Eldaeon provides a purpose‑engineered sensor‑fusion platform that combines high‑resolution X‑band radar, long‑wave infrared, and passive RF with AI‑driven analytics to detect anomalous aerial phenomena such as transmedium travel, propulsion‑less hypersonic acceleration, and
Funding
Funding not disclosed
Founders
Product
Problem
Current air‑space monitoring systems are designed for conventional aircraft and cannot detect anomalous aerial phenomena such as transmedium travel, propulsion‑less hypersonic acceleration, or time‑dilation effects. This leaves a critical blind spot for defense and intelligence agencies tasked with protecting restricted zones, including nuclear and military installations.
Solution
Eldaeon builds a purpose‑engineered sensor‑fusion platform that combines high‑resolution radar, infrared imaging, and AI‑driven analytics to identify flight behaviors outside the envelope of known technology. The system processes raw sensor data in real time, applying machine‑learning models trained on known anomalous signatures to generate alerts for operators. Deployable units can be installed at fixed sites or mobile stations, providing continuous coverage of sensitive airspace. Alerts are delivered through a secure dashboard that visualizes trajectory anomalies, confidence scores, and suggested response actions, enabling rapid decision‑making by defense and intelligence personnel.
Target Audience
Primary customers are national defense agencies, intelligence services, and critical‑infrastructure security teams that require continuous monitoring of restricted airspace for unconventional aerial incursions.
Features
- Integrated multi‑modal sensor suite (X‑band radar, long‑wave infrared, and passive RF) calibrated for ultra‑high‑speed, low‑observable objects
- AI analytics pipeline that extracts kinematic features, detects propulsion‑less acceleration, and flags time‑dilation signatures with sub‑second latency
- Modular, field‑deployable hardware enclosure designed for rapid installation in remote or hardened locations
- Secure, encrypted communications link delivering real‑time alerts and contextual visualizations to operator consoles
- Adaptive threat‑modeling interface allowing analysts to define custom anomaly parameters and update detection algorithms without hardware changes