All Deep Dives For Infosec Conference Talks Covering Security Automation. Talks analyzed in full.
![The AI Security Larsen Effect - How to Stop the Feedback Loop | [un]prompted 2026](https://thecyberarchive.com/assets/teasers/ai-security-vendor-evaluation-feedback-loop-maxim-kovalsky.webp)
Learn to break the AI security procurement loop using a risk taxonomy from OWASP, NIST, and MITRE — and a 5-minute vendor evaluation wizard.
![Hooking Coding Agents with the Cedar Policy Language | [un]prompted 2026](https://thecyberarchive.com/assets/teasers/cedar-policy-language-coding-agent-security-matt-maisel.webp)
Learn how to build a Cedar-based policy harness that hooks into Gemini CLI, Claude Code, and Cursor to enforce ABAC rules, track PII taint, and block AI agent data exfiltration.
![Anatomy of an Agentic Personal AI Infrastructure | [un]prompted 2026](https://thecyberarchive.com/assets/teasers/personal-ai-infrastructure-for-security-engineers-daniel-miessler.webp)
Learn how to architect a unified Personal AI Infrastructure (PAI) stack with Council multi-agent debate, the PAI algorithm, and Arbo pipelines to amplify your security engineering practice.
![Zeal of the Convert: Taming Shai-Hulud with AI | [un]prompted 2026](https://thecyberarchive.com/assets/teasers/ai-assisted-supply-chain-attack-investigation-rami-mccarthy.webp)
Learn how AI workflows, reasoning models, and feedback loops turned a two-week manual investigation into a two-day operation that identified 2,400 supply chain attack victims.
![AI go Beep Boop! | [un]prompted 2026](https://thecyberarchive.com/assets/teasers/ai-assisted-hardware-hacking-chip-glitching-in-7-minutes-adam-laurie.webp)
Learn how AI cut a 6-week chip glitching failure to 7 minutes. Discover how LLMs guide EM fault injection and design hardware hacking platforms on a $7 Pico.
![FENRIR: AI Hunting for AI Zero-Days at Scale | [un]prompted 2026](https://thecyberarchive.com/assets/teasers/fenrir-ai-zero-day-vulnerability-discovery-at-scale-peter-girnus-derek-chen.webp)
Discover how Trend Micro's FENRIR engine chains SAST tools, fast LLM triage, and agentic sandboxes to find 60+ CVEs at $8.80 per true positive.
![Agents Exploiting Auth-by-One Errors | [un]prompted 2026](https://thecyberarchive.com/assets/teasers/ai-agents-auth-vulnerability-detection-brendan-dolan-gavitt.webp)
Learn how AI agents detect authentication bypasses, MFA bypasses, and authorization bugs using validator reuse and auth transmogrification.
![Code Is Free: Securing Software | [un]prompted 2026](https://thecyberarchive.com/assets/teasers/ai-security-guardrails-cicd-the-free-approach-paul-mcmillan-ryan-lopopolo.webp)
Learn how OpenAI engineers built LLM-powered security reviewers, living threat models, and a daily dependency scanner using ~40 lines of GitHub Actions YAML and checked-in Markdown files.
![Guardrails beyond Vibes | [un]prompted 2026](https://thecyberarchive.com/assets/teasers/ai-security-agents-production-stripe-guardrails-playbook-jeffrey-zhang-siddh-shah.webp)
Learn how Stripe built and deployed two production AI security agents with multi-agent architecture, LLM-as-judge eval pipelines, and phased rollout.
![Security Guidance as a Service | [un]prompted 2026](https://thecyberarchive.com/assets/teasers/security-guidance-as-a-service-rag-for-appsec-shruti-chandrani.webp)
Learn how Adobe built a RAG-powered security guidance platform delivering org-specific recommendations across Jira, Slack, and IDE at scale.
Learn why precision and recall fail for autonomous AI security agents — and how rubric-based LLM judge evaluation gives your team a reliable deployment bar.
Discover how Google's Big Sleep and Code Mender use agentic AI to find and patch deep memory safety bugs with zero false positives.
Learn how to build specialized AI security bots and apply generative AI across red team, blue team, and purple team workflows using a proven prompt engineering methodology.
