Defendec offers an autonomous intrusion detection system for remote, hard‑to‑access sites, using rugged, camouflaged sensors that form a low‑power mesh network with up to eight hops. Each sensor captures full‑HD images that are processed by customer‑trained AI to classify objects, estimate movement, and eliminate false alarms, delivering video‑like streams and up to 400 days of battery life on a single charge.
Funding
Funding not disclosed
Founders
Product
Problem
Remote and hard-to-access sites often lack reliable security monitoring, requiring frequent human patrols or expensive infrastructure. Traditional sensor systems generate many false alarms and have limited battery life, making continuous surveillance costly and inefficient.
Solution
Defendec provides an autonomous intrusion detection system designed for remote areas. Rugged, camouflaged sensors form a proprietary low‑power mesh network that can span up to eight hops, enabling wide‑area coverage without extensive wiring. Each sensor captures full‑HD images, which are aggregated into video‑like streams and processed by a customer‑trained AI model that classifies objects, estimates movement, direction, and speed, and filters out false alarms. The system delivers up to 400 days of operation on a single battery charge, equivalent to storing 50 000 low‑resolution thumbnails. A mobile command‑center application runs on tablets or in‑vehicle computers, allowing operators to monitor alerts and video feeds from any location.
Target Audience
Primary customers are operators of remote facilities such as oil and gas sites, mining camps, wildlife reserves, and critical infrastructure that require low‑maintenance, autonomous security monitoring.
Features
- Rugged, camouflaged sensors with ultra‑low power consumption
- Proprietary mesh networking supporting up to 8 hops for flexible deployment
- Battery life of up to 400 days or 50 000 image captures per charge
- AI‑driven image analysis that classifies objects and provides movement, direction, and speed estimates
- False‑alarm reduction through customer‑specific AI models
- Full‑HD image capture combined into video‑like streams for clear situational awareness
- Mobile command‑center software for real‑time monitoring on tablets or in‑vehicle devices