Pushing Data

Pushing Data is a pivotal feature in Axonator that enables the system to send information collected within the Axonator platform to external third-party software applications. This functionality, which operates as the opposite of Pulling Data, is implemented through the use of Call API (Application Programming Interface), allowing Axonator to communicate and transfer data to various external systems efficiently.

Key aspects of Pushing Data in Axonator include:

1. Outbound Data Flow: Axonator sends data collected through its forms, surveys, and other tools to external systems, ensuring that information gathered on the platform is shared where it’s needed.
2. API Integration: The system utilizes Call API to establish secure connections with third-party software, facilitating smooth and reliable data transfer.
3. Configurable Data Transfer: The system can be configured to push specific data points or datasets as required, tailoring the information flow to meet the needs of the receiving system and the organization.
4. Enhanced Cross-Platform Consistency: By sharing data collected in Axonator with external systems, this feature ensures consistency of information across an organization’s entire software ecosystem.
5. Improved Efficiency: Eliminates the need for manual data entry into external systems, saving time and reducing the potential for human error in data transcription.
6. Workflow Integration: Enables the triggering of actions or in external systems based on data collected in Axonator, enhancing overall process automation.

Pushing Data in Axonator represents a crucial capability in creating an interconnected data environment. It transforms Axonator from a standalone data collection into an integral part of an organization’s broader data infrastructure. By enabling the automated transfer of collected data to other software systems, this feature significantly enhances the value of data gathered through Axonator, extends its utility across the organization, and streamlines data-driven processes across multiple platforms.