Guardian RF

High-Level Overview

Guardian RF develops passive, radiofrequency-based drone detection systems aimed at enhancing US defense and national security, particularly for force protection and critical infrastructure defense. Their technology detects and classifies drone control signals from various manufacturers at standoff ranges, supporting integration with operational APIs for live monitoring and threat alerting. Their products are deployed by military units such as the 30th Security Forces Squadron at Vandenberg Space Force Base, local and state law enforcement, and commercial security operations[1][3].

Founded by physics and foreign service students from Georgetown University, Guardian RF leverages advanced signal processing to address the growing threat of drone-enabled attacks on homeland infrastructure. Their systems, including the handheld Scout sensor and the Mosaic distributed mesh network, provide scalable, cost-effective, and passive drone detection solutions hardened for real-world deployment. The company has gained traction through defense hackathons, SBIR contracts, and frontline deployments in Ukraine, demonstrating growth momentum and operational validation[1][2][3].

Origin Story

Guardian RF was founded in 2024 by Georgetown University students Lucas Raskin, John Andrzejewski, and Eli Kerstein, who initially collaborated on a drone detection software project during a defense technology hackathon in El Segundo, California. Despite competing against teams from top technical schools, their underdog project reached the finals, sparking the decision to commercialize their technology. They expanded their team with classmates from the School of Foreign Service and applied to Y Combinator to accelerate development, pivoting from software to hardware to meet commercialization needs[2].

The founders’ backgrounds in physics and foreign service shaped their approach to counter-UAS technology. Early traction came from winning the hackathon and securing an AFWERX Direct-to-Phase-II SBIR contract, followed by deployments with US military units and law enforcement. Their experience embedded with Ukrainian troops during the conflict provided critical real-world data and validation, accelerating product refinement and deployment in combat conditions[3].

Core Differentiators

• Passive RF Detection: Unlike active radar systems, Guardian RF’s solutions are passive, meaning they do not emit signals that could reveal their location or be jammed, enhancing stealth and survivability.
• Signal Processing Expertise: Proprietary algorithms detect and classify drone control signals, including modified variants of popular drone protocols (DJI, Crossfire, ExpressLRS).
• Scalable and Cost-Effective: Uses off-the-shelf components to keep costs low and enable rapid deployment, making frontline drone detection accessible beyond high-end military systems.
• Integration and Usability: Supports direct integration with operational APIs like TAK, managed through a secure interface (GRF-SECURE) for live monitoring, threat alerts, and forensic review.
• Distributed Mesh Network (Mosaic): Enables persistent, wide-area drone detection in complex terrain without active emissions or reliance on mesh connectivity.
• Battle-Tested: Validated in real combat environments, including frontline deployment in Ukraine, ensuring robustness under contested and degraded conditions[1][3].

Role in the Broader Tech Landscape

Guardian RF operates at the intersection of rising drone threats and the urgent need for scalable counter-UAS solutions. The proliferation of drones with potential for malicious use against critical infrastructure and public safety has created a growing market for real-time detection and defense technologies. Their passive RF approach aligns with trends favoring low-power, covert, and networked sensor systems that can operate in contested electromagnetic environments.

The timing is critical as drone-enabled attacks increase globally, and traditional radar or active detection systems face limitations in cost, deployment speed, and stealth. Guardian RF’s technology supports a shift toward decentralized, adaptable battlefield intelligence and homeland security, influencing how military, law enforcement, and commercial sectors approach drone threat mitigation[1][3].

Quick Take & Future Outlook

Guardian RF is poised to expand its footprint in US defense and national security with continued product refinement and broader adoption by military and civilian agencies. Future trends shaping their journey include the increasing sophistication of drone threats, regulatory changes around drone identification, and the growing demand for integrated, multi-domain situational awareness systems.

Their influence may evolve from a niche counter-UAS provider to a foundational player in layered defense architectures, combining passive RF detection with other sensor modalities and AI-driven threat analysis. Continued partnerships with defense agencies and frontline deployments will likely drive innovation and market expansion, reinforcing their role in securing critical infrastructure and public safety against emerging drone threats[1][3].