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:
When an event fires, your webhook endpoint receives a JSON payload instantly, enabling real-time dashboards and automated workflows.
At the end of a shutdown, finance needs to know labor hours per asset. The new API provides an export endpoint specifically for time_tracking entries. A nightly ETL job pulls this data directly into SAP or Oracle without human intervention, eliminating spreadsheet errors.
Veerum has published a roadmap for Q3/Q4 this year following the "new" API launch:
Let’s look at the mechanics of the veerum api new. To get started, you need:
Step 1: Authenticate
POST https://your-veerum-instance/api/v2/auth/token Content-Type: application/json"client_id": "your_client_id", "client_secret": "your_client_secret", "audience": "https://api.veerum.com"
Response: "access_token": "eyJhbGciOiJSUzI1...", "expires_in": 3600
Step 2: Get Assets (GraphQL example)
POST /api/v2/graphql Authorization: Bearer [access_token]
assets(where: status: eq: "Active", limit: 10) id tag_number metadata latest_checklist status completed_at
Traditional APIs often struggle to balance rigorous security with seamless user experience. The "New" in Veerum API suggests a departure from static keys or cumbersome OAuth flows. Early indicators point toward a dynamic, context-aware authentication model—possibly leveraging zero-trust architecture and short-lived, behaviorally signed tokens. This means that instead of a single API key granting broad access, each request is evaluated based on the requestor’s identity, device posture, and usage patterns. For enterprises managing sensitive data streams, this reduces the attack surface dramatically without forcing developers to write complex authorization logic from scratch.
If you’re troubleshooting a real integration:
Have you encountered "Veerum" in the wild? Reply with context — let’s solve this API mystery together.
VEERUM recently transitioned its core offering to the VisOps (Visual Operations)
platform, which includes dedicated support for custom API integrations, particularly under the subscription tier. New API & Integration Features Custom API Integrations VisOps Pro+
tier allows for building bespoke integrations to connect existing legacy tools or external software with VEERUM's visual data environment. Dynamic Data Enrichment : APIs can be used to enrich geospatial datasets with dynamic annotations
and live links to external systems, creating a unified, data-driven site model. Third-Party Automation veerum api new
: In 2025, VEERUM demonstrated deep workflow integrations like
, which merges reliability automation (with partners like HUVR) with VEERUM's visual platform. Asset Management Sync
: The platform integrates work notifications from enterprise systems like
, allowing for visual tagging of work locations based on live maintenance data. Core Platform Modules VEERUM 3DVAULT
: A specialized web-based application for managing, visualizing, and sharing complex 3D, 2D, and geospatial datasets (CAD, BIM, 360° imagery) in one centralized location. VEERUM DigitalTWIN
: A hyper-realistic environment designed for brownfield facilities, enabling stakeholders to collaborate on intricate geospatial data without needing desktop-based apps. Single-Tenant Offering
: For regulated industries, VEERUM now offers a single-tenant SaaS model, providing dedicated storage and enhanced data segregation for strict compliance. Developer & Technical Resources VEERUM 3DVAULT: A quick start guide
Based on recent 2025-2026 updates, VEERUM has launched new VisOps (Visual Operations) platform capabilities and a single-tenant offering that enables programmatic access via a new API.
The API is part of VEERUM's strategy to turn heavy industrial reality data (LiDAR, drone scans, 360 photos) into actionable, integrated intelligence. Key Features of the New VEERUM API Polling is dead
Single-Tenant Integration: The API allows programmatic access to data for organizations requiring strict data isolation, often used for heavy industrial assets (oil & gas, mining).
System Interoperability: It enables VEERUM to act as the primary visual layer connecting to existing ERP, EAM, and maintenance systems (e.g., SAP, IBM Maximo).
3D Vault Access: It supports the management of 3D data within VEERUM 3DVAULT, providing methods for uploading, transforming, and distributing data sets.
Automated Workflows: Enables automated data tagging, metadata schema enforcement, and object identification to reduce manual 3D modeling. New VisOps Capabilities (2025/2026)
VisOps Launch: VEERUM officially introduced VisOps, moving from only 3D visualization to actively managing industrial data in a 3D environment.
2025 Year in Review: The company highlighted integration with HUVR to merge reliability automation with 3Dhub for improved inspection.
Linear Objects: A new capability allows for better visualization of linear assets (pipelines, electrical circuits) for improved planning.
For details on authentication, endpoint documentation, and client SDKs, it is recommended to contact VEERUM support through their dedicated support portal.
To get the most relevant information for your integration,g., API keys)? Specific endpoints for integrating IoT sensors? Details on connecting to 3DVAULT? When an event fires, your webhook endpoint receives
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.