SuperQ Quantum and Aegis Critical Energy Defence Sign MOU on Energy Optimization Integration
SuperQ Quantum and Aegis Critical Energy Defence Sign MOU on Energy Optimization Integration
Synopsis
- SuperQ Quantum and Aegis Critical Energy Defence formalise a strategic MOU to integrate hybrid quantum-classical optimisation with advanced energy infrastructure.
- The collaboration centres on secure, policy-governed energy management using SuperQ’s Super™ platform and ChatQLM within Aegis’s sovereign control architecture.
- SuperQ plans to debut ChatQLM at CES 2026, highlighting early technical integration and future commercial pathways.
Estimated reading time: 3 mins read
SuperQ Quantum Computing Inc., a developer of hybrid quantum-classical orchestration and advanced optimisation platforms, has signed a formal Memorandum of Understanding with Aegis Critical Energy Defence Corp., a specialist in advanced energy storage and control systems for defence, critical infrastructure, industrial environments and AI data centres. The agreement marks a shift from early confidential evaluations to a structured strategic partnership focused on resilient, next-generation energy management.
According to the report published by Quantum Insider, the MOU establishes a roadmap for integrating SuperQ’s proprietary quantum optimisation technologies with Aegis’s high-performance energy infrastructure. The objective is to create a secure framework capable of improving efficiency, safety and reliability across decentralised and mission-critical energy systems.
Under the terms of the agreement, the two companies will move from due diligence into development and deployment. This includes leveraging SuperQ’s Super™ platform and ChatQLM to enhance energy distribution and operational safety, while creating secure, policy-governed data interfaces between Aegis’s sovereign EMS and PMS orchestration layers and SuperQ’s hybrid quantum-classical optimisation engine. These interfaces are designed to operate within Aegis’s zero-trust cyber architecture and incorporate QRNG-based security layers, allowing optimisation services to act on abstracted system states without exposing sensitive control or cybersecurity domains.
The collaboration also targets critical infrastructure and public-sector utilities, with solutions tailored for remote communities, government utilities and large-scale industrial projects. By applying predictive and ultra-fast quantum modelling, the partners aim to extend the operational lifespan of decentralised energy assets while improving safety, reliability and system resilience.
Dr. Muhammad Khan, Chief Executive Officer and Board Chair of SuperQ, said that the formal signing moves the companies into an active integration phase, combining Super™ and ChatQLM’s optimisation of energy distribution and safety with Aegis’s energy platforms. He noted that the collaboration is intended to translate complex energy challenges into mathematically optimised, practical outcomes.
Paul Dickson, Chief Executive Officer of Aegis Critical Energy Defence Corp., stated that formalising the collaboration reflects an evolution in how complex energy systems are designed and operated. He highlighted that modern energy infrastructure faces nonlinear dynamics, stochastic demand and narrow safety margins, and that integrating Aegis’s multi-asset hardware and sovereign control platforms with SuperQ’s hybrid quantum-classical optimisation capabilities lays the groundwork for energy management systems that can model, optimise and adapt in near real time.
The MOU provides a framework for negotiating definitive agreements tied to specific commercial projects, with both organisations continuing technical and commercial evaluations as integration progresses.
SuperQ also announced that it will debut ChatQLM at CES 2026 in Las Vegas. Built on the company’s Quantum Leveraged Model architecture, ChatQLM combines natural-language interaction with advanced optimisation, drawing on quantum annealing, gate-based quantum computing, classical optimisation solvers and high-performance supercomputing clusters. As noted in the Quantum Insider report, this approach is intended to bridge what SuperQ describes as the “computational gap”.
This quantum-enabled foundation supports Aegis’s mandate to deploy quantum-ready controllers and intelligent energy management systems across its initiatives, enabling more adaptive decision-making and improved performance in complex real-world environments. To highlight the technical alignment, Aegis Director of Innovation and Technology Dr. Ramtin Rasouli will attend CES alongside the SuperQ team, participating in technical deep-dives on integrating quantum-ready controllers with intelligent energy management systems.
Both companies indicated that CES 2026 represents the first in a series of planned communications as they continue to explore additional applications of quantum-enabled intelligence across adjacent energy-related domains. Further updates, including potential expansions into other areas, are expected in future announcements, according to the publication.
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About SuperQ Quantum Computing Inc.
SuperQ Quantum Computing Inc. is a technology company specialising in hybrid quantum-classical orchestration and advanced optimisation platforms designed for real-world industrial applications. The company focuses on bridging the gap between emerging quantum computing capabilities and deployable enterprise systems by integrating quantum annealing, gate-based quantum computing, classical optimisation solvers, and high-performance computing resources within a unified architecture.
At the core of SuperQ’s platform portfolio is Super™, a proprietary orchestration layer built to manage complex optimisation workloads, alongside ChatQLM, a conversational interface based on SuperQ’s Quantum Leveraged Model architecture. These systems are designed to translate natural-language intent into mathematically optimised solutions across constrained, stochastic, and multi-variable environments.
SuperQ’s technology targets sectors where traditional computing approaches struggle with scale and complexity, including energy systems, critical infrastructure, industrial operations, and advanced simulation. By focusing on secure, policy-governed deployment models, SuperQ positions its platforms for integration into mission-critical and sovereign environments requiring resilience, adaptability, and operational transparency.
Featured image Source: Arc Stone Financial Pulse
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