When agents write your code, your build system is the bottleneck.

The simulation cycle eats compute. NativeLink caches what's stable, distributes what's new, and gets robotics and AV teams from code change to track-tested in minutes instead of hours.

Verification, synthesis, and timing closure devour compute the way C++ builds do — and reward content-addressable caching the same way. NativeLink distributes the workloads chip teams run for weeks at a time, and reuses results across runs, engineers, and projects.

Android, embedded firmware, cross-platform clients — millions of build targets across dozens of variants. NativeLink keeps Samsung-scale codebases compilable on a coffee break.

Linux distributions, security platforms, the systems other systems depend on. NativeLink runs under build pipelines at Rocky Linux (CIQ) and Menlo Security — keeping infrastructure code fast, reproducible, and secure.

Model code, data pipelines, and inference services rebuild constantly — and increasingly, agents are writing them. NativeLink keeps the loop tight when an AI commits ten times an hour.

Chromium and its descendants — Chrome, Edge, Brave, Electron apps, embedded WebViews — are some of the largest C++ codebases on the open web. NativeLink speaks reclient natively, distributing the millions of compile actions browser teams ship every release cycle.

Reproducibility isn't optional when an FDA audit asks for byte-identical builds three years later. Hermetic compilation, content-addressed artifacts, end-to-end provenance — by default.

Latency-critical C++, deterministic builds for compliance, hardware-specific targets for low-latency trading. NativeLink handles all three without the duct tape.