Bronco AI Webinar: Full-Chip SoC Debug in 15 Minutes

A single bug on a full-chip SoC can pull engineers off roadmap work for days or even weeks. It involves massive waveforms, thousands of files of RTL and UVM, and dense specs that aren’t always perfect. Finding these bugs have always been a matter of engineer-hours and how well knowledge diffuses through the organization.

Bronco changes that equation. At major public chip companies, Bronco Debug works through SoC-level bugs on a regular basis and delivers root-cause analyses in under 15 minutes, hands-free. These same failures take engineering teams multiple days to solve. This is what a routine Bronco debug session looks like.

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Time to Value

Bronco Debug instruments directly into your overnight regression. The moment a simulation fails, the agent is already there — pulling the run log, waveform, code, spec, and relevant project history. By the time your DV engineer sits down in the morning, a Jira-ready ticket is waiting: root cause, evidence to back it up, and specific files or fixes to look at.

Initial deployment takes days, not months. Bronco has been up and running on full-chip SoCs within a week of onboarding.

A Platform Across the Full Verification Journey

Debug is what we’re demo’ing here, but Bronco covers the full DV lifecycle:

• Bronco Spec Intelligence — ingests massive specs (tables, diagrams, natural language) and automatically flags ambiguities, inconsistencies, and untested requirements
• Bronco Planning — takes specs and builds or enriches a verification plan and test plan, checking for coverage holes early to avoid surprises and oversights later in the project.
• Bronco Bring-Up — specialized agents for UVM and RTL bring-up at industry scale
• Bronco Debug — from the first regression failure through root cause, across block-level designs and full-chip SoCs

What Makes It Work

Bronco runs on a three-layer stack:

• State-of-the-art AI — large reasoning models with tool use, memory, and decision-making loops that generalize across companies, designs, and tasks.
• Proprietary AI-native EDA — purpose-built for agents; this is what allows Bronco to navigate 10,000-plus-file SoCs, process massive waveforms, and run parallel debug threads across an entire regression in minutes
• Bronco Knowledge Library — captures and indexes every bug, insight, and debug session into a customer-specific knowledge store; Bronco gets better the longer it runs on your project

How We Deploy

Bronco runs fully on-prem. Customer design data never leaves the secure environment, and Bronco never trains on customer data. The platform supports bring-your-own-model, whether it’s a third-party Enterprise AI or an on-prem self-hosted model, and integrates natively with standard EDA flows.

For teams with existing AI infrastructure, Bronco also supports bring-your-own-agent deployment: connect your existing agents or orchestration harnesses to the Bronco EDA stack and Knowledge Library, and use Bronco as the DV infrastructure layer underneath.

See It For Yourself

At an upcoming SemiWiki webinar, Bronco AI will demonstrate the Debug Agent end-to-end on a representative full-chip SoC — from a failing regression to an annotated root cause, in real time. Attendees can ask questions on deployment, security posture, and integration with existing flows.

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Bronco AI pairs state-of-the-art AI agents with a proprietary EDA suite purpose-built for agent-driven chip development. The platform is deployed at large public chip companies and startups alike, automating Design Verification from spec review and verification planning through post-regression debug.

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Superhuman AI for Design Verification, Delivered at Scale