INITIALISING VDOTX · EDGE INTELLIGENCE, ENGINEERED
Foundational silicon · Engineered in Chennai

Edge intelligence,
engineered.

We don't chase the future. We build what it runs on. Ultra-low-power accelerator IP for the intelligent machines of tomorrow — local inference, zero round-trip.

The substrate beneath intelligence.

VDOTX Branded Microchip on Lab Anti-Static Mat
Engineered, not assembled

Built for power-constrained inference, from day one.

VDOTX designs ultra-low-power edge AI compute architecture — accelerator IP and silicon platforms that let intelligent machines run inference locally. Lower power. Lower latency. Better privacy. No cloud round-trip.

VDOTX is not an AI software layer. It is the compute foundation underneath. That distinction shapes every choice we make.

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Precision. Efficiency. Inference, where it happens.

VDOTX engineers collaborating on microchip circuit layouts in a modern design office
Compute substrate

Ternary crossbar core with multi-precision routing.

Our compiler and compute fabric are co-designed for edge environments. By routing mathematical operations directly through a physical ternary crossbar array, VDOTX achieves deterministic latency and unmatched energy efficiency.

Designed from the transistor up to deliver absolute privacy and millisecond reaction times within sub-watt power envelopes.

Architecture

Ternary crossbar fabric

A routed compute substrate built for edge inference — multi-precision, deterministic, power-aware from the first transistor.

Power envelope

Performance per watt, by design

Dynamic precision routing matches each workload to the right hardware block. Datasheet TOPS, real-world milliwatts.

Reliability

Fault-tolerant compute

Predictive error-handling and structural redundancy for the constrained environments edge AI actually ships into.

Roadmap

Edge-first, not edge-adapted.

  • 2025 · Q4Theoretical validation & IP development. Architecture spec frozen, RTL of the ternary crossbar core in progress.
  • 2026 · H1Silicon concept & FPGA bring-up. First emulated end-to-end inference on a representative workload.
  • 2026 · H2Strategic integrator partnerships. Lead-design-partner program opens to selected hardware OEMs.
  • 2027Tape-out & prototyping. 22 nm pilot, characterisation against datasheet envelope.

Dates are current internal targets. Subject to design-partner alignment.

Partner with us

Foundational, not flashy.

Investors, licensees, integrators: come build the substrate the edge will run on.

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