SARGAS.AI offers an autonomous maritime system for proactive sargassum management, utilizing AI-powered collection vessels and early warning systems to intercept and collect seaweed before it reaches shore. This integrated platform provides coastal authorities and tourism operators with a preventative solution to mitigate the ecological and economic impacts of sargassum blooms.
Funding
Funding not disclosed
Founders
Product
Problem
Massive sargassum blooms negatively impact coastal ecosystems and tourism economies by depleting oxygen, releasing toxic gases, and rendering beaches unusable. Traditional reactive beach cleaning methods are labor-intensive and fail to address the accumulation at its source.
Solution
SARGAS.AI provides an integrated autonomous maritime system for proactive sargassum management. The platform comprises AI-powered collection vessels (ISAC) for offshore collection, interceptor vessels (ISAC Scout) for shoreline protection, and an AI-powered early warning system (SargaScan) for predictive analytics. These components operate in coordination, managed through a centralized web platform, to detect, intercept, and collect sargassum before it reaches shore. This approach shifts from reactive cleaning to preventative offshore intervention, utilizing sustainable solar power for extended autonomous operations.
Target Audience
The primary customers are coastal management authorities, tourism operators, and environmental agencies seeking to mitigate the ecological and economic impacts of sargassum seaweed.
Features
- **ISAC (AI Collection Platform):** Autonomous watercraft equipped with AI navigation for obstacle avoidance, automated bagging, and onboard storage of collected sargassum. Features solar-boosted operation and real-time mission control via a web application.
- **ISAC Scout (Interceptor Vessel):** Compact, energy-efficient autonomous craft designed for bloom interception and redirection to inshore holding zones, providing shoreline protection during ISAC missions. Operates with reactive positioning based on drift patterns and is monitored via the web platform.
- **SargaScan (Early Warning AI):** A network of solar-powered cameras utilizing computer vision algorithms for sargassum detection and predictive drift modeling. Provides real-time alerts and data visualization through the web platform.
- **Fleet Hub (Web Platform):** A centralized command and control interface for managing all autonomous assets (ISAC, ISAC Scout, SargaScan). Offers real-time telemetry, mission planning, historical data analysis, and multi-role access for operational teams.
- **AI Navigation:** Advanced marine pathfinding algorithms integrated for autonomous vessel operation, including obstacle avoidance and fleet coordination.
- **Sustainable Energy Systems:** Solar power integration for extended autonomous operational duration and reduced environmental impact.
- **IoT Sensors:** Deployment of smart sensors for real-time data acquisition on water quality, weather conditions, and underwater activity to optimize operational parameters.