Turn your heaviest service into a razor-sharp Rust binary.
bin01 ingests entire repos, rewrites the critical path in safe Rust, autotunes for your targets, and hands you artifact-proven binaries that slam latency and cost. Rust power without rewriting your org from scratch.-78%
Binary weight
11x
Faster cold starts
-65%
Cloud runtime spend
4 min
Avg. compile window
Live build feed
Transparent stages, signed outputs, and zero-guesswork observability with every run.⚙️ Synthesizing perf hotspots → rust modules
🧪 Running wasm + arm64 parity tests
🔐 Signing artifact #puma-release
🚢 Shipping binary to edge POPs
Compiler intelligence
Binary diffing, SSA graphs, and constraint solving target the loudest paths automatically.Hardware empathy
Profiles AVX, GPU, and WASM to squeeze the silicon you actually deploy on.Always verifiable
SBOMs, signed artifacts, and attestation files arrive with every build.Deployment ready
Push to containers, edge workers, or deliver a raw ELF—your choice.A four-phase gauntlet that ships hard numbers
Every stage is observable, reversible, and tuned to push binaries that can survive prod on day one.1
Snapshot & sense
We digest repos, infra manifests, traffic traces, and build a full performance fingerprint.2
Synthesis & merge
Rust modules land alongside your code—no freeze required—keeping IO contracts intact.3
Autotune gauntlet
Load, fuzz, and hardware-aware tuning lock in performance regressions before you ship.4
Binary delivery
Signed artifacts, deploy hooks, and roll-forward playbooks make shipping ruthless and safe.Benchmarks from last week's migrations
Real customer workloads, reproduced in our secure build grid, then deployed to their actual infra.P95 latency (ms)
→ 58
from 320 ms
CPU utilization
-68%
balanced nodes
Memory footprint
-72%
steady load
Energy per request
-54%
edge POP
“bin01 is the first tool that let us weaponize Rust without rewriting ten years of TypeScript by hand.”Lee R., CTO @ VeloMesh