KavachQ helps Indian enterprises and Critical Information Infrastructure operators discover their cryptographic estate, run quantum risk analysis, and migrate to NIST post-quantum algorithms — aligned with the NQM Task Force roadmap (May 2026).
India's NQM, approved in April 2023 with ₹6,003.65 crore, anchors research across four IIT/IISc hubs and supports an expanding ecosystem of startups.
Superconducting, photonic, and trapped-ion processors across four IIT/IISc thematic hubs, moving India toward indigenous quantum processing.
Satellite-based QKD, trusted-node architecture, and a sovereign quantum communication backbone connecting India's critical networks.
Precision magnetometers, gravimeters, and optical atomic clocks for defence, navigation, and resource exploration.
Semiconductor materials, topological insulators, and superconductors that form the foundational hardware layer for quantum technologies.
Adversaries are intercepting and storing encrypted traffic today. Data with long-term sensitivity (financial, health, defence) is already compromised in principle. Quantum-safe migration cannot wait.
Google's Willow chip achieved below-threshold error correction in 2024. IBM, Microsoft, and others have published credible roadmaps to fault-tolerant systems within this decade.
The NQM Task Force mandates CII to achieve full post-quantum resiliency by 2029, enterprises by 2033. Migration takes years, not months. Delay now means compliance gaps later.
Quantum computing is already optimising supply chains, accelerating drug discovery, and transforming financial modelling. India's quantum industry is growing across computing, security, and sensing.
Four NQM thematic hubs and national research institutes driving quantum R&D.
Lead hub for quantum computing — superconducting qubits, fabrication, and indigenous processor stack.
Lead hub for quantum communication — QKD networks, trusted-node fibre, satellite QKD R&D.
Lead hub for quantum sensing & metrology — magnetometers, gravimeters, precision timing.
Lead hub for quantum materials & devices — topological materials, qubit substrates, precision lasers.
Fundamental quantum physics, atomic clocks
Quantum optics, photon entanglement
Quantum sensing, optical clocks
Quantum communication, space applications
Beyond the NQM, four Indian states have launched quantum technology policies with infrastructure, funding, and talent programmes.
India's first dedicated quantum technology park. 50 acres in Amaravati. IBM 133-qubit system. AP Quantum Computing Policy 2025–30. Plans to train 3.5M students by 2035.
Quantum innovation hub in partnership with IIT Madras. TNSIM supporting quantum sensing startups. Focus on quantum security for state data centres.
MoU with IonQ and Scandian AB for quantum R&D corridor. 50,000 quantum-skilled engineers target. IBM partnership for workforce training. Three-phase rollout through 2030.
First state to provide students/startups real quantum hardware access. XeedQ 4-qubit computer. Q-CTRL partnership for engineering curriculum. Quantum strategy working group.
From startups pioneering QKD hardware to IT majors building quantum consulting practices.
From executive education to readiness assessment. A complete journey from understanding to operational readiness.
The NQM-mandated timeline with two adopter tracks (CII 2027–29, Enterprise 2028–33) and three milestones.
Curated learning paths for boards and CISOs covering computing, communication, PQC, and readiness.
A board-ready maturity score across awareness, inventory, risk, agility, and supplier discipline.
Compare NIST FIPS 203/204/205/206 algorithms by size, speed, family, and recommended use case.
CBOM discovery, hybrid PQC roll-out, crypto-agility controls, and L1–L4 compliance reporting.
Track PQC mandates and regulatory deadlines across major economies.
Understand the landscape. Assess your exposure. Build a board-ready action plan. This platform covers computing, communication, sensing, and cryptography.