Veerum Api New Verified Site

This API represents a shift toward more open, interoperable, and scalable industrial management, allowing organizations to programmatically access and integrate their 3D reality data with existing enterprise systems. The Evolution of VisOps: Why a New API Matters

VEERUM operates the world’s first . By consolidating reality capture data, the platform helps industrial teams turn physical site conditions into scalable digital advantages. The core of the offering is the VEERUM DigitalTWIN , which integrates CAD, geospatial, document management, IoT, and operational systems into one unified visual interface.

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 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”. veerum api new

The new Veerum API delivers powerful, industry-specific benefits for asset-intensive sectors.

In April 2025, VEERUM officially launched , a new technology category designed to redefine industrial asset management.

For oil and gas operators, the API enables the creation of a that connects real-time wellhead data, pipeline inspection reports, and refinery maintenance schedules into a unified 3D view. The API can automate the ingestion of pressure and flow rate data from IoT sensors, alerting teams to anomalies directly on the visual model. It also supports rigorous compliance by ensuring all changes and data flows occur within a secure, single-tenant environment, providing a clear audit trail for regulators. This API represents a shift toward more open,

: A maintenance lead in a different time zone can "walk" the site, checking a valve’s status from their desk.

Furthermore, the Veerum API offers the flexibility required for . No two industrial facilities are identical; a refinery has different needs than a data center or a stadium. While Veerum provides a powerful native interface, the API allows developers to build bespoke dashboards, mobile apps, or augmented reality overlays that surface only the most relevant Veerum data. For example, a safety officer could use the API to extract all confined space entries and overlay them on a live floor plan for emergency response drills. Similarly, a construction firm commissioning a new plant can use the API to link punch-list items from a project management tool (like Procore or Jira) directly to the as-built 3D model, ensuring no defect is lost in transition. This extensibility ensures that Veerum adapts to the company’s workflow, rather than forcing the company to adapt to the software.

: Bridge the gap between engineering capture and field operations by pushing real-time data into the 3D environment. SSO Integration : Securely manage user access across global teams with Single Sign-On (SSO) Industry Use Cases The core of the offering is the VEERUM

The New VEERUM API: Transforming Industrial Data into Actionable Visual Operations

The is not merely a technical artifact; it is a statement of intent. It acknowledges that modern applications demand real-time, secure, and developer-friendly interfaces that anticipate failure rather than fear it. By embracing asynchronous patterns, zero-trust authentication, and semantic clarity, Veerum positions itself as a bridge between legacy systems and the serverless, event-driven future. For developers and architects, learning this new API is not just an upgrade—it is an investment in building more resilient, intelligent, and scalable digital ecosystems.