Introduction
Connectedfresh platform allows customers to send sensor data and/or triggered alerts to external systems. Customers can also send their existing sensor data via HTTP based API integration. There are two main types of external integration: Continuous and Event-based.
Requirements
Most external systems provides API access to receive data. Customers are requested to provide API end point, authentication details, data payload format.
Continuous Integration
Continuous integration refers to a constant stream of data that is sent directly to an external system. This data is transmitted from sensors to the ConnectedFresh platform for analysis and processing. Continuous integration is ideal for situations where it is important to have a constant, uninterrupted flow of data to monitor and respond to changes in real-time. For example sensor data can be sent to a checklist or HACCP software to automatically fill values. Or to a data lake for analytics.
Event-Based Integration
Event-based integration, on the other hand, involves transmitting data only when specific events occur. For example, an event may be triggered when a threshold value is reached or when a particular condition is met. This type of integration is often used for triggering actions or alerts in response to specific events or changes in the data. Event-based integration is ideal for situations where it is necessary to respond to specific events or changes in the data. For example triggering a ticket or workflow from work order or an asset maintenance system.
Conclusion
Both continuous and event-based integrations have their own advantages and disadvantages and the choice between them will depend on the specific requirements of customers. When deciding on the type of integration to use, it is important to consider the needs of the system, the type of data being collected, and the desired outcome of the integration. By understanding the differences between continuous and event-based integrations, organizations can make informed decisions to improve the efficiency and accuracy of their systems.