| Metric | Old API (v1) | New API (v2) | Improvement | | :--- | :--- | :--- | :--- | | Average Latency (GET asset) | 420 ms | 98 ms | | | Bulk Asset Export (10k records) | 45 sec (paginated) | 6 sec (GraphQL) | 86% faster | | Write-Back (POST checklist) | Not supported | 210 ms | N/A (New feature) | | Concurrent Requests Limit | 5 per second | 50 per second | 10x |
Before diving into the technical capabilities of the , it is essential to understand the ecosystem it serves. VEERUM is a global software provider headquartered in Calgary, Canada, founded in 2014. The company specializes in transforming complex, capital-intensive industries such as oil and gas, mining, power utilities, and industrial construction.
By enabling remote access and analysis, the VEERUM API helps reduce the need for frequent, costly site visits. One client eliminated 12 site visits, saving . This not only reduces travel costs but also improves safety by minimizing site exposure risk. veerum api new
VEERUM recognizes that no two heavy industry tech stacks are the same. The new API is designed to integrate seamlessly with the most widely used enterprise tools. It currently features out-of-the-box API integrations with market leaders such as . This allows organizations to connect their digital twin directly to the source of truth for maintenance and operations, ensuring that the visual layer always reflects the most current data.
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. | Metric | Old API (v1) | 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:
Unlike many visualization tools that only ingest data one way, the new VEERUM API supports open data communication. It allows for the synchronization of data not just VEERUM, but out of VEERUM back into client systems. This ensures that if an asset is tagged or updated during a remote inspection in the digital twin, that change can be pushed back to the central Asset Register or Enterprise Asset Management (EAM) system. By enabling remote access and analysis, the VEERUM
The updated VEERUM API framework is designed for . It acts as the connective tissue between VEERUM’s 3D environment and existing enterprise systems such as CMMS (Computerized Maintenance Management Systems), GIS (Geographic Information Systems), and IIoT (Industrial Internet of Things) platforms. Key Focus Areas of the Updated API:
No new API is without hurdles. Adopting Veerum’s new framework will require existing clients to refactor their request handlers, especially if moving from synchronous to asynchronous patterns. Documentation must be exhaustive, and backward compatibility may need to be maintained through a proxy layer. Furthermore, the success of the API hinges on ecosystem growth—SDKs in popular languages (Python, Go, TypeScript), community forums, and robust error messages (not just 500 Internal Server Error ).