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AI-native EDA platform
One platform for everything around signoff - the cockpit above the engines you trust, not a replacement for them.
Prompt In. Silicon Out
lint · 2 open
timing · worst paths
One flow · spec to 3D-IC
Orchestrating the engines the industry already trusts
EasyChip checks01 your RTL the moment it exists, implements02 from spec to GDSII in one cockpit, and signs off03 without your IP ever leaving your infrastructure.
01Check
Linting, constraints, and power intent verified the moment they exist - in your editor, in your CI, with fixes attached. Problems found at typing speed instead of signoff speed.
Explore the Verify stage →blocking assignment inside sequential block
fifo_ctrl.sv:142 · rule W-1024
latch inferred from incomplete case
fifo_ctrl.sv:96 · rule E-0207
Illustrative interface
02Implement
Synthesis, timing, and physical flow as structured data you can query and automate - one shared context from spec to GDSII instead of forty disconnected logs.
Explore the Implement stage →Illustrative interface
03Own
Every tool composes into reproducible local flows. No data egress, no cloud round-trip - the most IP-sensitive teams get the most capable tooling.
Explore Escanor →Illustrative interface
Live today
Not a roadmap - shipped. Every tool below is live, local-first, and built to compose.
Catch RTL issues before they reach signoff - deep SystemVerilog linting in your editor and your CI.
Explore LintBit →Author and visualize UPF power intent - see your power domains instead of hand-writing brittle files.
Explore VisUPF →Lint, merge, and formally prove your timing constraints - and draft them from natural language.
Explore VisSDC →One register spec, every output - RTL, UVM RAL, C headers, and documentation that never drift apart.
Explore RegBit →A waveform viewer that understands your design - protocol decoding and AI-assisted debug, at desktop speed.
Explore WaveBit →A modern RTL synthesis suite - clean C++ core, built to be scripted, inspected, and trusted.
Explore Stella →A static timing engine with a real Python API - timing analysis you can script, query, and automate.
Explore SAC →Orchestrate your entire EDA flow as a graph - reproducible runs, convergence loops, and full visibility.
Explore FlowBit →The PDK substrate - immutable, content-addressed process kits with lockfiles, so every run is reproducible.
Explore Silicrate →Escanor - local-first
Escanor runs EasyChip entirely on your own hardware - no data egress, no cloud round-trip. Built for teams under foundry NDAs and IP that can't leave the building.
Where this is going
Silicon should be as easy to create as software. One discipline throughout: AI proposes, deterministic engines verify.
Fair questions
No. EasyChip is the cockpit above your signoff engines - it consolidates and orchestrates the secondary toolchain around them and owns the integration and developer-experience layer, not the signoff itself. You keep the engines the industry already trusts.
With Escanor, nowhere - it runs the platform entirely on your own infrastructure, with no design data leaving your machines. Local-first is a hard invariant across every tool we ship.
Two things. Breadth: EasyChip is a full platform across the flow, not one AI task. Discipline: AI proposes, deterministic engines verify - no output is trusted until a deterministic engine has checked it.
Nine tools are live today - LintBit, VisUPF, VisSDC, RegBit, WaveBit, Stella, SAC, FlowBit, and Silicrate - spanning design, verification, implementation, and the platform layer. Everything else on the site is labeled In Development or Roadmap. We label status honestly on every tool, always.
Book a demo and we'll walk you through the platform on your use case, or join early access to get tools as they open up. VisUPF is free and open source. For pricing, talk to us - plans are shaped around individuals, teams, and IP-sensitive enterprises.
Yes. EasyChip wraps standard engines and standard formats - it fits alongside your current flow rather than forcing a rip-and-replace. Tools compose as nodes in FlowBit graphs, and everything can run locally.
See the platform, or run it on your own infrastructure.