Reliance Global Moves to Control Post-Quantum Cybersecurity Firm

Reliance Global Group has closed a transaction with Enquantum, initiating a path toward majority control of the post-quantum cybersecurity platform. The company stated that the global transition to post-quantum encryption is expected to drive a multi-year upgrade cycle for cybersecurity infrastructure worldwide.

- The urgency for post-quantum cryptography is driven by the "harvest now, decrypt later" threat, where adversaries capture and store encrypted data today with the intent of decrypting it once quantum computers are powerful enough to break current standards like RSA and ECC. - In response to the quantum threat, the U.S. National Institute of Standards and Technology (NIST) has been standardizing quantum-resistant algorithms, finalizing the first three—CRYSTALS-Kyber (ML-KEM), CRYSTALS-Dilithium (ML-DSA), and SPHINCS+ (SLH-DSA)—in August 2024 to begin the global migration. - Enquantum, the acquired firm, specializes in hardware-accelerated, NIST-aligned cryptographic solutions. In 2025, it was granted a patent for FPGA-based encrypted communications, a technique designed to secure high-throughput environments like data centers and cloud providers without degrading performance. - The acquirer, Reliance Global Group (NASDAQ: EZRA), is primarily an InsurTech company focused on the insurance agency industry. This move is part of a strategic diversification through its EZRA International Group division and a new "Scale51" operating model designed to take controlling stakes in high-growth technology companies. - The transaction is structured through milestone-based investments, where Reliance acquired an initial stake by converting a secured bridge note and making a cash investment. The agreement outlines a path for Reliance to increase its ownership to a 51% controlling interest as Enquantum achieves specific operational and commercialization goals. - Major technology companies have already started integrating and testing PQC algorithms in preparation for the transition. Google's Chrome is enabling a quantum-resistant key exchange in TLS, and Apple has implemented its own PQC protocol, PQ3, for iMessage, signaling a broader industry shift to protect user data against future quantum attacks

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