Vision Nest
Our integrated fire detection systems provide advanced, continuous wildfire monitoring, leveraging thermal imaging, high-resolution cameras, and smoke sensors. The core of our system, powered by proprietary machine learning algorithms, analyzes data from Vision Nest alongside satellite data for rapid fire threat identification. The Hybrid Vision Nest enhances this capability, utilizing autonomous drones to broaden surveillance and ensure comprehensive coverage. Adopting a camera-agnostic approach, our platform accommodates a wide range of devices, including your existing cameras. Equipped with an intuitive interface, it offers immediate alerts and actionable insights, enabling a swift response to mitigate wildfire risks effectively.
Using a Multispectral Sensor System
Our multispectral sensor system captures diverse environmental data across multiple wavelengths, enhancing wildfire detection accuracy and speed.
Precision and Accuracy of ML Algorithms
Our machine learning algorithms provide high precision and accuracy, minimizing false alarms and ensuring efficient resource allocation during fire incidents.
Integration of Satellite Data
Our system enhances wildfire detection by integrating satellite data, addressing its traditional gaps with ground-based insights for comprehensive coverage and improved reliability across diverse environments.
Continuous, Monitoring in Remote Areas
We offer continuous, 24/7 monitoring, especially in remote areas, ensuring constant surveillance and improved response times to wildfires in hard-to-reach locations.
Camera Agnostic
- 24/7 Surveillance
- Real-Time Alerts
- Satellite Data Integration
- Generic Camera Support
- Proprietary ML Algorithms
Vision Nest
- Advanced Thermal Imaging
- High-Resolution Cameras
- Smoke Detection Sensors
- 24/7 Surveillance
- Real-Time Alerts
- Satellite Data Integration
- Proprietary ML Algorithms
Extended Nest
- Advanced Thermal Imaging
- High-Resolution Cameras
- Smoke Detection Sensors
- 24/7 Surveillance
- Real-Time Alerts
- Satellite Data Integration
- Proprietary ML Algorithms
- Height Extension by Autonomous Drone