SuperQ Quantum Computing has signed a formal memorandum of understanding (MOU) with Aegis Critical Energy Defence that establishes a roadmap for the two organizations to integrate SuperQ’s proprietary quantum optimization technologies with Aegis’s high-performance energy infrastructure.
This would create a next-generation framework for efficient and resilient energy management.
Under the terms of the MOU, Aegis and SuperQ will focus on the initial due diligence to development and deployment of leveraging SuperQ’s Super platform and ChatQLM to enhance energy distribution and safety, and creating secure, policy-governed data interfaces between Aegis’s sovereign EMS/PMS orchestration layer and SuperQ’s hybrid quantum-classical optimization engine.
This would operate within Aegis’s zero-trust cyber architecture and incorporating QRNG-based security layers, enabling quantum optimization services to act on abstracted system state without exposing critical control or cybersecurity domains.
The MOU also focuses on developing high-efficiency energy solutions tailored for remote communities, government utilities, and large-scale industrial projects, and utilizing predictive and ultra-fast quantum modelling to maximize the operational lifespan, safety, and reliability of multiple decentralized energy systems.
“With the formal signing of this MOU, we are moving into the active phase of integrating Super and ChatQLM’s optimization of energy distribution and safety with Aegis’s robust energy platforms,” said Muhammad Khan, CEO and board chair of SuperQ.
“This collaboration is about delivering practical utility, turning complex energy challenges into streamlined, mathematically optimized outcomes,” said Khan.
Paul Dickson, CEO of Aegis, added that modern energy infrastructure is increasingly constrained by nonlinear dynamics, stochastic demand, and tight safety margins.
“By integrating our multi-asset energy hardware and sovereign control platforms with SuperQ’s hybrid quantum-classical optimization capabilities, we are laying the groundwork for a new class of energy management systems — ones that can model, optimize, and adapt in near real time,” said Dickson.
The MOU serves as a framework for the parties to negotiate definitive agreements regarding specific commercial projects. Both companies will continue to work toward the successful integration of their respective technologies.
Also, SuperQ intends to introduce a next-generation approach to conversational AI powered by quantum innovation. Built on SuperQ’s Quantum Leveraged Model (QLM) architecture, ChatQLM is designed to help bridge the “computational gap” by combining natural-language interaction with advanced optimization capabilities. This leverages quantum annealing, gate-based quantum computing, classical optimization solvers, and high-performance supercomputing clusters.
