Quantum-Secure Robotics
Quantum-Secure Robotics
What It Is:
A security framework using post-quantum cryptography (PQC) and quantum key distribution (QKD) principles to protect robotic communication, firmware updates, and access control from future quantum-based attacks.
Key Capabilities:
Lattice-Based Encryption (NTRU, Kyber) Cryptographic schemes resistant to Shor’s algorithm are implemented in all robotic firmware and communication endpoints.
Zero-Knowledge Proof Authentication Robots can prove identity and task completion without exposing sensitive data.
Tamper-Proof Command Validation Ensures that robotic units cannot be hijacked or manipulated via compromised command channels.
Secure OTA Updates Updates to robotic firmware are distributed via an encrypted, decentralized, and verifiable system, reducing risks from supply chain attacks.
Benefits:
Protects robotic systems against quantum-capable adversaries
Ensures integrity of autonomous missions
Enables secure M2M communications for multi-robot environments
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