OUR FLAGSHIP CHIP
Clean Future CF-1
A low-power AI accelerator for physical AI — multi-camera perception, sensor fusion, and on-device vision-language models for robots, drones, and autonomous machines, at a fraction of the power of a general-purpose processor.
Explore CF-1 →Low power by design
Chosen for performance per watt from the first simulation.
Real-time at the edge
On-device inference, no cloud round-trip.
FPGA-validated
Proven on real hardware before tapeout.
Designed in India
IP and design files held domestically.
THE PLATFORM
One loop, from AI workload to tested silicon
Four stages of design, one stage of execution. Click any stage for the full picture.
01
Workload Intelligence
Fingerprint the model
02
Virtual Silicon
Fewer iterations, less waste
03
Architecture Explorer
Choose the right design
04
Pre-Silicon Validation
FPGA-proven, before silicon
05
Manufacturing
Packaged, tested, proven
Execution is the difference. Anyone can simulate a design. We prove ours on real hardware before tapeout — and we're bringing packaging and test in-house, so every architecture decision is checked against real silicon, not just a model of it.
MANUFACTURING
The stage that proves the other four
An assembly, test, and advanced packaging capability being built in phases in Uttar Pradesh — starting with our own chips, then opening to customers who need a partner that also builds, not just one that simulates.
• Assembly & Packaging
• Test & Qualification
• Advanced Packaging (2.5D/3D)
SOLUTIONS
Built for where you are today
AI Silicon Assessment
A clear read on whether your workload needs custom silicon at all, and what shape it should take if it does.
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Virtual SoC
A full system-on-chip, modeled and stress-tested against your real workload before a single gate is drawn.
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Custom AI Accelerator
Purpose-built acceleration for the workload you actually run, not a general-purpose approximation of it.
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Pre-Silicon Validation
Catch what simulation alone can't — validated on hardware before you're locked into a fabrication run.
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MARKETS
Where AI workloads meet silicon constraints
Automotive
ADAS and in-cabin AI within tight power and safety budgets.
Robotics
Real-time perception and control at the edge, not in the cloud.
Industrial AI
Inference where downtime is measured in cost, not inconvenience.
Semiconductor / OEM
A faster, evidence-backed path from workload to architecture.
PROCESS & ENGINEERING
See how a workload becomes tested silicon
An interactive, stage-by-stage walkthrough of the engineering behind every design.
SUSTAINABILITY
Less waste, by design
How simulating silicon before you fabricate it cuts real, physical waste — our sustainability initiative.
From AI to Silicon.
Not a simulation you hope holds up — an architecture you've already proven. Built with less waste, start to finish.
Let's build what's next.
Tell us about your workload and we'll tell you what it needs from silicon.
Contact PathinAI