Definition
In Salesforce Connect, an external system that exposes data through OData protocol endpoints, allowing Salesforce to consume and display that external data as external objects without storing it locally.
Real-World Example
a platform engineer at NovaScale uses OData Producer to enhance the organization's Salesforce footprint with additional functionality. By leveraging OData Producer, the team avoids building a custom solution from scratch, saving months of development time while gaining enterprise-grade features out of the box.
Why OData Producer Matters
In Salesforce Connect, an OData Producer is an external system that exposes data through OData protocol endpoints, allowing Salesforce to consume and display that external data as external objects without storing it locally. OData (Open Data Protocol) is an open standard for building and consuming RESTful APIs that work with structured data. An OData Producer is the server side: a system that publishes data via OData endpoints that Salesforce Connect can read.
OData-based external objects are valuable when you want to surface external data in Salesforce without the operational overhead of data sync. The data lives in the source system (the OData Producer) and Salesforce queries it on demand when users access the external objects. This is appropriate for reference data, large datasets that don't need to be in Salesforce, and scenarios where the source of truth must remain external. The trade-off is that querying is slower than local data access and depends on the external system being available.
How Organizations Use OData Producer
- •TerraForm Tech — Connected Salesforce to their ERP system through an OData Producer interface, surfacing order data as External Objects without sync overhead.
- •Quantum Labs — Uses OData-based external objects for reference data that lives in another system but needs to be visible in Salesforce.
- •CodeBridge — Treats Salesforce Connect with OData as one option among several integration approaches, picking based on data access patterns.