RoboticsCats AI-Cloud SaaS (Software-as-a-Service)
With increasing temperature, wildfire risks are increasing around the world. Property owners, especially those with homes at WUI (wildland-urban-interface), need early wildfire alerts to protect their families and assets.
We want to help. We develop RoboticsCats AI-Cloud SaaS to provide customers easy to deploy and use solutions to detect wildfire in their areas:
- Hardware: no extra hardware is required. Leverage customer’s existing IP network cameras to provide visual images of the environment. It requires a simple camera setup to send images to our cloud server. It will not interrupt existing video surveillance processes.
- Software: no server software to install. It is a SaaS to detect wildfire smoke using RoboticsCats AI Smoke Detection on the images provided by customer’s cameras. All image detections are processed in the cloud.
- User interface: ReportFires mobile app to provide user real-time alert and image of the wildfire smoke detected. We use modern map app UX. There is no learning curve.
RoboticsCats AI-Cloud SaaS provides on-demand wildfire detections. A new user can activate the service in hours. Users can base on their seasonal wildfire risk mitigation requirements to subscribe the service. Start and end the service according to their own needs and schedules. On top of the Standard plan, Premium plan doubles the detection frequency and hence detects 100% faster. Premium plan provides additional capabilities such as camera grouping and camera uptime monitoring. Premium plan is purpose-built for those users who want to detect wildfire in multiple locations.
We provide professional services to design, build, and manage camera networks. No matter you want to use your existing camera network, or you plan to set up a new one, and add wildfire detection capability to it, we can help.
RoboticsCats can help, and we are helping. Please fill in the enquiry form below if you want more information about RoboticsCats AI-Cloud SaaS. Or click here to book an online demo session.