Optimize performance with asynchronous task processing
Swiftask frees up your applications by delegating heavy AI processing to asynchronous functions. Keep your UI fluid while processes run in the background.
Result:
Gain system reactivity while automating complex calculations and high-volume data streams.
AI Agents
function
Connector function · Secure OAuth 2.0
System blocking: the #1 productivity killer
In a synchronous architecture, every request waits for the AI to finish its calculation before releasing the interface. Result: increased latency, frequent timeouts, and a degraded experience for your end users.
Main negative impacts:
Unbearable application latency
Waiting for AI responses blocks your application's main thread, leaving the interface frozen during processing time.
High time-out risks
Long-running tasks often exceed HTTP request time limits, leading to processing failures and cascading errors.
Limited scalability
Without asynchronicity, processing capacity is throttled by the sequential wait time of each operation.
Swiftask introduces an asynchronous execution layer. Send your task requests to dedicated functions and retrieve results via webhooks as soon as they are ready.
BEFORE / AFTER
What changes with Swiftask
Synchronous architecture
Your application sends data to the AI. It waits 15 seconds. The user sees an infinite loading screen. If the server is under load, the connection drops. The process fails.
Asynchronous architecture with Swiftask
Your application sends the task to Swiftask. Swiftask confirms receipt instantly. The user continues working. In the background, Swiftask executes the AI function and notifies your application via webhook upon completion.
Asynchronous implementation: 4 key steps
1
STEP 1 : Define the function
Create your processing logic in Swiftask. Set up the necessary inputs for your AI calculation.
2
STEP 2 : Configure the callback
Define the destination URL for the task completion notification (webhook) so your system retrieves the processed data.
3
STEP 3 : Send the request
Your application triggers the function via API. Swiftask places the task in a secure queue.
4
STEP 4 : Processing and notification
The function executes in isolation. Upon completion, the result is automatically transmitted to your target system.
Isolated computing power
Fine-grained queue management, task priority handling, and resource isolation to guarantee system stability.
- Target connector: The agent performs the right actions in function based on event context.
- Automated actions: High-volume data processing, complex document analysis, long AI script execution, orchestration of multi-step workflows in the background.
- Native governance: Every asynchronous execution is monitored with full status tracking in your Swiftask console.
Each action is contextualized and executed automatically at the right time.
Each Swiftask agent uses a dedicated identity (e.g. agent-function@swiftask.ai ). You keep full visibility on every action and every sent message.
Key takeaway: The agent automates repetitive decisions and leaves high-value actions to your teams.
Technical and business advantages
Increased user reactivity
The interface remains interactive while heavy processes are managed in the background.
Operational reliability
The queuing system allows for automatic retries in case of temporary failure.
Decoupling of systems
Your application and Swiftask communicate without tight dependency, facilitating maintenance.
Cost optimization
Process data in batches or in real-time without overloading your main servers.
Horizontal scalability
Swiftask automatically handles load scaling based on the volume of incoming tasks.
Security of asynchronous flows
Swiftask applies enterprise-grade security standards for your function automations.
- Webhook authentication: Every return notification is signed to ensure data integrity received by your system.
- Environment isolation: Functions execute in secure containers, isolated from your sensitive data.
- State logging: Full tracking of every task, from triggering to finalization or error.
- API access management: Strict control of permissions on function triggers via secure API keys.
To learn more about compliance, visit the Swiftask governance page for detailed security architecture information.
RESULTS
Measurable system performance
| Metric | Before | After |
|---|---|---|
| Perceived latency | Full processing time (seconds/minutes) | Confirmation time (milliseconds) |
| Request failure rate | High (timeouts) | Near 0% (persistent queue) |
| Interface availability | Blocked during processing | Always available |
Take action with function
Gain system reactivity while automating complex calculations and high-volume data streams.