Overview
Eye360 is a global, realtime, radiofrequency (RF) detection and analytics platform that continuously monitors the airwaves for any electronic activity. By aggregating lowcost, softwaredefined radio (SDR) sensors located worldwide, Eye360 builds a live map of RF emissions ranging from lowfrequency industrial equipment to highfrequency satellite communications. The platform turns raw spectrum data into actionable insights for governments, enterprises, NGOs, and researchers.
Technology Behind Eye360
Eye360s architecture combines three core components:
- Distributed SDR Sensors: Small, weatherproof devices equipped with broadband antennas capture a continuous slice of the radio spectrum (typically 30MHz6GHz). Sensors are either owned by Eye360 or contributed by partners and volunteers.
- CloudBased Signal Processing: Raw IQ samples are streamed to the cloud where highperformance pipelines perform FFT, demodulation, and classification. Machinelearning models identify known signal types (e.g., AIS, ADSB, LTE, WiFi) and flag anomalous patterns.
- Visualization & API Layer: Processed data is rendered on an interactive web map and made available through RESTful APIs, WebSockets, and downloadable datasets.
Because the platform is softwaredefined, new frequency bands or decoding algorithms can be added without hardware changes, keeping Eye360 adaptable to emerging technologies.
Key Applications
Eye360 serves a broad spectrum of use cases, including:
1. Maritime Domain Awareness
By detecting Automatic Identification System (AIS) and marine radar signals, authorities can track vessel movements in real time, identify unauthorised transits, and monitor illegal fishing.
2. Airspace Monitoring
ADSB and secondary radar emissions allow tracking of commercial and private aircraft, supporting air traffic management and conflictresolution exercises.
3. Disaster Response
In the aftermath of natural disasters, conventional communications may be down. Eye360 can locate surviving emergencyservice radios, satellite beacons, and even lowpower rescue transmitters, helping responders pinpoint survivors faster.
4. Spectrum Policy & Enforcement
Regulators use the platform to identify unauthorized transmissions, detect spectrum congestion, and verify compliance with licensing conditions.
5. Environmental & Wildlife Monitoring
Tracking wildlifetagged devices, monitoring illegal radiofrequency hunting tools, and measuring industrial noise pollution are emerging research areas.
Benefits of Using Eye360
- Realtime Visibility: Live updates mean decisions can be made instantly rather than relying on periodic surveys.
- Global Coverage: A growing network of sensors provides nearworldwide reach, especially in remote or underserved regions.
- CostEffective: SDR hardware is inexpensive compared with traditional spectrum monitoring stations, reducing operational expenses.
- Scalable Analytics: The cloud architecture automatically scales to handle spikes in data volume, such as during largescale events.
- Open Data Options: Select datasets are released under open licenses, supporting academic research and publicinterest projects.
Future Outlook
The RF environment is evolving rapidly with the rollout of 5G, the advent of lowEarthorbit megaconstellations, and the proliferation of InternetofThings (IoT) devices. Eye360 plans to:
- Integrate higherfrequency bands (mmWave) to capture emerging 5G and automotive radar signals.
- Deploy AI models capable of decoding encrypted or proprietary protocols for deeper situational awareness.
- Expand communitydriven sensor deployments in the Global South, improving coverage where it is most needed.
- Offer predictive analytics that forecast spectrum usage trends and potential interference scenarios.
By continuously adapting its technology stack, Eye360 aims to become the definitive eyes on the sky for both public and private stakeholders.
For more information, visit eye360.com or explore the developer documentation.
