SEAQR
ShutdownWebsite unreachable since Oct 24, 2026
SEAQR provides an autonomous ocean observing platform built around unmanned surface vehicles (USVs) equipped with multi-spectral sensors for continuous, 24/7 monitoring across air, sea surface, and underwater environments. The platform uses advanced AI algorithms to deliver predictive capabilities, real-time anomaly detection, and automated alerts through a unified data dashboard. SEAQR operates on a USV-as-a-Service model, offering flexible, scalable deployments without capital hardware investment.
- Robotics
- Autonomous Vehicles
- Internet of Things
- Artificial Intelligence
- Data & Analytics
- Clean Technology
Funding
Founders
Founder details are not available yet.
Product
Problem
Traditional ocean and atmospheric observation relies on ship-based expeditions, fixed buoys, and satellites, which are costly, sparse in coverage, and unable to provide continuous real-time surveillance across air, sea surface, and underwater domains. This fragmented approach limits scientists' ability to detect anomalies, track emerging phenomena, and discover novel forms of marine life in a timely manner.
Solution
SEAQR provides an autonomous ocean observing platform built around unmanned surface vehicles (USVs) equipped with multi-spectral sensors for continuous, 24/7 monitoring across air, sea surface, and underwater environments. The platform collects vast amounts of science-grade oceanographic and atmospheric data, which is processed by advanced AI algorithms to deliver predictive capabilities, real-time anomaly detection, and automated alerts. Customers access insights through a unified data dashboard that provides unprecedented maritime situational awareness and supports ecosystem protection efforts. The service is offered on a flexible, scalable USV-as-a-Service model, abstracting away the complexity of hardware ownership and enabling broad deployment.
Target Audience
Primary customers are oceanographic research institutions, climate monitoring agencies, marine conservation organizations, and maritime security and safety entities seeking continuous autonomous observation capabilities.
Features
- 24/7 multi-domain monitoring with continuous surveillance across air, sea surface, and underwater environments
- Advanced AI algorithms for predictive forecasting of trends and potential environmental or maritime events
- Real-time anomaly detection to identify unusual patterns and phenomena as they occur
- USV-as-a-Service deployment model providing flexible, scalable unmanned surface vehicle operations without capital hardware investment
- Instant notification system for critical events and discoveries
- Low cost per data point achieved through autonomous operations and economies of scale