Graphsignal released an open-source sidecar GPU profiler designed to be read by AI agents rather than humans. It wraps inference servers, outputs one JSON endpoint of kernel, memory, power, and engine metrics, and lets an agent run the profile-and-tune loop autonomously.
Graphsignal released `graphsignal-run --auto-flags`, a tool that automatically tunes vLLM, SGLang, and TensorRT-LLM inference flags based on GPU profiling and workload telemetry. It adjusts startup flags on each restart to adapt to changing traffic patterns, eliminating manual tuning.
Graphsignal released `graphsignal-run --auto-flags`, a tool that automatically tunes vLLM, SGLang, and TensorRT-LLM inference flags based on GPU profiling and workload telemetry. It adjusts startup flags on each restart to adapt to changing traffic patterns, eliminating manual tuning.
PolyServe is an open-source autotuner for LLM serving that benchmarks configurations across vLLM, SGLang, and llama.cpp, covering weight precision, KV cache, batching, and speculative decoding. It selects a configuration meeting the user's latency constraints and serves it, replacing fixed tuning heuristics. It targets self-hosters and engineers unsure how to optimize inference for their GPU setup.
PolyServe is an open-source autotuner for LLM serving that benchmarks configurations across vLLM, SGLang, and llama.cpp, covering weight precision, KV cache, batching, and speculative decoding. It selects a configuration meeting the user's latency constraints and serves it, replacing fixed tuning heuristics. It targets self-hosters and engineers unsure how to optimize inference for their GPU setup.
Artificial Analysis released agentperf-local, an open-source tool that benchmarks how fast a machine serves an AI agent by replaying recorded agent trajectories against an OpenAI-compatible model server. It reports throughput and latency while carrying full conversation context per request, measuring speed without quality. It matters to practitioners running local inference who want agent-representative performance numbers rather than generic throughput benchmarks.
Artificial Analysis released agentperf-local, an open-source tool that benchmarks how fast a machine serves an AI agent by replaying recorded agent trajectories against an OpenAI-compatible model server. It reports throughput and latency while carrying full conversation context per request, measuring speed without quality. It matters to practitioners running local inference who want agent-representative performance numbers rather than generic throughput benchmarks.
An open-source tool where AI agents optimize CUDA kernels by running them in a C++ test harness, collecting benchmark results, and profiling with Nsight. The agents use LangGraph to orchestrate the iterative run-benchmark-profile loop. It targets developers who want automated performance tuning of their CUDA code.
An open-source tool where AI agents optimize CUDA kernels by running them in a C++ test harness, collecting benchmark results, and profiling with Nsight. The agents use LangGraph to orchestrate the iterative run-benchmark-profile loop. It targets developers who want automated performance tuning of their CUDA code.
A tool that uses a local LLM to automate performance profiling of Linux programs. It analyzes profiling data and provides insights, demonstrated with LLaMa.cpp profiling an LVGL HMI on QEMU.
A tool that uses a local LLM to automate performance profiling of Linux programs. It analyzes profiling data and provides insights, demonstrated with LLaMa.cpp profiling an LVGL HMI on QEMU.