Ozzie Robotics builds modular, AI‑driven mobile robots that combine advanced SLAM, path‑planning, and computer‑vision sensor‑fusion to navigate complex, dynamic environments autonomously. Their hardware and software platform can be customized for intra‑logistics, security patrols, and other specialized service tasks, helping enterprises improve productivity, safety, and scalability.
Funding
Funding not disclosed
Founders
Product
Problem
Enterprises and service providers often rely on manual labor for tasks such as warehouse material handling, perimeter security, and specialized service operations, leading to inefficiencies, safety risks, and limited scalability in dynamic environments.
Solution
Ozzie Robotics delivers modular, AI-driven mobile robots that can be customized for a range of professional and personal service applications. The platform combines advanced SLAM and path‑planning algorithms with computer‑vision and sensor‑fusion capabilities, enabling autonomous navigation in complex, changing spaces. Robots are built to integrate seamlessly into existing workflows, whether for intra‑logistics, outdoor security patrols, or bespoke service tasks. By providing both hardware and software stacks, Ozzie allows customers to deploy intelligent automation that improves productivity, reduces human error, and enhances operational safety.
Target Audience
Primary customers include warehouse operators, logistics firms, security and facilities management companies, and enterprises seeking bespoke robotic solutions for specialized service tasks.
Features
- Autonomous navigation using real‑time SLAM and adaptive path planning for precise movement in dynamic environments
- AI‑powered perception stack with multi‑sensor fusion and computer‑vision to detect obstacles, recognize objects, and understand surroundings
- Modular hardware architecture that supports rapid reconfiguration for intra‑logistics, security patrol, or custom service roles
- Ruggedized outdoor platforms designed for harsh conditions, enabling autonomous surveillance and hazardous area exploration
- End‑to‑end custom development service, from mechanical design to software integration, tailored to specific application requirements