Future Robots supplies autonomous service robots that perform floor cleaning, internal material transport, and visitor assistance in indoor commercial settings. The modular platforms use LiDAR‑based SLAM, computer‑vision obstacle avoidance, and AI‑optimized routing, and are managed through a cloud‑hosted fleet console with REST and OPC‑UA integration for ERP, WMS, and building‑automation systems; hardware can be purchased or leased with optional service contracts.
Funding
Funding not disclosed
Founders
Product
Problem
Businesses in retail, hospitality, manufacturing, and education spend significant labor and time on repetitive cleaning, item delivery, and guest‑welcome tasks. These manual processes are prone to variability, high turnover costs, and limited scalability across large or multi‑site operations.
Solution
Future Robots delivers autonomous service robots that handle floor cleaning, material transport, and visitor assistance without human intervention. Each platform combines LiDAR‑based SLAM, computer‑vision obstacle avoidance, and AI‑optimized path planning to navigate complex indoor environments safely. The robots operate on modular hardware—scrubbing decks, vacuum sweepers, payload carriers, and interactive kiosks—allowing customers to select the configuration that matches their workflow. Fleet performance is monitored through a cloud‑hosted dashboard that provides real‑time telemetry, remote diagnostics, and over‑the‑air software updates. Integration options include RESTful APIs and OPC‑UA connectors for seamless data exchange with existing ERP, WMS, or building‑management systems. By offering both outright purchase and flexible leasing, Future Robots lets enterprises scale automation while reducing labor expenses and improving service consistency.
Target Audience
Primary customers are mid‑size to large enterprises in retail chains, hotels and restaurants, manufacturing plants, warehouses, and campus facilities that require automated cleaning, internal logistics, or visitor‑engagement solutions.
Features
- Autonomous navigation stack using 3D LiDAR, visual odometry, and dynamic obstacle avoidance for reliable operation in crowded spaces
- Modular robot chassis (scrubber, sweeper, delivery carrier, welcome kiosk) with interchangeable payloads and interchangeable cleaning heads
- AI‑driven route optimization that adapts to floor‑plan changes and peak traffic periods in real time
- Auto‑docking and battery‑management system with fast‑charge capability to maximize uptime
- Cloud‑based fleet management console offering live status maps, usage analytics, and remote firmware updates
- Open API/SDK (REST, OPC‑UA) for integration with ERP, WMS, POS, and building‑automation platforms
- Built‑in safety features: emergency stop, compliant with ISO 3691‑4 and EN 1525 standards, and multi‑modal user interaction (touchscreen, voice, QR‑code) for welcome robots
- Service‑level contracts providing preventive maintenance, spare‑part logistics, and on‑site technical support