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Prompt In
Silicon Out
9 Engines, 50 Tools, 1 Orchestrator
A chip takes twelve to twenty-four months. Very little of that is design.
Engineering time goes into moving data between tools that were never built to talk to each other, rebuilding context the previous engine already had, and waiting on licence servers. A single team runs dozens of point tools from six to ten vendors, each with its own formats, scripts and failure modes.
The bottleneck is not the silicon. It is the toolchain around it.
Context is rebuilt, not carried
Constraints, clock intent and waivers are re-authored by hand at each engine, because nothing downstream can read what the last tool knew.
Failures point backwards, slowly
A timing or CDC violation found late tells you a rule was broken. It does not tell you which decision, six weeks earlier, broke it.
Results are not reproducible
Re-running the same flow on a different machine can produce a different answer, so teams re-verify work they have already done.
Fix the handoffs and you do not save a step. You save the loop.
One platform. Fifty tools. One shared context.
EasyChip replaces the secondary tier of chip design - every tool that is not a core signoff engine - with a single suite written end to end, orchestrated from one place, with proprietary models attached to every engine of it.
We own the engines
50 tools built in-house across all 9 engines, not wrappers over someone else’s software. Deterministic by default.
One orchestration layer
Escanor drives the whole flow from the customer’s own machine. FlowBit manages the flow graph, Silicrate manages PDKs and IP.
AI across every engine
Proprietary models read the structured context the tools emit, so the assistant understands the design, not just the file in front of it.
The same design, without the tax around it
Vendors
Six to ten
Each with its own contract, format and support path.
One
One contract, one format, one support path.
Tools maintained
Around forty
Around fifteen
The rest arrive in the same binary.
Licensing
Licence servers
Seat contention, and daemons that fail at 2 a.m.
Offline signed
No daemon, no checkout wait.
Handoffs
Manual
Constraints and intent re-authored at every boundary.
Orchestrated
Context carried across all nine engines.
Reproducibility
Machine-dependent
Teams re-verify work they have already done.
Bit-identical
Run to run, machine to machine.
Where the design lives
Someone else’s cloud
Azure / AWS / custom servers.
Your own machine
Air-gapped teams fully supported.
The suite is built. We are hardening it for delivery.
Every tool in the end-to-end suite is written and functional. Escanor, FlowBit, LintBit, RegMap and VisUPF are live today.
Packaging and distribution - Apptainer images, offline signed licences, reproducible builds - and the ML layer across the suite.
First beta to design partners, deterministic only, with no AI in the initial release.
Demos run on your machine, against your own RTL
Nothing is uploaded. That is what makes the first meeting possible at all.