NeutronX is a U.S.-based energy technology company developing autonomous, AI-driven infrastructure for next-generation power systems. Born at the intersection of AI, advanced power systems, and applied science, the company is redefining how energy is generated, distributed, and controlled in a world that demands resilience and intelligence by default.

Supported by leading universities and research institutions, NeutronX combines advanced machine learning, distributed energy architectures, and real-time control systems to enable self-optimizing microgrids, intelligent energy distribution, and resilient power networks designed for both civilian and critical-use environments.

Our mission is to build energy systems that think, decide, and act autonomously. We are a team of national security professionals, engineers, and scientists who understand that in the 21st century, energy is synonymous with security. We believe that the future of energy is not just about being clean or renewable; it is about being intelligent, resilient, and secure.

We envision a future where energy is no longer a vulnerability but a source of strength. A future where critical infrastructure can withstand any threat, natural or man-made. A future where communities are empowered with their own resilient, local power sources. This is the future we are building at NeutronX.

At the core of our technology is a suite of AI-powered software that acts as the central nervous system for modern power grids. Our systems can forecast and predict energy demand and generation with unparalleled accuracy, allowing for proactive decision-making. We use advanced control algorithms to optimize the flow of energy across complex networks of distributed resources, ensuring stability and efficiency. Our cybersecurity solutions are designed to protect critical energy infrastructure from the most sophisticated cyber threats, using a zero-trust architecture and real-time anomaly detection.

Our team is our greatest asset. We bring together a unique combination of experience from the military, the intelligence community, and the energy industry. This allows us to understand the complex interplay of technology, policy, and security that is shaping the future of energy. We are not just building technology; we are solving some of the most critical challenges of our time.