SEALSQ to Embed NIST-Certified Post-Quantum Cryptography in Parrot’s ANAFI UKR Drones
SEALSQ will integrate its NIST FIPS-compliant, EAL5+ Secure Elements into Parrot’s next-gen ANAFI UKR and CHUCK 3.0 drones for quantum-resistant authentication and encrypted communications. They will co-develop a Proof of Concept roadmap to deploy NIST-standard CRYSTALS-Kyber and CRYSTALS-Dilithium algorithms in UAVs for defense and public safety missions.
1. Partnership Expansion Overview
SEALSQ and Parrot extend their multi-year collaboration by embedding SEALSQ’s secure semiconductor technology into Parrot’s ANAFI UKR and CHUCK 3.0 platforms. This expansion leverages SEALSQ’s proven integration in ANAFI Ai and ANAFI USA to enhance security across professional UAVs used in defense, public safety and government operations.
2. Security Architecture Details
SEALSQ’s Secure Elements deliver NIST FIPS-compliant cryptographic operations, Common Criteria EAL5+ certification, hardware-rooted device identity, tamper-resistant key storage, AES-XTS SD card encryption and digitally signed firmware. These features ensure authenticated software, full data privacy, and secure boot integrity without sharing data without operator consent.
3. Post-Quantum Integration Roadmap
The partners will co-develop a Proof of Concept to integrate quantum-resistant authentication, encrypted communications and trusted device identity using CRYSTALS-Kyber for key encapsulation and CRYSTALS-Dilithium for digital signatures. This roadmap aims to future-proof UAV platforms against both classical and quantum-era cyberattacks.
4. Market and Regulatory Implications
Commercial drone market projections rise from $4 billion to over $40 billion, driven by defense, public safety, infrastructure inspection and industrial monitoring. NSA’s CNSA 2.0 and emerging NATO/EU frameworks mandate migration to NIST-standard PQC, making early quantum readiness a critical procurement requirement for government and high-value missions.