Build India's first validated cryogenic signal-chain platform — modular hardware that ships with the calibration, heat-load and drift records that make it usable in any cryostat, anywhere.
Cryogenic wiring, filtering, thermometry and calibration — designed and validated in India for global quantum labs.
Every module ships with cold S-parameters, heat-load model, calibration records, drift logs and install SOPs.
Harness, RF chain, filters, thermometry and calibration as a single subsystem — retrofit-ready for any cryostat.
Funding from QC LEAP 2026 supports Phase 1 product development end-to-end — three flagship modules with cold-validated datasheets and a pilot installation.
Core signal-chain primitives required by every cryogenic install.
Active modules that extend the platform into drive, readout and noise control.
Frontier capabilities pursued after Phase 1 & 2 ship and the platform is proven.
Wherever a working cryostat needs a reliable, validated signal chain — from university quantum labs to defence and space subsystems.
Superconducting and spin-qubit testbeds at IITs, IISc, IISERs, TIFR, RRI and other NQM-funded centres — plus partners across the global academic and hyperscaler ecosystem.
Cryogenic subsystems for DRDO programs requiring low-noise signal chains and validated thermal performance.
Indigenous cryogenic subsystems for space-grade instrumentation and ground-based characterisation.
Cryogenic components and signal-chain subsystems for Global quantum startups and ecosystem builders like Qbit Force, Amaravati Quantum Valley and others.
