Join us at PRAGATI Q‑Foundry 2026
Qbit Force is exhibiting at the National Quantum Mission's platform for industry collaboration, investor connect and technology translation. Come see Q-SHIVA, Q-CoRE and Q-CODE, and talk to the team that builds them.
Event details ↗
Our Latest Innovation
Generation 2026 · 4 K System
Cryogen-free. Sub-4 K.
A modular platform built around a two-stage Gifford–McMahon cryocooler, reaching a sub 4 K base temperature. Cryocooler, wiring and mobile frame on lockable castors arrive as one integrated system.
01 — Single-operator OVC access
One person opens it.
An integrated lifting and handling fixture raises the outer vacuum chamber clear of the cold stack, so a single operator can open or close the system in under 30 minutes. No crane, and the wiring stays connected.
02 — High-density signal access
Up to 100 SMA lines.
Three ISO100 ports carry up to 100 SMA I/O lines from DC to 20 GHz, alongside 24 twisted-pair phosphor-bronze DC wires, thermalised at the 50 K and 4 K stages for quantum, spintronics and optics research.
03 — Large sample space
Room for 10 devices.
A top-loading sample architecture designed for efficient exchange. 0.3 m of sample height and 0.6 m² of load area hold up to 10 superconducting devices or samples.
Generation 2026 · 4 K System
Q‑SHIVA
Quantum System for Hardware, Integration, Validation & Architecture.
Built in India, built for the world. A complete 4 K instrument for testing superconducting devices, delivered cooled, wired and ready to measure.
The Q-SHIVA Generation-1 System, developed by QBIT FORCE, is a cryogen-free cryogenic platform engineered to deliver stable, continuous cooling down to temperature lesser than 4 Kelvin for quantum hardware integration, validation, and low-temperature experimental research.
The full stack, delivered together
- 01Dilution refrigerator
- 02Gas handling + compressor
- 03Control electronics + software
A working quantum system is four things at once: a cryostat that reaches base temperature and stays there, a gas handling system that runs it, control electronics that reach the qubit, and software that ties the three together.
We build all four. They are specified, assembled and calibrated as one instrument, so the wiring, the pulse chain and the calibration routines already agree with each other on the day the system arrives.
Where we are going
- Formation of Qbit Force Quantum
- Manufacturing and Procuring Components
- Research and Development of Quantum Computers
- Product Delivery of 1Q and 1S
- Delivering a 65‑Qubit Quantum System
Base temperature of our dilution refrigerator platform.
Disciplines in house: cryogenics, electronics, fabrication, software.
First systems delivered in April 2026.