Funding
Funding not disclosed
Founders
Product
Problem
Critical infrastructure, airports, and large public venues are increasingly vulnerable to unauthorized drone incursions, yet existing counter‑UAS solutions rely on active emissions that can be illegal, detectable, or ineffective against silent, autonomous, or stealth drones.
Solution
Rodor offers the ECHO‑1 platform, a passive, zero‑emission counter‑UAS system that continuously monitors airspace without transmitting any signals. By fusing acoustic arrays, passive RF monitoring across the 400 MHz–6 GHz band, and computer‑vision sensors, the system detects and tracks all classes of drones—including commercial, tethered, autonomous, and low‑observable designs. The autonomous unit operates 24 / 7 unattended, delivering real‑time threat data while remaining FCC and FAA compliant. Detected drone signatures are processed on‑site and can be integrated with existing security workflows for rapid response.
Target Audience
Primary customers are defense agencies, airport authorities, stadium operators, and owners of critical infrastructure who require compliant, covert detection of unauthorized drone activity.
Features
- Tri‑modal sensor fusion: acoustic array, passive RF receiver, and high‑resolution computer vision in a single hardened enclosure
- Full‑band passive RF monitoring (400 MHz–6 GHz) with zero emissions, eliminating licensing and regulatory constraints
- Continuous 24 / 7 autonomous operation without on‑site operators or active transmissions
- Real‑time multi‑target tracking and classification of drones of any size or propulsion type
- Fiber‑optic data link for secure, tamper‑resistant transmission of detection data to command centers
- Weather‑resistant, field‑deployable hardware designed for rapid installation at airports, stadiums, and critical facilities