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Executive Summary

Large polyglot engineering teams today suffer from "build-arch amnesia": incremental build systems treat artifacts as opaque files and lose lineage across language and toolchain boundaries, forcing full rebuilds or conservative rebuild scopes that waste developer time and CI minutes. This problem is acute in monorepos and teams using mixed toolchains (for example Rust, WASM, JavaScript, and Go) where a single logical change can cascade into expensive rebuilds and drive up infrastructure and developer costs. You could build a unified, language-aware incremental build system that ingests compiler metadata, tracks cross-language dependency graphs, and performs fine-grained invalidation and deterministic caching across IDE, CI, and remote cache layers. Technical product pillars would include a plugin model for 10–20 major toolchains, content-addressed artifact storage, reproducible build hashing, and integrations that let teams see why a target was rebuilt and selectively rerun only affected units. The market timing is favorable: an addressable base of roughly 24 million professional developers spending about $600 per year on build/CI/productivity tooling yields a $14.4B market, and trends like larger monorepos, rising Rust/WASM adoption, and proliferation of edge/serverless targets increase rebuild surface and optimization pressure. Companies already spend millions on CI and developer productivity; even modest reductions in rebuild time meaningfully lower recurring costs and improve velocity. This approach can stand out by being language-aware rather than file-level, delivering provable correctness of incrementalness and actionable observability for complex, multi-toolchain graphs, potentially cutting rebuild time by 2–5x in pilot customers. Realistic challenges are significant: maintaining and versioning plugins for evolving toolchains, overcoming adoption friction and incumbent switching costs, and achieving the network effects that make a build system a default; a pragmatic go-to-market (open-core SDK plus SaaS remote cache and enterprise integrations) and early focus on large monorepo customers can mitigate those risks.

Executive Summary

Fixing build-arch amnesia: unified, language-aware incremental build system

Executive Summary

Fixing build-arch amnesia: unified, language-aware incremental build system

Executive Summary

Market Validation

Market Opportunity

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