
Theoretical Part: Importance of AI Agents in Cybersecurity, roles, and learning goals.
Live Demo Part: Quick tour of agent examples you’ll build in the course.
Theory: From NLP to AI agents (LangChain, AutoGPT, ReAct).
Demo: Building a basic ReAct-style reasoning agent.
Learn how AI agents evolved from large language models and what makes them autonomous. Understand the key shift from passive tools to active decision-makers in cybersecurity.
Theory: Planning, Tool Use, Memory, Prompt Chaining.
Demo: Create a simple planner + executor agent.
Explore the core building blocks of AI agents—planning, memory, tools, reasoning—and discover popular architectures like ReAct and AutoGPT used in cyber workflows.
Theory: How AI agents integrate into Splunk, ELK, or EDR tools.
Demo: Agent reads JSON logs and outputs key events.
Understand how to link AI agents with existing security infrastructure, including SIEM, SOAR, and EDR tools, to build seamless, integrated automation pipelines.
Theory: Identifying patterns in log data with LLMs.
Demo: Use a LangChain agent to analyze sample log files.
Discover how AI agents analyze log data in real-time to identify patterns, detect anomalies, and separate false positives from real threats with high accuracy.
Theory: Language patterns, URLs, header analysis.
Demo: Agent checks emails for phishing indicators.
Learn how agents can analyze emails, links, and headers to detect phishing attempts and malicious payloads using LLM-driven semantic analysis.
Theory: Using LLM agents to classify TTPs.
Demo: Agent labels input logs based on MITRE mapping.
Use prompt-chaining agents to classify logs into tactics, techniques, and procedures (TTPs) based on the MITRE ATT&CK framework for threat intelligence.
Theory: SOC workload reduction through alert prioritization
Demo: Agent triages a sample alert queue
Theory: NLP-powered summarization of alerts/incidents
Demo: Agent generates auto-formatted SOC tickets
Theory: Agents that generate and test threat hypotheses
Demo: Agent queries log data for hidden IOCs
Theory: Integrating NVD, Nessus & Shodan APIs; summarizing CVE details and linking to recommended fixes
Demo: Build an agent that ingests mock scan results, prioritizes CVEs by severity, and outputs patch suggestions
Theory: LangChain agent framework setup; input validation, sandboxing & anti-hallucination techniques.
Demo: Code a secure agent in VS Code that extracts vulnerability data, enforces validation rules, and handles errors gracefully.
Theory: Autonomous risk analysis; deployment strategies from REST APIs to Slack/Teams bots.
Demo: Deploy your agent for continuous NVD monitoring, query logs for new IOCs, and push prioritized alerts to Slack.
In today’s fast‑paced security landscape, manual vulnerability triage can’t keep up. This course empowers you to build fully autonomous AI agents that streamline every stage of vulnerability management—from data ingestion through remediation and alerting. You’ll gain hands‑on experience designing agents that fetch CVE records in real time, prioritize threats by severity, summarize issues with an LLM, and push actionable alerts to your team. By the end, you’ll have a cloud‑native, production‑grade pipeline that continuously secures your environment with minimal human intervention.
Data Integration & Processing:
- Source Aggregation:
Learn how to pull vulnerability data from multiple feeds—NVD’s CVE API, Nessus scan results via pyTenable, and host‑specific insights from Shodan.
- Data Normalization:
Standardize severity scores, merge records, and filter out noise so your agent focuses on the highest‑impact threats.
- Log Management:
Build append‑only logs in JSON‑lines format to retain a complete audit trail of every fetched CVE for compliance and analytics.
AI‑Powered Remediation:
- Prompt Engineering:
Use LangChain and OpenAI to frame your LLM as a vulnerability remediation specialist.
- Summarization:
Automatically transform raw CVE data into 1–2 sentence overviews.
- Patch Recommendations:
Generate 3–5 bullet‑step remediation guides complete with official advisory links, giving your security team clear, actionable next steps.
Security, Validation & Sandboxing:
- Input Validation:
Enforce JSONSchema rules and strict type checks to block malicious or malformed input before it reaches your core agent logic.
- Sandbox Isolation:
Contain risky operations in jailed subprocesses or containers with CPU, memory, and system‑call restrictions.
- Anti‑Hallucination:
Implement retrieval‑augmented generation, response schema validation, and confidence thresholds so your agent’s outputs remain factual, reliable, and auditable.
Deployment: Containerization & CI/CD:
- Docker Multi‑Stage Builds:
Craft lean, secure images that include only runtime artifacts and non‑root users for minimal attack surface.
- Kubernetes Orchestration:
Deploy agents as CronJobs and Deployments, configure health probes and autoscaling, and manage secrets via ConfigMaps.
- CI/CD Automation:
Use GitHub Actions to trigger pipelines on every commit: build images, run unit tests, push to your registry, and deploy seamlessly—ensuring rapid, error‑free releases.
Real‑Time Monitoring & Alerting:
- Metrics Collection:
Instrument your agents with Prometheus exporters to gather performance and error metrics.
- Visualization:
Create Grafana dashboards that track CVE ingestion rates, processing latency, and alert volumes at a glance.
- Alert Rules:
Configure Alertmanager to fire notifications for newly detected critical CVEs.
- Notification Channels:
Integrate with Slack (or email) to deliver top‑five threat alerts directly to your team’s channels in seconds.
Who Should Enroll?
Cybersecurity Professionals wanting to automate vulnerability triage and response.
DevOps Engineers seeking to integrate AI‑driven security into CI/CD pipelines.
AI Enthusiasts aiming to apply large‑language models to real‑world DevSecOps challenges.
Security Architects focused on building scalable, resilient, and autonomous security workflows.
Equip yourself with the skills to transform manual vulnerability management into an AI‑powered, continuous process—keeping your organization safe, compliant, and ahead of emerging threats.