The HPX Project announces the release of HPX V2.0.0 RC1. This major update to our C++ Standard library for Concurrency and Parallelism brings full C++23 support, proposed C++26 features, and marks our official welcome into the High Performance Software Foundation.
A detailed look at the GSoC 2026 project that integrated the Tracy profiler into HPX to provide full visibility into lightweight tasks and thread activity.
Discover how C++26 static reflection is revolutionizing remote operations in the HPX library. This GSoC 2026 project eliminates cumbersome boilerplate macros, transforming remote function dispatch into a clean, compile-time checked hpx::async API—all while maintaining full backward compatibility with existing code.
This project focused on completing HPX's hierarchical collective family and optimizing multi-node communication performance, including replacing a root-routed all_to_all bottleneck with an efficient pairwise implementation.
This project focuses on the architectural phase of migrating HPX's asynchronous execution model toward the C++ Sender/Receiver (P2300) design standard for C++26. Core accomplishments include eradicating obsolete stdexec-era compatibility code, stabilizing the make_future boundary, and integrating MPI and CUDA adapters into native sender pipelines.
