugging and automation support to streamline co-verification workflows. Our engineers use trace analysis, logging, and automated test setups to identify root causes efficiently. We support regression testing and validation closure to ensure long-term system stability.
This leads to faster issue resolution and higher verification confidence.
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Your Partner for Integrated System Validation
We support hardware-software co-verification activities using industry-standard tools and proven methodologies to ensure seamless integration, accurate timing, and reliable system behavior.
Virtual and simulation-based platforms used to validate software behavior against hardware models before silicon availability.
Advanced debug and trace techniques to analyze real hardware and software interaction during bring-up and validation.
Structured validation methods to verify register access, interrupts, timing, and data exchange across interfaces.
Automation and regression frameworks that enable repeatable, scalable, and efficient co-verification workflows.
designing advanced SoCs.
with specialized process needs.
demanding low-power solutions.
requiring safety-critical libraries.
