Military-grade quantum encryption solutions protecting national infrastructure
Quantum physics is rewriting the rules of reality, where particles exist in superpositions, teleport information, and defy classical computation. It's not science fiction—it's the next scientific revolution.
At Taqbit, we're building quantum-secure communication systems, post-quantum cryptography, and real-time quantum key distribution (QKD) solutions that ensure digital trust in an uncertain future.
Our technologies enable unhackable encryption, true randomness generation, and a secure quantum backbone for government, finance, and critical infrastructure.
With global quantum threats on the horizon, now is the time to invest in quantum resilience.
Exploring the quantum world through the words of visionaries
The trusted partner for quantum security in India
Global experts in quantum physics bring research into practical security
Proudly developed and manufactured in India for national security needs
Our systems meet stringent standards for classified environments
Protecting India's most critical systems with post-quantum cryptography
Quantum-resistant encryption for tactical communications and strategic defense networks
Secure command & control systems for army, navy and air force operations
Quantum-safe avionics and airborne communication systems
Power grids, transportation and utilities protected against quantum threats
Quantum-proof encryption for sensitive citizen and national security data
Quantum-secure banking transactions and encryption for high-value financial operations
Cutting-edge technologies designed for real-world security challenges.
Our QKD systems enable two parties to produce a shared random secret key known only to them, providing information-theoretic security.
PQC uses quantum-resistant algorithms to safeguard sensitive data against future quantum attacks, enabling a secure transition for today's infrastructure.
Generates true entropy from photon-level quantum randomness — ideal for secure cryptographic systems and applications requiring perfect unpredictability.