More power stopped being the answer.
ViMach designs deterministic, ultra-low-power silicon with post-quantum security built into the hardware. Running on deployed hardware today. Engineered for the workloads general-purpose processors were never built for.
Power is the binding constraint.
The semiconductor market is projected to cross one trillion dollars by 2030. Every part of it now runs into the same wall: the compute a system needs keeps rising, and the power available to it does not.
Post-quantum encryption standards make this sharper. The algorithms that replace today's cryptography are heavier — larger keys, more memory, more computation. A data centre absorbs that. A deployed platform running on a fixed power budget cannot.
For those systems, compliance stops being a software problem and becomes a hardware one.
Determinism in the silicon, not the compiler.
Deterministic execution
The same workload completes in the same time, every time, under load. Not scheduled to be predictable. Built to be.
Ultra-low power
Engineered for performance per watt in environments where the power envelope is fixed and cannot be raised.
Post-quantum, in hardware
Quantum-resistant cryptography accelerated in silicon rather than bolted on in software.
One architecture. Eleven markets. The list is not the limit.
Hardware today. Silicon next.
Validated accelerator hardware deployed with commercial customers.
Our own accelerator card, same architecture, same firmware interface.
ViMach silicon in the same board. The customer's integration does not change.
Revenue does not wait for silicon.
Series A.
ViMach is raising a Series A to complete its silicon programme, scale the engineering organisation, and build out its defence and data centre channels.
Full materials — including the funding plan, unit economics and technical detail — are available to qualified investors on request.
Request the investor materials
One of our founders will respond personally. We do not send attachments; you will receive a personal access link.