Cobot provides autonomous collaborative cleaning robots that perform vacuuming, scrubbing, sweeping and waste collection in commercial facilities. The robots use LiDAR‑enhanced SLAM and AI‑driven adaptive cycles, streaming real‑time performance, energy and consumable data to a cloud platform that facilities managers can monitor and integrate via API. The solution reduces labor costs, improves cleaning consistency, and supports sustainability reporting.
Funding
Funding not disclosed
Founders
Product
Problem
Commercial facilities face a persistent labor shortage and rely on manual cleaning crews to perform repetitive, physically demanding tasks, leading to inconsistent results, higher employee fatigue, and limited visibility into cleaning performance metrics.
Solution
Cobot delivers a portfolio of autonomous collaborative cleaning robots—including high‑capacity vacuums, sustainable scrubbers, and multi‑function sweepers—that operate safely alongside human staff in shared workspaces. Each unit leverages SLAM‑based navigation and AI‑optimized path planning to deliver continuous, repeatable floor care without operator intervention. Integrated sensors capture detailed task logs, energy consumption, and water usage, which are streamed to a cloud analytics platform for real‑time dashboards and historical reporting. Facilities managers can monitor robot health, schedule maintenance, and adjust cleaning parameters remotely via a web UI or API, enabling data‑driven operational decisions. The solution is offered through flexible purchase or lease contracts, with optional service agreements that include software updates and on‑site support. By automating the “dull and dirty” work, Cobot helps organizations reduce labor costs, improve employee well‑being, and meet sustainability targets.
Target Audience
Primary customers are facilities and operations managers at large commercial properties—such as office complexes, hospitals, universities, hospitality venues, and senior‑living communities—who need scalable, data‑rich cleaning automation.
Features
- Autonomous navigation using LiDAR‑enhanced SLAM for obstacle avoidance and precise coverage mapping
- AI‑driven adaptive cleaning cycles that adjust suction power, brush speed, and water flow based on floor type and dirt detection
- Modular hardware platform supporting interchangeable cleaning heads (scrubbing, vacuuming, sweeping) for 4‑in‑1 functionality
- Cloud‑connected telemetry stack delivering per‑task metrics, battery health, and consumable usage in real time
- Web‑based dashboard with customizable KPIs, trend analytics, and automated compliance reporting (e.g., ESG metrics)
- RESTful API and FHIR‑compatible endpoints for integration with existing CMMS or building management systems
- Remote diagnostics and OTA firmware updates to minimize downtime and extend robot lifespan
- Energy‑efficient brushless motors and closed‑loop water recycling system to reduce operational carbon footprint