Event-Driven Automation: Handling 1000+ Events Per Second

Event-Driven Automation: Handling 1000+ Events Per Second

This deep dive explores Stavily's event processing architecture and how we achieve sub-30-second trigger detection at small team-friendly pricing. We'll examine the key components of our architecture and how they enable us to handle high volumes of events with low latency.

The Challenge:

Traditional automation platforms often struggle to handle high volumes of events, resulting in delayed trigger detection and missed opportunities for automation. This is particularly challenging for SMBs that need to respond quickly to changing conditions in their environment.

Stavily's Event-Driven Architecture:

Stavily's event-driven architecture is designed to handle high volumes of events with low latency. The key components of our architecture include:

• Lightweight Agents: Stavily's lightweight agents run on customer servers and monitor for events in real-time. These agents are designed to be resource-efficient and have a minimal impact on server performance.
• Event Stream: Events are streamed to a centralized event stream, which is built on top of Apache Kafka. This allows us to handle high volumes of events with low latency.
• Event Processing Engine: The event stream is processed by a high-performance event processing engine, which is responsible for detecting triggers and initiating automation workflows.
• Workflow Engine: The workflow engine executes the automation workflows, performing the necessary actions to respond to the detected events.

Key Architectural Components:

1. Agent-Based Architecture: Lightweight agents deployed on customer infrastructure capture events and stream them to the central platform.
2. Kafka Event Stream: A scalable and fault-tolerant event stream based on Apache Kafka handles high volumes of events with low latency.
3. CEP Engine: A Complex Event Processing (CEP) engine analyzes the event stream in real-time to detect triggers and patterns.
4. Workflow Orchestrator: A workflow orchestrator manages the execution of automation workflows, ensuring that they are executed in the correct order and with the necessary resources.

Achieving Sub-30-Second Trigger Detection:

Stavily achieves sub-30-second trigger detection through a combination of:

• Optimized Agents: Our lightweight agents are optimized for performance and resource utilization, ensuring that they can capture events quickly and efficiently.
• Scalable Infrastructure: Our infrastructure is designed to scale horizontally, allowing us to handle increasing volumes of events without compromising performance.
• Efficient Event Processing: Our event processing engine is optimized for speed and efficiency, allowing us to detect triggers in real-time.

SMB-Friendly Pricing:

Stavily offers small team-friendly pricing that is based on usage, not on the number of events processed. This ensures that SMBs can take advantage of event-driven automation without breaking the bank.

Conclusion:

Stavily's event-driven architecture provides SMBs with a powerful and cost-effective way to automate their DevOps processes. By handling high volumes of events with low latency, Stavily empowers SMBs to respond quickly to changing conditions in their environment and improve their overall efficiency.

Back to Blog