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The API enables integration with and real-time IoT data. Maintenance teams can connect and visualize work orders and sensor data directly on the digitized site, enabling visual work identification and proactive maintenance planning. This allows planning to be moved from the site to the office, reducing the need for fly-in-fly-out planning trips.
The API now features streamlined pipelines for ingesting live data from sensors. Teams can overlay real-time temperature, pressure, or vibration data directly onto asset models, enabling immediate remote inspection and predictive maintenance alerts. 2.2. Low-Code/No-Code Connectivity veerum api new
The future direction for VEERUM’s single-tenant model is expected to include the option for clients to choose the geolocation for their data storage. The API enables integration with and real-time IoT data
The single-tenant model provides dedicated resources and data storage locations for each individual tenant. Each tenant has its own dedicated database cluster and can choose higher-powered database tiers and sizes. Clients can specify database options and set custom specifications to comply with internal policies and industry-specific regulations. As VEERUM CTO Rob Southon stated, “Single-tenancy offers additional control, dedicated tiered services, and flexible storage options. Clients that require their data to be physically separated can choose our single-tenancy offering to meet their stringent compliance needs”. The API now features streamlined pipelines for ingesting
Instead of toggling between a spreadsheet and a map, engineers can use the API to pull live asset health directly into a 3D interface, accelerating troubleshooting.
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Ready to build on the new Veerum API? Visit the official developer portal at developer.veerum.com (or your local instance's /api/v2/docs) to explore the interactive documentation.