Intelligence Platform
Guardian RF converts passive RF observations into a structured intelligence product for low-altitude airspace. Detections persist, correlate, and resolve across time and geography, enabling attribution, reporting, and coordinated action beyond individual sites.
The platform produces durable, queryable records of unmanned activity that support analysis, reporting, and inter-organizational use. Discrete sightings resolve into patterns of activity. Short-duration incidents become documented events. Local observations contribute to regional and national airspace awareness.
This approach addresses a structural mismatch in low-altitude security. Drone activity occurs locally, while compliance, oversight, and enforcement responsibilities are distributed across higher levels of government and enterprise. Guardian RF enables local sensing to feed a shared intelligence layer that can be accessed and acted upon by federal and enterprise stakeholders without centralizing sensor ownership.
Designed for security, aviation, and infrastructure organizations requiring persistent, attributable visibility into low-altitude activity.
Unified views across facilities, jurisdictions, and regions, supporting coordinated awareness across distributed environments.
Retention of detections over time to establish baselines, identify repetition, and support post-event analysis.
Geolocation and signal fingerprinting to support investigative follow-up and accountability where real-time intervention is constrained.
Cross-site correlation to surface shared tactics, anomalous behavior, and recurring activity that is not observable at the single-site level.
Designed for government and critical infrastructure environments with controlled access, auditability, and data governance aligned to mission requirements.
Standardized outputs integrate with existing security, aviation, and reporting workflows, enabling upward data flow without operational disruption at the local level.

Guardian RF is architected to support regional and national airspace understanding without requiring regional or national ownership of sensing infrastructure. Distributed sensors feed a common data model that supports site-level operations, regional fusion, and enterprise-level analysis using the same underlying data.
This model allows local entities to focus on detection and documentation while higher-level organizations manage aggregation, compliance, and long-term intelligence functions.
Request a demonstration to review how Guardian RF transforms RF detections into a persistent, scalable intelligence product for low-altitude airspace.