Prevention

Network

• Snort IDS - An open-source network IDS and IPS capable of real-time traffic analysis and packet logging. Snort can leverage AI for anomaly detection and to enhance its pattern matching algorithms for better intrusion detection.
• PANTHER - PANTHER combines advanced techniques in network protocol verification, integrating the Shadow network simulator with the Ivy formal verification tool. This framework allows for detailed examination of time properties in network protocols and identifies real-world implementation errors. It supports multiple protocols and can simulate advanced persistent threats (APTs) in network protocols.

Endpoint

• OSSEC - An open-source host-based intrusion detection system (HIDS). AI can enhance OSSEC by providing advanced anomaly detection and predictive analysis to identify potential threats before they materialize.

Detection

Network

• Zeek - A powerful network analysis framework focused on security monitoring. AI can be integrated to analyze network traffic patterns and detect anomalies indicative of security threats.
• AIEngine - Next-generation interactive/programmable packet inspection engine with IDS functionality. AIEngine uses machine learning to improve packet inspection and anomaly detection, adapting to new threats over time.

Endpoint

• Sophos Intercept X - Advanced endpoint protection combining traditional signature-based detection with AI-powered behavioral analysis to detect and prevent malware and ransomware attacks.
• MARK - The multi-agent ranking framework (MARK) aims to provide all the building blocks required to build large-scale detection and ranking systems. It includes distributed storage suited for BigData applications, a web-based visualization and management interface, a distributed execution framework for detection algorithms, and an easy-to-configure triggering mechanism. This allows data scientists to focus on developing effective detection algorithms.

Response

Network

• Metasploit - A tool for developing and executing exploit code against a remote target machine. AI can be used to automate the selection of exploits and optimize the attack vectors based on target vulnerabilities.
• PentestGPT - PentestGPT provides advanced AI and integrated tools to help security teams conduct comprehensive penetration tests effortlessly. Scan, exploit, and analyze web applications, networks, and cloud environments with ease and precision, without needing expert skills.

Endpoint

• Cortex - A powerful and flexible observable analysis and active response engine. AI can be used in Cortex to automate the analysis of observables and enhance threat detection capabilities.

Monitoring/Scanning

Network

• Nmap - A free and open-source network scanner used to discover hosts and services on a computer network. AI can enhance Nmap's capabilities by automating the analysis of scan results and suggesting potential security weaknesses.

Endpoint

• Burp Suite - A leading range of cybersecurity tools, brought to you by PortSwigger. Burp Suite can integrate AI to automate vulnerability detection and improve the efficiency of web application security testing.
• Nikto - An open-source web server scanner which performs comprehensive tests against web servers for multiple items. AI can help Nikto by automating the identification of complex vulnerabilities and enhancing detection accuracy.

User

• MISP - Open source threat intelligence platform for gathering, sharing, storing, and correlating Indicators of Compromise (IoCs). AI can enhance the efficiency of threat detection and response by automating data analysis and correlation.
• ZettelForge - CTI agentic memory system with entity extraction (CVEs, threat actors, IOCs, MITRE ATT&CK), knowledge graph with alias resolution, STIX 2.1 ontology, intent-classified retrieval, and MCP server for AI agent integration. Offline, MIT licensed.
• Scammer-List - A free open source AI based Scam and Spam Finder with a free API.

Tutorials and Guides

• Review - machine learning techniques applied to cybersecurity
• Cybersecurity data science - an overview from machine learning perspective
• Machine learning approaches to IoT security - A systematic literature review
• AI infosec - first strikes, zero-day markets, hardware supply chains, adoption barriers
• AI Safety in a World of Vulnerable Machine Learning Systems

Certifications

• IBM Cybersecurity Analyst - Get ready to launch your career in cybersecurity. Build job-ready skills for an in-demand role in the field, no degree or prior experience required.

Securing AI SaaS

Best Practices

• NIST AI RMF - A framework for managing risks associated with AI in SaaS. It provides guidelines on how to implement AI securely, focusing on risk assessment, mitigation, and governance.

Case Studies

• Microsoft AI Security - Case studies on securing AI applications in SaaS environments. These case studies demonstrate how AI can be used to enhance security and protect against evolving threats.
• Google AI Security - Insights and case studies from Google on how to secure AI applications in the cloud.

Tools

• IBM Watson - Tools and solutions for securing AI applications. Watson uses AI to analyze vast amounts of security data and identify potential threats, providing actionable insights for cybersecurity professionals.
• Azure Security Center - Comprehensive security management system for cloud environments. AI and machine learning are used to identify threats and vulnerabilities in real-time.
• OneCLI - Open-source credential vault for AI agents. Rust HTTP gateway intercepts agent requests and injects API credentials transparently, preventing key exfiltration via prompt injection.

Network Protection

Machine learning in network security focuses on Network Traffic Analytics (NTA) to analyze traffic and detect anomalies and attacks.

Examples of ML techniques:

• Regression to predict network packet parameters and compare them with normal values.
• Classification to identify different classes of network attacks.
• Clustering for forensic analysis.

Research Papers:

• Machine Learning Techniques for Intrusion Detection - A comprehensive survey on various ML techniques used for intrusion detection.
• A Survey of Network Anomaly Detection Techniques - Discusses various techniques and methods for detecting anomalies in network traffic.
• Shallow and Deep Networks Intrusion Detection System - A Taxonomy and Survey - A taxonomy and survey of shallow and deep learning techniques for intrusion detection.
• A Taxonomy and Survey of Intrusion Detection System Design Techniques, Network Threats and Datasets - An in-depth review of IDS design techniques and relevant datasets.

Endpoint Protection

Machine learning applications for endpoint protection can vary depending on the type of endpoint.

Common tasks:

• Regression to predict the next system call for executable processes.
• Classification to categorize programs into malware, spyware, or ransomware.
• Clustering for malware detection on secure email gateways.

Research Papers:

• Deep Learning at the Shallow End - Malware Classification for Non-Domain Experts - Discusses deep learning techniques for malwa