
Hands-on lab exploring vulnerability analysis and penetration testing techniques, covering network scanning, fingerprinting, and security tool usage for identifying system weaknesses.

Learn to set up and configure pfSense firewall in VMware Cloud, covering network setup, Windows configuration, diagnostics, routing tables, and DMZ rules.

Comprehensive overview of malware analysis techniques, covering types, virtualization, classification, dynamic analysis, file monitoring, and practical examples for various file formats.

Explore web infrastructure security: identity management, authentication methods, access control, and federated systems. Gain insights into SOAP, LDAP, Radius, Kerberos, and more.

Explore sa.FIRE Studio's interface, ontology, policy creation, retrieval, and revocation in this Cloud4Health demonstration by Dr Lu Fan.

Explore technical hacking foundations: protocols, headers, addressing, fragmentation, and security issues. Gain insights into network communication and potential vulnerabilities.

Comprehensive introduction to forensic computing, covering basic procedures, data collection, preservation, hiding techniques, and network traffic analysis.

Explore authentication methods, from passwords to biometrics, and delve into concepts like message hashing, private key authentication, and Microsoft CardSpace for secure digital identity management.

Explore code forensics techniques, from high-level languages to virtualization, obfuscation, and network analysis. Learn practical skills for investigating and analyzing software systems.

Learn to perform security scans using Nessus, covering policy creation, scanning techniques, and interpreting results for various systems including web servers and Windows.

Explore digital forensics fundamentals, including evidence collection, data preservation, and covert channel detection techniques for network traffic analysis and hidden information discovery.

Explore live forensics techniques, architecture, and core concepts for digital investigations, covering topics from high-level languages to virtualization and emulators.

Explore intrusion detection systems, attack patterns, and practical rules for network security. Learn to create alerts and detect various threats using Snort and other tools.

Explore Splunk and machine learning techniques for data analysis, including anomaly detection, prediction, clustering, feature extraction, and preprocessing methods.

Explore privacy, trust, and future tech challenges with cryptography expert Bruce Schneier. Delve into encryption, IoT risks, data breaches, and policy implications in our increasingly connected world.

Explore trusted hosts, TPM chips, encryption methods, and security measures for robust system protection and data safeguarding.

Explore tunnelling in network security, covering VPNs, VLANs, and transport modes. Learn practical applications through lab demonstrations and real-world examples.

Hands-on workshop on breaking encrypted 3D printer firmware, covering techniques like frequency analysis, known-plaintext attacks, and ARM architecture exploitation using tools such as Matplotlib and SciPy.

Celebrating global engineering solutions for real-world problems, showcasing finalists and awarding prizes for innovative projects in assistive technology, sustainable housing, ocean monitoring, and disaster recovery.

Comprehensive exploration of FPV drone frames, components, and transmitter/receiver systems. Covers frame types, sizes, materials, assembly, and communication technologies for building and operating custom drones.

Comprehensive introduction to I2C protocol, covering hardware aspects, protocol details, addressing, and practical examples. Ideal for embedded systems enthusiasts and engineers.