One OS.
Every qubit.
RYDCOMP is building India's first architecture-neutral Quantum OS — a full-stack runtime to program, simulate, execute, benchmark, and scale quantum computers. Starting with neutral atoms. Extensible to every architecture that matters.
Built for India's quantum ecosystem
The Stack
A full-stack Quantum OS.
Four layers, one runtime. Write once at the SDK layer, run on whichever quantum architecture fits the workload.
Developer SDKs
CUDA-Q, Pulser, Bloqade — with future Qiskit, Cirq, OpenQASM and QIR front-ends.
Quantum Runtime
Compile, schedule, simulate, execute, and benchmark circuits across heterogeneous backends.
Hardware Abstraction Layer
One OS, many architectures — neutral atoms today; superconducting, photonic, trapped-ion next.
Neutral-Atom Backend
Tight integration with Rydberg-array control electronics, optics, and pulse-level orchestration.
Hardware Abstraction
Architecture-neutral by design.
We start with neutral atoms for their scaling promise — and abstract the rest of the field behind a single OS interface.
Neutral atoms
AvailableRydberg-array native execution and analog/digital control.
Superconducting
On roadmapCryo-control integration and gate-level compilation.
Photonic
On roadmapMeasurement-based and continuous-variable backends.
Trapped ions
On roadmapAll-to-all connectivity and high-fidelity gate sets.
Long-term vision
A sovereign quantum layer for national infrastructure.
Cloud-accessible Quantum Runtime
Open to research labs, universities, enterprise pilots, and the next generation of QaaS.
From experiments to platforms
Help India move beyond one-off quantum demonstrations into a usable, programmable computing platform.
Indigenous, full-stack, open
An India-built Quantum OS — auditable, extensible, and aligned with global standards like OpenQASM and QIR.