Sfynx Industry provides custom robotic platforms for land and underwater missions, featuring modular chassis with interchangeable payload bays and IP68‑sealed electronics. The systems support low‑latency tele‑operation and autonomous navigation through ROS‑2 middleware, sensor fusion, and AI‑driven path planning, and are delivered as turnkey solutions with integration, training, and maintenance services.
Funding
Funding not disclosed
Founders
Product
Problem
Industries that operate in harsh terrestrial or aquatic environments often lack versatile robotic platforms capable of both tele‑operation and autonomous navigation, leading to costly manual inspections, limited access to confined spaces, and inefficient material‑handling workflows.
Solution
Sfynx Industry delivers end‑to‑end robotic systems engineered for land and water missions. Leveraging over two decades of mechatronics expertise, the company designs, manufactures, and integrates custom‑engineered platforms that combine rugged mechanical structures with embedded control electronics and advanced perception algorithms. Each robot can be operated remotely via low‑latency tele‑control or run fully autonomous routines using sensor‑fusion and AI‑driven path planning. An intuitive HMI and ROS‑compatible software stack enable rapid payload integration and real‑time data streaming to client‑side dashboards. Sfynx also offers bespoke development services to tailor hardware, software, and communication interfaces to specific operational constraints, delivering a turnkey solution from concept through field deployment.
Target Audience
Primary customers are industrial operators and commercial enterprises—such as oil & gas, utilities, maritime logistics, infrastructure inspection firms, and defense contractors—that require reliable robotic solutions for inspection, surveillance, exploration, or material handling in challenging environments.
Features
- Modular chassis families (e.g., Snake, Boa, Argyros, Modulo series) with interchangeable payload bays for cameras, sonar, LIDAR, or manipulator arms.
- Dual‑mode control architecture supporting both high‑bandwidth tele‑operation and fully autonomous navigation using SLAM, obstacle avoidance, and waypoint planning.
- Hardened electronics sealed to IP68 for underwater operation and shock‑absorbing mounts for rugged terrain, ensuring reliability in corrosive or high‑impact settings.
- Integrated sensor suite (multibeam sonar, infrared, RGB‑D cameras, inertial measurement units) with real‑time sensor fusion for 3‑D mapping and situational awareness.
- ROS‑2 based middleware and open‑API endpoints for seamless integration with existing enterprise SCADA, GIS, or cloud analytics platforms.
- Over‑the‑air firmware updates and remote diagnostics via secure VPN, reducing on‑site maintenance downtime.
- Custom software tooling, including mission‑planning GUIs, telemetry dashboards, and automated reporting modules.
- Scalable support model offering installation, training, and lifecycle maintenance contracts.