Mr. Chris McGillivray reports

AEGIS CRITICAL ENERGY DEFENCE CORP. RENAMES HOMELAND NUCLEAR ENERGY INC. TO HYPRC SYSTEMS CORP. AND TARGETS HIGH-GROWTH, STRATEGIC SPACE, DEFENSE, AND AI DATA CENTER MARKETS

Aegis Critical Energy Defence Corp.'s subsidiary, Homeland Nuclear Energy Inc., has been renamed HyprC Systems Corp., marking a strategic repositioning into three of the most dynamic, high-growth and strategic sectors driving global innovation: space, ports, defence and AI-driven (artificial intelligence) data centres.

In conjunction with the name change, Dr. Ramtin Rasoulinezhad has been appointed chief executive officer of HyprC Systems Corp. and will also join its board of directors.

HyprC is being structured as an IP-driven (intellectual property) hybrid energy technology platform, focused on developing disruptive and defensible intellectual property in nuclear-aware control architectures, hybrid energy system integration, digital-twin-based design and validation, and advanced protection and shutdown strategies for mission-critical infrastructure. This platform will be directly adapted to meet the performance, reliability and security demands of space missions, next-generation defence systems, and AI-intensive data centres.

"As capital and innovation accelerate into space, defence and AI, we see a unique opportunity for HyprC to become a foundational energy technology partner in these high-growth and strategic sectors," said Dr. Rasoulinezhad, chief executive officer of HyprC. "Space platforms, sovereign defence assets, ports and AI data centres all face the same challenge: they need compact, ultrareliable, intelligent power systems that simply cannot fail. HyprC's nuclear-aware hybrid architecture is being engineered precisely for that reality."

Paul Dickson, a director of Aegis Critical Energy Defence, added: "These sectors represent some of the most strategic and rapidly evolving opportunities in the global economy. By aligning HyprC with space, defence and AI data centres, Aegis is placing its core technology where demand, urgency and long-term value creation are converging."

HyprC's initial road map includes:

• Space sector -- adapting its hybrid energy platform for orbital and lunar applications where long-duration, resilient and autonomous power is critical and where traditional solar-only solutions are increasingly constrained by mission profiles;
• Defence -- deploying secure, nuclear-aware hybrid energy architectures for bases, mobile systems and critical defence infrastructure that demand sovereign, tamper-resistant and always-on power under extreme conditions;
• AI data centres -- delivering highly reliable, intelligently managed power platforms tailored for AI-optimized data centres, where power quality, uptime and rapid response to volatile compute loads are central to performance and profitability;
• Ports -- implementing hybrid power platforms that capture kinetic energy from cargo handling and ship movements, delivering sustainable, always-on power to ensure continuous operations while reducing emissions and dependence on shore-side grid infrastructure.

HyprC's new website will serve as the central hub for information about its technology, projects and partnership opportunities.

About HyprC Systems Corp.

HyprC Systems, formerly Homeland Nuclear Energy, is an Aegis subsidiary focused on developing a nuclear-aware hybrid energy platform for mission-critical applications across space, defence and AI data centre markets. HyprC's strategy is centred on building and commercializing disruptive, defensible IP in hybrid energy control, system integration, digital-twin-based validation and safety-critical protection architectures.

About Aegis Critical Energy Defence Corp.

Aegis Critical Energy Defence is a Canadian-based energy technology company focused on the development of secure and resilient energy systems for critical infrastructure. The company's integrated platform combines advanced energy storage, hybrid and distributed generation systems, intelligent control architectures and cybersecurity to deliver high-reliability solutions for applications across defence, marine, remote and industrial sectors.

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