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R

Robbie

Robbie offers an IoT‑enabled platform that continuously monitors humidity, temperature, moisture content, equipment runtime, and energy use at water‑damage restoration sites.

Toronto, OntarioFounded 20213300+ followers
Updated 2 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Insurance companies and restoration contractors often rely on manual, intermittent monitoring of water damage drying processes, leading to over‑drying, unnecessary equipment rental time, higher energy consumption, and delayed claim closure.

Solution

Robbie provides an IoT‑enabled platform that continuously measures relative humidity, temperature, moisture content, equipment runtime, and energy use at the job site. The system streams real‑time data to a cloud dashboard and automatically shuts down drying equipment when optimal conditions are reached, preventing over‑drying. Insurers receive certified, hourly‑granular monitoring records that enable precise equipment billing, faster claim processing, and reduced cycle times. By minimizing equipment usage and fuel consumption, Robbie also helps lower greenhouse‑gas emissions, supporting sustainability goals for the restoration industry.

Target Audience

Robbie is aimed at property insurers and water‑damage restoration contractors who manage large volumes of water claims and need accurate, automated drying control.

Features

  • Continuous 24/7 monitoring of humidity, temperature, moisture content, equipment runtime, and energy consumption
  • Automated equipment shutdown when target drying conditions are met
  • Real‑time diagnostic dashboard with up‑to‑the‑minute insights for all stakeholders
  • Certified monitoring logs available instantly for claim verification and billing
  • Hourly equipment rental calculation instead of daily rates, reducing costs
  • Integrated alerts notifying insurers and contractors when drying is complete
This profile is AI-generated and may contain inaccuracies.