Romy Robotics provides a robotic cleaning‑as‑a‑service platform that uses autonomous, lidar‑based units to clean office environments on a per‑square‑metre usage model. The LTE‑connected fleet delivers real‑time telemetry, AI‑optimized routing, and automated compliance reporting, removing the need for capital hardware investment and reducing labor costs for facility‑management and cleaning service providers.
Funding
Funding not disclosed
Founders
Product
Problem
Facility managers and cleaning service providers face high labor costs, limited availability of skilled cleaning staff, and the need for capital‑intensive equipment to maintain consistent hygiene standards across complex office layouts. Traditional manual cleaning also lacks real‑time performance data, making it difficult to verify service quality and optimize resource allocation.
Solution
Romy Robotics delivers a robotic cleaning‑as‑a‑service (RCaaS) platform that eliminates upfront hardware investment and the requirement for in‑house robotics expertise. Compact autonomous units equipped with lidar‑based SLAM and AI‑driven route optimization navigate tight office spaces and uneven floors without manual path planning. An integrated LTE‑connected fleet management console provides live status, remote diagnostics, and automated reporting, while a cloud‑hosted analytics layer aggregates cleaning metrics for transparent SLA monitoring. The service is billed on a per‑square‑metre basis, converting a fixed‑cost model into a variable‑cost model that scales with actual usage. Clients retain full control over scheduling and can trigger robot deployment on demand, ensuring continuous coverage even during weekends and holidays.
Target Audience
The primary customers are facility‑management firms, commercial cleaning contractors, and owners of office‑type real‑estate who need scalable, data‑driven cleaning solutions for multi‑tenant buildings.
Features
- Lidar‑based simultaneous localization and mapping (SLAM) for centimeter‑level navigation in cluttered office environments
- AI‑optimized multi‑robot coordination that partitions cleaning zones to maximize coverage up to 840 m² per hour per fleet
- HEPA‑13 filtration with sealed dust compartment (960 mL) allowing up to two‑week emptying intervals for reduced manual handling
- LTE‑enabled edge connectivity with GDPR‑compliant EU data residency, supporting real‑time fleet telemetry and remote firmware updates
- Integrated cloud dashboard delivering KPI visualizations, cleaning logs, and automated compliance reports accessible via web or API
- Plug‑and‑play charging stations and minimal on‑site maintenance (tank refill, dust‑bin swap) requiring no specialized training
- Pay‑per‑square‑metre usage model with transparent invoicing and no capital outlay
- Full CE certification and commercial‑grade safety compliance for deployment in public office spaces