The LUPUS cloud platform enables efficient and centralized building management. It provides users with real-time access to critical nb-iot, oms or mioty based sensor data that helps improve operational efficiency, energy savings and cost reduction. By analyzing the collected data, energy consumption can be improved, preventive maintenance work can be planned and downtime can be minimized. It also improves security by providing immediate notifications when anomalies occur. This system not only promotes more sustainable building use, but also increases comfort for residents.
The LUPUS cloud allows you to administer an unlimited amount of IoT sensors. You have access to a multi-layered, centralized administration interface with extensive user rights management, an easy sorting of the sensors via country, city, building, apartment, or utilization unit.
The LUPUS cloud features a multi-layered administration with an extensive user rights management (admin, installer, tenant) that allows you to share access to complete companies to installer-users or just a single apartment to tenant-users.
The owner or administrator has the option to assign tasks to other users. In case it is necessary to replace a sensor, you can add a task and assign it to the local installer. The installer is notified via software and e-mail about the task and the exact location.
All sensor data received by the cloud system is processed and can be displayed graphically and in tabular form for individual time periods and compared with other periods. An export function enables the data to be exported to common file formats.
The LUPUS Cloud not only makes it possible to store tenant information for each residential unit, but also provides tenants and operators with prepared monthly consumption information, which has been transmitted by OMS gateways, for example.
Cloud sensors and sensor gateways can be viewed and re-parameterised directly in the cloud via simple settings pages.
Digitizing industrial plants, logistics hubs, and commercial real estate presents modern enterprises with a fundamental challenge: thousands of sensors must transmit data reliably, cost-effectively, and with extreme energy efficiency.
Digitizing metering points, heat cost allocators, and water meters in the real estate sector presents fundamental challenges.
Deploying a robust Mioty wireless network requires efficient backend management. In standard ETSI-compliant architectures, the core infrastructure is split into distinct roles: Base Stations, a Service Center (SC) for network administration, and an Application Center (AC) for data processing. With LUPUS mySAC, we bring these core functionalities together under one umbrella,