Reliance Global Group Positions EnQuantum to Secure the Post-Quantum Economy Before Q-Day

Key Takeaways

Strategic Positioning: Reliance Global Group has positioned its EnQuantum investment to address the post-quantum cybersecurity upgrade cycle for critical digital infrastructure ahead of Q-Day.

Technical Innovation: EnQuantum delivers FPGA-accelerated, hash-based post-quantum cryptography solutions engineered for terabit-scale throughput, ultra-low latency, and up to 20% energy reduction.

Market Drivers: The move aligns with accelerating enterprise demand and supportive government policy for quantum-resilient encryption across finance, AI infrastructure, and telecommunications networks.

Reliance Global Group, Inc., has positioned EnQuantum Ltd., its post-quantum cybersecurity investment, to deliver infrastructure-grade encryption technologies designed for secure, low-latency, high-throughput network environments. Announced on June 1, 2026, the update reflects the company’s early focus on quantum-resilient cybersecurity. Governments, financial institutions, AI infrastructure operators, and telecommunications providers are preparing for the point at which future quantum computers could compromise widely deployed legacy encryption methods.

Technical Specifications & Implementation Approach

EnQuantum Ltd., which has received investment and approval from the Israel Innovation Authority (IIA), is developing energy-efficient post-quantum cryptography solutions built on an FPGA-accelerated architecture. The core offering centers on a hash-based Post-Quantum Cryptography Engine optimized for data processing at terabit scale with ultra-low latency. Complementary components include the ENX Platform, a secure interconnect solution, and a DPU Solution that fully offloads network functions with a complete hardware implementation of 5G User Plane Function (UPF) capabilities for standalone 5G deployments.

These technologies emphasize hardware-level acceleration to maintain stability, integrity, and security while supporting edge-ready environments. Key performance and efficiency parameters include:

      • FPGA-accelerated hash-based cryptography for quantum-resistant security at terabit scale
      • Energy consumption reductions of up to 20% with extended platform lifecycle
      • High-throughput, low-latency operation suited to AI-heavy workloads and real-time network processing
      • Full hardware offload via DPU architecture for 5G and beyond
The design approach prioritizes sustainability alongside security, targeting green-networking requirements in next-generation infrastructure.

Market Positioning & Commercial Impact

Through its EZRA International Group strategic growth platform, Reliance Global Group holds a minority investment in EnQuantum Ltd. with limited ability to direct strategy or operations. The positioning targets participation in what the company describes as a potential multi-billion-dollar cybersecurity infrastructure upgrade cycle. The cycle is driven by the need to protect sensitive financial systems, AI workloads, telecommunications infrastructure, and other mission-critical digital environments.

Reliance leadership has noted that the market is beginning to recognize the scale and urgency of the post-quantum transition, with the EnQuantum investment initiated proactively on the view that quantum-resilient cybersecurity would become a foundational infrastructure requirement. Senior Vice President of Strategic Ventures Moshe Fishman highlighted that post-quantum cryptography importance is becoming clear as stakeholders evaluate protection for critical systems, particularly where latency, throughput, and scalability are essential.

This development occurs alongside policy support, including the U.S. Department of Commerce’s recent announcement of letters of intent for approximately $2.013 billion in proposed CHIPS and Science Act incentives to advance quantum computing and domestic quantum infrastructure. EnQuantum’s combination of high-performance post-quantum encryption with energy-efficient, scalable architecture positions the platform to address both security and operational requirements which influence adoption timing and scope across high-stakes network environments.

Find out more here.

Further articles, reports, and the latest quantum computing news may be found at The Qubit Report.

 

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