
Texer.ai develops intelligent verification agents designed to reduce the time engineers spend on debugging, the most time-consuming part of chip development. Our agent demonstrates 91% problem-solving performance on the Nvidia's CVDB debugging task benchmarks, showing its ability to reason about RTL, identify root causes, and guide engineers toward fixes with high accuracy. We focus specifically on verification and are building toward a long-term goal of supporting the full verification flow including test generation, formal reasoning, coverage analysis, and intelligent exploration of design behavior. Texer.ai aims to create AI copilots that make verification faster, smarter, and significantly more productive.

Firefly is an AI-assisted mutation testing framework that improves hardware verification environments for Verilog and SystemVerilog designs. It uses a large language model to generate context-aware mutations that reveal weaknesses in testbenches and verification setups. Firefly automates test configuration, mutation generation, simulation, and result collection. The tool is fully open source and reflects our commitment to contributing high-quality verification technology to the open-source hardware community.

For years, co-simulation of multi-core systems running on shared memory was viewed as nearly impossible, but Texer.ai is moving the field forward with M3, a specialized memory model built for this challenge. M3 enables practical co-simulation of multi-core designs and creates an efficient environment for detecting bugs related to memory ordering, coherence, and subtle core interactions. The tool is open source and developed in close collaboration with the MASC Laboratory at the University of California, Santa Cruz, reflecting our commitment to advancing research and delivering verification technology that benefits both academia and industry.
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