Golden Dome—A New Era of Homeland Defense

Adversaries are increasingly deploying small drones, AI-powered drone swarms, and stealth aircraft designed to operate below the detection thresholds of traditional radar. A dedicated low-altitude layer is critical to fill these gaps and ensure full-spectrum airspace awareness.

Yes. Hidden Level’s technology is at Technology Readiness Level 9 (TRL-9), meaning it is fully operational, mass-producible (MRL-9), and actively deployed in high-risk environments. The company is ready to scale across 40+ U.S. cities as part of Golden Dome’s next phase.

Yes. Hidden Level’s passive RF sensing technology is fully compliant with U.S. federal law, including the Wiretap Act, the Computer Fraud and Abuse Act, and the Pen Register statute. Our system does not intercept, decode, or access the content of communications—rather it analyzes the physical characteristics of radio frequency signals in open airspace. Because it does not collect personally identifiable information or require FCC transmission licenses, Hidden Level’s technology can be lawfully deployed by federal, state, and local agencies without special regulatory exemptions.

Conventional radar is built for high-altitude threats and struggles with small, low-flying drones—especially in urban areas. Terrain, buildings, and RF-silent designs create blind spots, and active radar signals can be jammed or targeted.

Hidden Level’s passive RF sensing network is designed for seamless integration with current military, homeland security, aviation, and law enforcement systems. Built with interoperability in mind, our solution uses API-based connectivity to plug into existing command-and-control platforms—eliminating the need for major infrastructure changes. This approach enables real-time data sharing, faster decision-making, and a unified airspace picture across multiple agencies.

Hidden Level leverages passive RF sensing—stealthy, jam-resistant technology that operates without emitting signals, making it ideal for contested or congested environments. Unlike traditional radar systems, our small, distributed sensors require no FCC approvals and can be rapidly deployed using existing infrastructure. This enables faster scale-up, lower operational risk, and seamless integration into urban and sensitive environments.

Our technology is designed, developed, and manufactured in the US.