Organizations Tagged with lock-free-programming: Building High-Performance, Low-Latency Concurrent Systems with Lock-Free Concurrency
Discover organizations tagged with lock-free-programming that implement lock-free concurrency and non-blocking algorithms to deliver low-latency, high-throughput multithreaded and real-time systems. This curated list of organizations shows practical use of lock-free concurrent data structures, wait-free and obstruction-free techniques, and non-blocking synchronization across stacks like C++, Rust, and Java; use the filters to compare production-grade implementations, benchmark trade-offs, and identify projects by ecosystem or deployment. Learn actionable insights on when to adopt lock-free patterns versus fine-grained locking, how they improve scalability on multicore architectures, and where to find source code, benchmarks, and contact points for collaboration. Explore the results, apply filters to narrow by language or domain, and inspect repositories and case studies to accelerate adoption of lock-free-programming in your systems.
