The Future of the Field

AI in Cybersecurity

AI is transforming every layer of the security stack. Understand where it helps, where it introduces new risks, and how to build skills that stay relevant.

⚠️

AI amplifies both attackers and defenders

Attackers use AI to automate phishing, generate malware variants, and find vulnerabilities faster. Defenders use it to analyse threats at scale and respond automatically. The security engineers who thrive will be those who can harness AI — not just those who understand legacy tools.

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Threat Detection & Anomaly Analysis

Machine learning models can analyse millions of log events per second and surface anomalies that human analysts would miss — unusual login times, rare process executions, lateral movement patterns.

Real-world examples

  • User Behaviour Analytics (UBA) detecting compromised credentials
  • Network flow analysis spotting data exfiltration
  • Malware classification using file hash feature vectors

Tools

Elasticsearch MLSplunk UEBADarktraceCustom sklearn models

Security Automation & SOAR

AI-driven Security Orchestration, Automation, and Response (SOAR) platforms can triage, enrich, and respond to alerts automatically — dramatically reducing mean time to respond (MTTR).

Real-world examples

  • Auto-enriching alerts with VirusTotal, Shodan lookups
  • Blocking malicious IPs across firewall rules automatically
  • Generating incident tickets with context from log data

Tools

Splunk SOARPalo Alto XSOARLangChain + Pythonn8n
🔄

DevSecOps Workflows

LLMs and AI-assisted tools are transforming how security is embedded in code. From auto-fixing vulnerabilities to writing security policies from infrastructure code.

Real-world examples

  • AI-assisted SAST tools suggesting code-level fixes (GitHub Copilot)
  • LLM-generated IaC security policies from plain English
  • Automated triage of SAST findings to reduce noise

Tools

GitHub Advanced SecuritySemgrep (AI rules)SnykCodeQL
🤖

LLM Security — New Attack Surface

As organisations deploy LLMs, a new attack surface opens up. Prompt injection, data exfiltration via LLM context, and model poisoning are emerging threats that security engineers must understand.

Real-world examples

  • Prompt injection attacks on LLM-powered assistants
  • Indirect injection via malicious web content
  • OWASP Top 10 for LLM Applications

Tools

OWASP LLM Top 10PyRIT (red teaming)PromptBenchLangSmith

AI + Security Learning Path

A practical sequence for adding AI skills to your cybersecurity toolkit.

1

Python for Security Automation

Write scripts to parse logs, call APIs, and automate repetitive tasks.

2

ML Fundamentals

Classification, clustering, anomaly detection. scikit-learn + pandas.

3

Log Analysis at Scale

Elasticsearch, OpenSearch — index and query millions of log events.

4

SIEM ML Features

Enable and tune ML features in Splunk or Elastic SIEM. Build detection rules.

5

LLM Security

Study OWASP LLM Top 10. Run red-team exercises against LLM-powered apps.

6

Build a Pipeline

Complete the Automated Threat Detection mission to apply everything end-to-end.

Ready to build a real AI-powered detection pipeline?

Start the Threat Detection Mission