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How to Send Filtered Data to an API Using Multiple Filter Conditions
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| Workflow Name: |
With Target as API but More Than 1 Filter Condition |
|---|---|
| Purpose: |
Send filtered records to API |
| Benefit: |
Automated API updates |
| Who Uses It: |
Data Teams; IT |
| System Type: |
Data Integration Workflow |
| On-Premise Supported: |
Yes |
| Industry: |
Analytics / Data Engineering |
| Outcome: |
Filtered records sent to API endpoint |
Table of Contents
Description
| Problem Before: |
Manual API data updates |
|---|---|
| Solution Overview: |
Filter and push records automatically to API |
| Key Features: |
Filter; validate; push; schedule |
| Business Impact: |
Faster API updates |
| Productivity Gain: |
Removes manual API calls |
| Cost Savings: |
Reduces labor |
| Security & Compliance: |
Encrypted API calls |
With Target as API but More Than 1 Filter Condition
The API Multi Filter Workflow sends records to an API endpoint after applying multiple filter conditions, ensuring only relevant and validated data is transmitted. This supports efficient and automated API updates.
Advanced Filtering for Reliable API Data Delivery
The system applies multiple predefined filters to incoming data, validates the filtered records, and pushes them to the target API in near real time. This workflow helps data and IT teams reduce unnecessary data transfer, improve accuracy, and maintain reliable system integrations.
Watch Demo
| Video Title: |
API to API integration using 2 filter operations |
|---|---|
| Duration: |
6:51 |
Outcome & Benefits
| Time Savings: |
Removes manual API updates |
|---|---|
| Cost Reduction: |
Lower labor |
| Accuracy: |
High via validation |
| Productivity: |
Faster push |
Industry & Function
| Function: |
Data Push |
|---|---|
| System Type: |
Data Integration Workflow |
| Industry: |
Analytics / Data Engineering |
Functional Details
| Use Case Type: |
Data Integration |
|---|---|
| Source Object: |
Multiple Source Records |
| Target Object: |
API |
| Scheduling: |
Real-time or batch |
| Primary Users: |
Data Engineers; IT |
| KPI Improved: |
Update speed; accuracy |
| AI/ML Step: |
Not required |
| Scalability Tier: |
Enterprise |
Technical Details
| Source Type: |
API / Database / Email |
|---|---|
| Source Name: |
Multiple Sources |
| API Endpoint URL: |
Target API |
| HTTP Method: |
POST |
| Auth Type: |
OAuth / API Key |
| Rate Limit: |
API dependent |
| Pagination: |
Supported |
| Schema/Objects: |
Filtered records |
| Transformation Ops: |
Filter; validate; normalize |
| Error Handling: |
Log and retry failures |
| Orchestration Trigger: |
On upload or scheduled |
| Batch Size: |
Configurable |
| Parallelism: |
Multi-source concurrent |
| Target Type: |
API |
| Target Name: |
API Endpoint |
| Target Method: |
POST / PUT |
| Ack Handling: |
Response logged |
| Throughput: |
High-volume records |
| Latency: |
Seconds/minutes |
| Logging/Monitoring: |
API logs |
Connectivity & Deployment
| On-Premise Supported: |
Yes |
|---|---|
| Supported Protocols: |
HTTPS; REST |
| Cloud Support: |
Hybrid |
| Security & Compliance: |
Encrypted API calls |
FAQ
1. What is the 'With Target as API but More Than 1 Filter Condition' workflow?
It is a data integration workflow that sends records to a target API after applying multiple filter conditions, ensuring only relevant data is transmitted automatically.
2. How do multiple filter conditions work in this workflow?
The workflow evaluates more than one predefined filter condition on the source data and forwards only records that satisfy all conditions to the API endpoint.
3. What types of sources are supported?
The workflow supports data ingestion from APIs, databases, and files, applying multiple filters consistently before sending data to the target API.
4. How frequently can the workflow run?
The workflow can run on a schedule, in near real-time, or on-demand depending on integration and operational requirements.
5. What happens to records that do not meet the filter conditions?
Records that do not satisfy all filter conditions are excluded and are not sent to the API.
6. Who typically uses this workflow?
Data teams and IT teams use this workflow to automate API updates while ensuring only relevant data is transmitted.
7. Is on-premise deployment supported?
Yes, this workflow supports on-premise data sources and hybrid environments.
8. What are the key benefits of this workflow?
It automates API updates, reduces manual effort, ensures only relevant data is sent, and improves reliability and accuracy of downstream systems.
Resources
Case Study
| Customer Name: |
Data Team |
|---|---|
| Problem: |
Manual API updates |
| Solution: |
Automated filtered API push |
| ROI: |
Faster workflows; reduced errors |
| Industry: |
Analytics / Data Engineering |
| Outcome: |
Filtered records sent to API endpoint |

