Satinav Robotics provides a modular ground robot platform that can be configured for indoor or outdoor service tasks such as item delivery and material transport. The robots feature a ROS 2‑based autonomous navigation stack with obstacle avoidance, depth estimation, ARCore localization, and LIDAR integration, and can be controlled via an Android app or operated fully autonomously. With a 70 kg payload, 10 km/h speed, up to 8 hours of battery life, and cloud‑linked software for fleet management, the system targets hospitality and logistics operators seeking affordable, scalable automation.
Funding
Funding not disclosed
Founders
Product
Problem
Businesses in hospitality, logistics, and other service sectors often rely on manual labor for routine deliveries and tasks, leading to high labor costs, inconsistent service speed, and limited scalability, especially in environments where space is constrained or staffing is variable.
Solution
Satinav Robotics offers a modular ground robot platform that can be configured for indoor or outdoor use, providing autonomous service capabilities such as item delivery, material transport, and routine task execution. The robots combine a lightweight chassis (120 × 40 × 50 cm, 10 km/h max speed, 70 kg payload) with onboard obstacle‑avoidance sensors and a ROS 2‑based navigation stack that supports depth estimation, ARCore localization, and LIDAR sensing. Users can control the robot via a dedicated Android app for teleoperation or let it operate fully autonomously after the ROS 2 navigation stack is activated. The modular design allows interchangeable payload modules, enabling rapid re‑configuration for different applications while keeping hardware costs affordable. Cloud‑connected software handles data collection, model updates, and remote monitoring, ensuring reliable operation across multiple deployments.
Target Audience
Primary customers are hospitality operators (restaurants, cafés, hotels) and logistics providers that need autonomous indoor delivery or material‑handling solutions, as well as enterprises seeking customizable service robots for specific indoor or outdoor workflows.
Features
- Modular chassis that supports interchangeable payload and sensor modules for indoor and outdoor tasks
- ROS 2‑based autonomous navigation with obstacle avoidance, depth estimation, ARCore localization, and LIDAR integration
- Android app for manual teleoperation and real‑time monitoring
- Up to 8 hours of battery life per charge and 10 km/h top speed for efficient service routes
- Payload capacity of 70 kg suitable for food trays, packages, and other service loads
- Cloud‑linked software platform for data logging, over‑the‑air updates, and fleet management
- Affordable hardware design aimed at scalable deployment in commercial environments