Identify, track, and efficiently remove floating waste using AI-driven detection and adaptive collection mechanisms.
Waste
Collection
Operate fully autonomously or via remote control, using AI, sensor fusion, and real-time decision-making in dynamic environments.
Autonomous Operation
Designed for ultra-shallow waters, enabling safe and effective operation in hard-to-reach coastal and inland areas.
Low Draft
Lightweight and portable design allows quick deployment, reducing operational effort and improving user efficiency.
Easy to Carry and Use
Powered by rechargeable electric batteries, ensuring zero direct emissions and environmentally sustainable operations.
Low Emission
Continuously monitor marine conditions and generate real-time environmental data for smarter decision-making.
Enviromental Monitoring
Autonomous Operation with Physical AI
Vatoz is designed for fully autonomous operation with minimal human intervention. Unlike conventional or semi-autonomous systems, it integrates physical AI models, real-time perception, and sensor fusion to operate reliably in dynamic marine environments. Using advanced onboard sensors and adaptive algorithms, Vatoz can execute scheduled missions or respond to real-time triggers. This significantly reduces operational costs while minimizing human error and enabling continuous, intelligent operations.
Eco-Friendly Electric Design
Vatoz is powered by dual LiFePO4 battery systems, providing a clean and sustainable alternative to fossil-fuel-powered vessels. With up to 8 hours of continuous operation, it ensures efficient performance while reducing emissions and operational costs. The system is optimized for energy efficiency, supporting long-duration missions aligned with global environmental standards.
Advanced Sensor Suite & Environmental Intelligence
Vatoz is equipped with an advanced sensor suite, including high-resolution cameras, GNSS, IMU, and environmental sensors. Through sensor fusion and AI-based perception, the system can detect floating waste, classify objects, and understand its surroundings in real time. This enables not only cleanup but also environmental monitoring and data generation, forming the basis for predictive and data-driven marine operations.
Adaptive Waste Collection System
The platform features a modular and adjustable waste collection mechanism, allowing customization based on different pollution types—from microplastics to larger debris. This flexibility enables operators to adapt to diverse environmental conditions and waste profiles, making Vatoz suitable for a wide range of coastal and inland water scenarios.
Compact, Portable & Scalable Design
Weighing approximately 65 kg with compact dimensions (145 x 120 x 50 cm), Vatoz is highly portable and easy to deploy across multiple locations. Its lightweight structure allows access to shallow, narrow, or hard-to-reach areas, while its modular architecture supports future scalability and multi-unit operations.