Funding
Funding not disclosed
Founders
Product
Problem
Small and micro modular reactors (SMRs/MMRs) must operate safely within complex hybrid energy systems, but existing control solutions lack integrated real-time validation, digital twin simulation, and built‑in cybersecurity, making high‑consequence deployments such as marine vessels, ports, defense infrastructure, and remote microgrids risky.
Solution
Homeland Nuclear Energy delivers a deployable control platform that embeds nuclear operating constraints directly into the control logic of SMRs and MMRs. The platform combines real‑time digital simulation (RTDS) with hardware‑in‑the‑loop validation to verify system behavior continuously during operation. Cybersecurity is engineered as a core function, protecting the control stack against cyber threats. The solution supports hybrid energy environments, integrating storage, power electronics, and microgrid components, and includes a quantum‑aware architecture for resilience analysis and planning. Designed to meet CNSC regulatory guidance and relevant standards, the platform provides assurance for mission‑critical energy deployments where failure is not an option.
Target Audience
Primary customers are operators of SMR/MMR installations in high‑consequence settings such as naval vessels, offshore platforms, defense facilities, and remote or critical microgrids.
Features
- Real‑time digital twin simulation (RTDS) that mirrors reactor and hybrid system dynamics for continuous validation
- Hardware‑in‑the‑loop testing capability to verify control actions against physical hardware during operation
- Integrated cybersecurity layer built into the control architecture to detect and mitigate cyber threats
- Control logic that embeds nuclear operating constraints in compliance with CNSC REGDOC‑2.5.2 and industry standards
- Support for hybrid energy components including storage, power electronics, and microgrid management
- Quantum‑aware architecture enabling advanced resilience analysis and planning for future threats