But at real scale, large native codebases, many configurations, CI pressure, and growing security requirements, “faster builds” is not the real problem. The problem is that build becomes shared infrastructure. CMake RE turns CMake builds into a managed, scalable service with remote execution, layered caching, and reproducible environments, so your build becomes faster, more predictable, and easier to operate at sustained load.
Jody Hagins
Prolific C++ Engineer in the high frequency trading space and ISO C++ Standards Committee Member
Most teams treat build as a local activity plus “some CI.” That holds until build volume, configuration count, and platform diversity turn CMake into shared infrastructure. Then the problems get systemic:
Build Management at AI Scale means operating build and test as production infrastructure: execution, telemetry, forensics, reliability, and cost control. CMake RE is the CMake-native execution layer.
CMake RE is a CMake wrapper (“cmake-re”) that enables remote execution by wrapping your CMake invocation and running individual tasks remotely. Inputs are mirrored automatically, and tasks run in a configurable container image, improving hermeticity and making builds more reliable and cacheable.
This is the point: faster is good, but predictable and repeatable is what lets you scale.
Distribute CMake build work across a cluster to cut wall-clock time and remove local and CI resource limits.
Cache compilation, linking, testing, and configuration as separate layers, shared across the organization, without changing your workflow.
Use an open-source extension that integrates with existing CMake workflows, supports multiple package managers and foreign build systems such as autotools, and helps improve build hermeticity. It can also generate SBOMs as part of the workflow.
Reduce platform friction with custom, reproducible, extensible environments built for your specific needs, so builds behave consistently across machines and teams.
Integrate transparently into your existing pipeline to improve machine usage, enable dynamic scaling, and apply multi-level caching for a more efficient CI workflow.
Get specialized help for complex CMake challenges, backed by EngFlow and tipi.build expertise and community resources.
Boost in 15 seconds instead of 5 minutes 41 seconds; LLVM in under 4 minutes instead of 34.
Increase build reliability for a stable, dependable development workflow, especially as configurations and concurrency grow.
Make CI pipelines more predictable and reduce cloud spend by improving utilization and eliminating redundant work.
Run sanitizers and static analysis across the dependency chain without the build-time penalty that usually rules them out.
