
Introductory overview of formal verification techniques in industry, focusing on safety-critical systems. Explores tools, applications, and adaptability to existing infrastructures.

Explore strategies for efficient systems data management, including sampling and aggregation techniques, to maintain crucial information while reducing data volume and costs.

Learn to quickly estimate system performance using base rates and napkin math, enabling informed decision-making in technical discussions and design processes without building systems first.

Learn to create a PID controller for autoscaling Kubernetes deployments, ensuring smooth scaling based on custom targets. Explore control theory principles and their application in SRE practices.

Explores IoT demand attacks on power grids, analyzing cascading outages and system vulnerabilities. Presents findings from a large-scale North American grid study, discussing protective measures and future challenges.

Exploring security vulnerabilities in smart home platforms through reverse engineering and phantom device testing, revealing unexpected state transitions and potential attacks.

Unveils vulnerabilities in automotive remote keyless entry systems, demonstrating how attackers can exploit flaws to gain unauthorized access to vehicles from major manufacturers.

Explore software-based TPM implementation using ARM TrustZone, overcoming hardware limitations to provide robust security features for trusted computing in mobile devices.

Innovative laser-based system for high-bandwidth bidirectional air-water communication, adapting to water dynamics and offering 3D steering capabilities for improved underwater operations and coordination.

Innovative RF sensing system for non-invasive food and liquid identification in closed containers, achieving high accuracy across various applications and environments.

Explores human factors in automation, challenges for system administrators, and strategies for coping with complex socio-technical systems. Discusses resilience, expertise development, and the ironies of automation.

Discover how Honeycomb improved system reliability through intentional node termination, uncovering bugs and progressing towards continuous experimentation for enhanced resilience and scalability.

Veteran systems engineer shares invaluable lessons from two decades of failures, offering insights on designing, running, and troubleshooting large-scale online services to help others avoid costly mistakes.

Explore how restaurant operations parallel computer system reliability, drawing insights from dining experiences to enhance understanding of complex system management and fault tolerance.

Explore reliability engineering beyond traditional SRE practices. Learn about concrete models, underlying mechanisms, and new strategies to enhance service reliability and tackle complex challenges.

Explore machine learning-driven automation for optimizing Kubernetes microservices and JVM settings, enhancing performance, efficiency, and cost-effectiveness in complex tech stacks.

Explore Slack's evolution in incident management, covering strategies for handling numerous incidents, team-wide capability building, and future directions in maintaining platform reliability.

Explore System Dynamics for modeling feedback loops in distributed systems. Learn its history, tools, and applications to prevent outages and improve software architecture design.

Reflective analysis of SRE book's impact, addressing its strengths, weaknesses, and unresolved challenges in production engineering and reliability practices five years after publication.

Explore datacenter optimization challenges, integrating infrastructure management with power, space, and cooling systems. Learn about industrial controls and their limitations in this thought-provoking talk.

Explore practical strategies for fostering kindness in software engineering, covering code reviews, psychological safety, feedback, and workplace honesty to create happier teams and companies.