
Explore the relationship between DevOps and SRE, their effectiveness, and how elite software delivery teams can benefit from modernizing technical operations.

Explore Datadog's metrics backend evolution, scaling challenges, and reliability solutions. Learn about distributed systems, Kafka implementation, and strategies for handling failures at various levels.

Explore Facebook's scaling of memcached to support billions of requests per second and trillions of items, enabling a rich experience for over a billion users worldwide.

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

Explore the journey of defining effective SLOs for data-intensive services, focusing on search engines. Learn about monitoring processes, consistency, and automated mitigation strategies for complex systems.

Explore principles of Chaos Engineering to improve resilience in distributed systems. Learn techniques for surfacing inherent chaos and building confidence in system behavior at scale.

Explore Clipper, a low-latency prediction serving system that enhances machine learning deployment with improved latency, throughput, accuracy, and robustness across various frameworks and applications.

Explore Facebook's TAO, a distributed data store designed for efficient social graph access. Learn about its architecture, API, and how it handles billions of reads and millions of writes per second.

Explore a secure data-sharing system that protects user privacy and ensures data integrity through decentralized trust, hiding identities and detecting server-side violations.

Scalable messaging system offering cryptographic privacy, using parallel mix networks and novel techniques to support millions of users with low latency while protecting communication metadata.

Explores a new availability metric for cloud applications: windowed user-uptime. Discusses its advantages over traditional metrics in accurately reflecting user experience and distinguishing outage patterns.

Explores CRaft, an erasure-coding-supported version of Raft consensus protocol, reducing storage and network costs while maintaining fault tolerance and liveness. Presents design, challenges, and performance improvements.

Comprehensive overview of Linux systems performance, covering tools, methodologies, and techniques for analysis and tuning. Ideal for developers and sysadmins seeking to optimize Linux environments.

Explore Wikipedia's server-side architecture, from routers to microservices, and learn how open-source technologies power one of the world's top websites.

Explores intra-process isolation for high-throughput data plane libraries, proposing protected libraries as a new OS abstraction to achieve safety and performance in kernel-bypass approaches for managing high-speed devices.

Explore Google's Zanzibar, a global authorization system for storing and evaluating access control lists, offering scalability, consistency, and high performance across various services.

Presentation on PARTISAN, a runtime system for actor applications offering improved scalability and reduced latency through dynamic overlay selection, named channels, and affinitized parallelism.

Explore LegoOS, a revolutionary distributed OS for disaggregated hardware resources in datacenters. Learn about its splitkernel model, improved resource utilization, and enhanced failure handling capabilities.

Explore libmpk, a software abstraction enhancing Intel MPK's security and scalability. Learn about its implementation, benefits, and applications in OpenSSL, JavaScript JIT, and Memcached.

Explore distributed consensus through "Skinny," a lock service. Learn Paxos protocol, design a simple consensus protocol, and tackle implementation challenges from theory to coding.

Explore Java's G1 Garbage Collector tuning for realtime services, focusing on performance measurement, latency optimization, and effective settings for large heaps.