K-Secure Tech · Zero-trust agents · Full RTL → STA signoff
The Agentic AI
Chip Design Environment
Secure, sandboxed agents collaborate with you in a production IDE — lint, simulate, synthesize, analyze waveforms, and close timing without leaving the workspace.
K-Secure Tech platform
Secure, capable, and built for the full flow
Not just fast agents — a zero-trust chip design environment with real EDA tools, a production-grade editor, and agent integration at every stage.
Security first
Agents operate on least privilege — not blind trust
Every agent action is authenticated, scoped to your project, and written as a reviewable proposal. Human files stay protected; only approved diffs land in src/.
- Firebase-authenticated workspace sessions
- Sandboxed EDA runs inside Docker — no host toolchain drift
- Agent patches go to .proposed — you accept or reject
Powered by open-source EDA
Our Vision
Reinventing chip design with agentic AI
K-Secure Tech brings a zero-trust, AI-native workflow to open-source EDA — from RTL in Monaco to Verilator simulation, Yosys synthesis, Surfer waveforms, and OpenSTA signoff.
About
A zero-trust multi-agent framework for semiconductor design — Verilator, Yosys, and OpenSTA in Docker with no local EDA installs.
Expertise
Specialized agents for RTL, lint, simulation, synthesis, and STA — grounded in live tool output, self-healing loops, and human diff approval.
Approach
Convention over configuration: chip.yaml, sim.f, staged flows, Surfer waveforms, and reproducible containerized runs you can audit.
Lint → Sim → Synth → STA
A deterministic stage graph with per-stage logs, cancel controls, live metrics, and agent self-healing when tools fail.
Lint
Verilator lint with diagnostics in the IDE
Sim
Compile & run via sim.f — VCD waveforms in Surfer
Synth
Yosys mapping with your 130nm liberty
STA
OpenSTA signoff — slack, TNS, reports
Platform
Built for engineers who ship silicon
Chat, file tree, EDA stage logs, signoff widgets, and agents — one secure workspace.
Multi-agent workforce
RTL, verify, synth, STA, and Project Manager — integrated into every EDA stage
Zero-trust & diff approval
Authenticated workspace, sandboxed runs, .proposed patches — you stay in control
Self-healing loops
Tool errors fed back to agents — up to N iterations per stage
Docker EDA
Verilator, Yosys, OpenSTA — mounted to your project at /workspace
Production IDE
Monaco editor, sim.f manager, waveform viewer, terminal, and split panels
Live signoff metrics
Area, slack, TNS, and cell count streamed via SSE to the dashboard
Start your next chip iteration
Initialize a project, configure your PDK, and collaborate with zero-trust agents from the dashboard — lint through signoff in one place.
Get Started →Book a demo
Watch our multi-agent system run RTL lint, simulation, Yosys synthesis, and OpenSTA timing analysis — all from a browser, no EDA installs required. Schedule a live walkthrough with the K-Agent team.
Multi-agent orchestration
RTL, verification, synthesis, and STA agents coordinate automatically — each stage feeds the next.
Self-healing loops
When a tool fails, the agent reads the error, patches the RTL or script, and retries — up to N iterations.
Zero install
Verilator, Yosys, and OpenSTA run in Docker on our servers. You only need a browser.
Latest News
Updates, releases, and milestones from the K-Agent team.
Built by engineers,
for engineers.
K-Agent is an open-source multi-agent EDA framework designed to automate the RTL-to-signoff pipeline. We combine LLM agents with industry-standard tools — Verilator, Yosys, and OpenSTA — into a single collaborative workspace.
Our mission is to make chip design accessible to every engineer, student, and startup by removing the tooling complexity that today requires expensive EDA licenses and years of specialised knowledge.
Follow us on LinkedIn →Contact us
Have questions, partnership ideas, or want to contribute? Reach out — we would love to hear from you.