
Explore resilient app architecture using chaos engineering principles. Learn AWS Well-Architected pillars, chaos phases, and AWS Fault Injection Simulator through practical demonstrations.

Explore KWOK, an open-source toolkit for creating and testing large-scale Kubernetes clusters with minimal resources. Learn about its capabilities for reliability and fault-tolerance testing.

Explore fault injection techniques in hardware hacking with practical tips on timing, intensity, and effectiveness. Learn innovative methods to determine optimal glitch timing for successful attacks.

Explore side channel attacks on low-cost hardware, covering power analysis, encryption vulnerabilities, and practical demonstrations. Learn acquisition techniques and countermeasures.

Explores hardware vulnerabilities in deep learning systems, demonstrating how fault injection and side-channel attacks can compromise model accuracy and steal proprietary information, highlighting the need for robust ML-level defenses.

Explore GlitchKit, an open-source solution for fault injection in closed systems. Learn techniques to bypass firmware protection and extract secrets through hardware hacking and reverse engineering.

Análisis de cómo sistemas de archivos y aplicaciones modernas reaccionan ante fallos de fsync, revelando vulnerabilidades críticas en la durabilidad de datos y sugiriendo mejoras de diseño.

Explore Istio's powerful features and learn to manage your service mesh using Kiali's visual interface. Hands-on demo covers deployment, traffic management, security, and more.

Explore Rainmaker, a tool for reliability testing of cloud-backed applications. Learn about its fault injection techniques, automatic policies, and success in detecting bugs in popular software.

Explore distributed tracing in service meshes to regain observability. Learn about Istio and Jaeger, deploy microservices, and discover how tracing reveals individual request behaviors in complex architectures.

Fireside chat with security experts Cristofaro Mune and Adam Laurie, discussing their extensive experience in hardware hacking, embedded systems security, and reverse engineering techniques.

Explore fault injection techniques to bypass Secure Boot in embedded systems, focusing on hardware-based attacks when logical vulnerabilities are absent.

Explore fault injection attacks on Secure Boot, their impact on embedded systems, and strategies for enhancing defenses through simulation techniques.

Innovative approach to automatically construct CPS models using supervised machine learning on data from systematically seeded software faults, demonstrating efficacy in detecting various attacks on a water purification plant simulator.

Explore hardware vulnerabilities in secure systems through a side-channel attack on RSA signatures, demonstrating how induced faults can compromise software-secure systems and extract private keys.

Reverse engineering Samsung oven firmware to fix temperature inaccuracies and improve performance, demonstrating power analysis, fault injection, and binary patching techniques for e-waste reduction.

Explore chaos engineering's evolution and its role in uncovering hidden issues in distributed systems. Learn about AWS Fault Injection Simulator and building resilience through destruction.

Explore kernel dependability and assurance in this comprehensive Linux Plumbers Conference session, focusing on enhancing system reliability and security.

Explore Service Mesh applications in Telco and Edge, covering modern ops, heterogeneous environments, 5G architecture, security, and multi-cloud management. Learn about new capabilities and future developments.

Techniques for building reliable infrastructure in Rust: advanced testing methods, bias reduction, and maximizing bug detection efficiency for distributed systems and databases.

Explore binary application internals with Frida, a powerful instrumentation framework. Learn to hook functions, trace data, and analyze software across multiple platforms through hands-on demos.