To enhance the new VEERUM API, a standout feature would be an Automated Change Detection & Alerting Endpoint.
Given VEERUM’s focus on "VisOps" and unifying reality capture data (drones, LiDAR, 360° photos) with engineering models, an API that programmatically flags physical changes between site scans would be a game-changer for industrial project managers. Proposed Feature: GET /v1/site-changes
This feature would allow developers to programmatically identify discrepancies between "as-planned" (CAD/BIM) and "as-built" (reality capture) data without manual visual inspection.
Spatial "Clash" Reports: Automatically retrieve a list of coordinates where new physical reality deviates from the engineering design beyond a set tolerance.
Progress Tracking Webhooks: Trigger an API callback whenever a new scan is uploaded that shows a certain percentage of construction completion (e.g., "Foundation 100% complete").
AI-Driven Asset Tagging: An endpoint that uses VEERUM’s internal AI to return a JSON list of all identifiable assets (pumps, valves, pipes) found in a new scan, allowing for instant updates to the Asset Data Register. Why this is helpful:
Reduced Site Exposure: Safety officers can receive automated alerts for potential hazards (like new obstructions in emergency paths) without physical site walks.
Instant ROI Documentation: Teams can use the API to export "clash" resolution data directly into financial reporting tools to prove cost avoidance (VEERUM has previously demonstrated savings of over $2.5M through similar manual efforts). veerum api new
Ecosystem Integration: It enables seamless workflows with partners like HUVR by pushing detected integrity issues directly into maintenance automation systems. Industrial Digital Twin Software - VEERUM DigitalTWIN
The VEERUM DigitalTWIN API is a key feature of VEERUM's single-tenant deployment. It enables programmatic access and open data communication, allowing you to integrate the VEERUM DigitalTWIN platform with your existing organizational systems and applications. Key Features of the VEERUM API
The new API capabilities focus on breaking down data silos and automating workflows:
Programmatic Access: Enables developers to automate data retrieval and management within the digital twin environment.
System Integration: Seamlessly connects with enterprise systems like SAP and OpenText to contextualize work notifications and asset data within a 3D viewer.
V-Stream Data Streaming: Supports real-time location and sensor data streaming, allowing users to visualize live operational data directly in a web browser.
Open Data Communication: Facilitates the movement of data between siloed engineering, geospatial, and IoT systems for a unified "single source of truth". To enhance the new VEERUM API , a
Single-Tenant Support: The API is a core component of VEERUM's single-tenant model, which provides dedicated resources and database clusters for organizations with strict regulatory or data isolation needs. Platform Context
VEERUM's broader "VisOps" (Visual Operations) platform supports these integrations to help heavy industry teams:
Visualize large 3D reality and design models in a single browser-based viewer.
Analyze site conditions using measurements, clipping, and cross-section tools.
Collaborate via shared links, searchable bookmarks, and in-app comments tied to specific 3D locations.
A frequent pain point for API consumers is breaking changes introduced without clear migration paths. The "New" iteration of Veerum emphasizes expressive versioning and self-documenting endpoints. Following principles of RESTful maturity or GraphQL-like flexibility, the API likely includes machine-readable OpenAPI specifications that update alongside the code. Moreover, Veerum may introduce a natural language query layer—where developers can write near-English requests that the API compiles into efficient database or service calls. This reduces onboarding time from weeks to days, democratizing access to backend capabilities.
In the heavy industrial sector, data has traditionally been locked away in proprietary silos, making it difficult for engineers and decision-makers to get a holistic view of their assets. Veerum, a leader in digital twin visualization for industrial facilities, is bridging this gap with its updated API capabilities. Semantic Versioning and Developer Experience A frequent pain
The Veerum API is designed to democratize access to complex industrial data, allowing for seamless integration between the Visual Twin and existing enterprise workflows. Here is what industry professionals need to know about the new developments.
Heavy industries use GIS systems (like Esri ArcGIS). The Veerum API New allows a GIS analyst to export geotagged inspection data. When a technician takes a photo of a leaking flange in Veerum, the API exposes the EXIF GPS coordinates. The analyst can then overlay that photo onto a satellite map in real-time.
For power users pulling large datasets (e.g., "Show me all incomplete checklists for pressure vessels above 100 PSI in the Texas refinery"), the new API offers GraphQL. This allows you to request exactly the fields you need in a single round trip, drastically reducing bandwidth and processing time compared to the old REST pagination methods.
Polling is dead. The new API introduces Webhooks. Instead of asking "Is there new data?" every five minutes, your systems subscribe to events. For example:
checklist.completedasset.status.changedphoto.annotation.addedWhen an event fires, your webhook endpoint receives a JSON payload instantly, enabling real-time dashboards and automated workflows.
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:
GET /checklist/updates, now set up a webhook listener.While the veerum api new is powerful, it is not magic. Be aware of current constraints (as of the latest release notes):