If you are an existing Veerum customer using the old v1 API, you cannot simply change the endpoint. The structure is different. Veerum has provided a 6-month deprecation window, but here is the recommended migration strategy:
With photorealistic, real-time views, teams can conduct virtual site visits, significantly reducing field exposure hours and lowering safety risks.
While detailed API documentation is typically provided to enterprise clients, the stated purpose of the Veerum DigitalTWIN API revolves around three core capabilities: , open data communication , and integration with existing systems. This translates into several powerful use cases.
+-------------------------------------------------------------+ | Enterprise Data Ecosystem | | [SAP / Maximo ERP] [GIS Databases] [Document Management] | +--------------------------------------+----------------------+ | v (Bi-directional Data Flow) +-------------------------------------------------------------+ | The New VEERUM API | | - Custom Integrations - Automated Pipelines | +--------------------------------------+----------------------+ | v (Programmatic Control) +-------------------------------------------------------------+ | VEERUM VisOps Platform | | [3DVAULT Storage] <---> [DigitalTWIN Visualization] | +-------------------------------------------------------------+ Key Capabilities of the New VEERUM API veerum api new
The Veerum API New boasts an impressive array of features that make it an attractive choice for developers. Some of the key features include:
While specific endpoints and authentication methods are typically provided to VEERUM clients as part of their deployment, the following technical aspects are key:
By connecting the visual model with external asset data, users can compare "as-built" conditions against engineering designs (as-designed) to catch errors early. If you are an existing Veerum customer using
The new API capabilities focus on breaking down data silos and automating workflows:
An AI model predicts a pump failure. An operator prints the prediction and manually assigns a Veerum checklist. Latency: 4 hours. The New Way: The AI model calls the POST /api/v2/work-orders endpoint. The payload includes the asset ID, priority, and a link to the sensor data. Veerum automatically assigns the checklist to the nearest available technician. Latency: 4 seconds.
He typed the command, his fingers moving automatically over the mechanical keys. While detailed API documentation is typically provided to
Detail the steps for integrating V-Stream with your existing IoT systems.
. These updates focus on bridging the gap between siloed industrial data and a web-based digital twin environment. Core Integration & API Features V-Stream Real-Time Data : This recent release enables the streaming of real-time location and sensor data