The logic layer
ARACS
A language for coherent computation.
How computation is expressed, compiled, simulated and run — designed for a machine that works with fields, not only with bits.
- Language
- Compiler
- Simulator
- Runtime
Building the world’s first coherent computers for inference.
In research · Coming soonNative India Technology
From a data centre to one SLOW chip
01 — Vision
Same world.
Every era of computing was shaped by its work. Arithmetic built the mainframe. Documents built the personal computer. Connection built the phone. Now the work is inference — machines that perceive, reason and respond, everywhere, all the time. It deserves a computer designed for it from the first photon to the last pixel.
ARCTRIQ · A TRIIQ Innovations company
Native India. Global ambition.
We’re building toward a future where the language, processor and human interface evolve together. Deep research. Deliberate design. One long-term direction.
ARCTRIQ is the computation and device direction of TRIIQ Innovations. It connects long-term research with the tools and physical systems people could use to learn, create and investigate.
Native India Technology02 — The idea
Compute with light, not just about it.
Coherent light carries information in its phase, amplitude and path. When coherent waves meet, they interfere — and that interaction can do useful work. ARCTRIQ is researching how to make it compute.
- 01EncodeInformation is written into a coherent optical field.
- 02InterfereWaves meet and combine. The interaction is the operation.
- 03ReadThe field is measured and checked against a reference answer.
Two coherent sources · Illustrative
ParadigmDigitalBits and logic gates
Our pathCoherent photonicOptical fields and controlled interference
ParadigmQuantumQubits and entanglement
Coherent photonic computing is classical physics. Light alone does not make a quantum computer — and we do not claim one.
03 — Who we are
Three divisions. One coherent stack.
The AI era needs more than a faster chip. It needs the language, the processor and the human interface to be designed together — so the whole system thinks in the same terms.
The compute layer
Gateworks
Processors made of light.
Photonic processor research and the systems that would carry it — from a personal machine to research infrastructure.
- SLOW processors
- ARC Exa
- ARC Yotta
The human layer
Interfacers
Devices for living with intelligence.
How people hold, open and work with computing in an era of inference — handhelds that unfold, desktops that keep up.
- Foldspace Duo
- Foldspace Trois
- ARC Factors
From the language of light to the way we live.
04 — Concepts
Designed around the work of inference.
Industrial design concepts for the systems and devices that would carry coherent compute — from a single processor to the way you hold it.
Gateworks · Processor
Photonic SLOW
The compute foundation.
A proposed photonic processor where computation happens in light — the primitive every Gateworks system is designed around.
Gateworks · Personal compute
ARC Exa
Personal scale. Supercompute ambition.
A compact home for a future photonic compute module, for the desk of a researcher, a studio or a lab. Its core stays visible.
Gateworks · Research & enterprise
ARC Yotta
For questions on a larger scale.
The long-horizon system direction: shared infrastructure for research institutions, built from validated processing units.
Interfacers · Folding handheld
Foldspace Duo
A wider space for your ideas.
A personal device that opens into a larger canvas. Two panels, one considered form, and the ARCTRIQ software vision.
Interfacers · Tri-fold handheld
Foldspace Trois
Three panels. One expansive canvas.
A phone in the pocket, a studio on the table — a tri-fold that opens a broader surface for thinking and making.
Interfacers · Modular desktop
ARC Factors
Compute plugs in. Your workspace stays.
A desktop built around dockable compute modules on the ARC Stage. Keep the workspace you love; evolve the compute beneath it.
05 — Scale
From exa to quetta.
We measure the roadmap in orders of magnitude. Exa, zetta and yotta scale are the near-term targets for Gateworks systems. Quetta is the horizon we are designing toward.
Operations per second- 1018Near term
A quintillion. The scale of today’s largest supercomputers — and the ambition behind ARC Exa.
- 1021Near term
A thousand times exa. Many SLOW processors, working as one coherent system.
- 1024Near term
A million times exa. The research infrastructure ARC Yotta is designed around.
- 1027Ronna
- 1030Future
The largest scale science has named. Where coherent computing could lead.
Scale targets describe direction and ambition, not measured performance.
06 — Research
Research first. Claims later.
We are early, and we say so. Each programme moves only as fast as the evidence: models first, then measured components, then integrated systems.
Simulation
Spatially Localized Optical WavefrontA photonic processor architecture.
SLOW explores local optical interactions organised across scales, read out and verified against a reference result. Architecture research and executable models are underway.
Research brief in preparation
Research
Adaptive Resonant Architecture for Coherent SymbolsA formalism for coherent symbols.
ARACS maps symbols and context into spatial states that a coherent machine can work with. A reference model and research implementations exist; the full language is in development.
Programme definition in preparation
The path
- UnderwayModels & simulation
- Next validation gateMeasured components
- Longer termIntegrated systems
Directions we are exploring
- Scientific simulation
- Signal & temporal processing
- Structured inference
No fabricated processor, performance advantage, energy saving or commercial readiness is claimed. Field visualisations are artistic, not simulation outputs.
07 — Coming soon
Coming soon.
The future is still in the lab.
ARCTRIQ is in active research. When the evidence is ready, you’ll hear it here first.
Investors, collaborators and experts
We share deeper material privately, under the right conversation.
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ARCTRIQ / TRIIQ Innovations · Native India. Open to the world.
08 — Contact
Let’s build what comes next.
ARCTRIQ is opening conversations with the people who will shape the next era of computing.