important-judge-78504
07/10/2025, 3:40 PMtall-airline-16756
07/10/2025, 3:40 PMtall-airline-16756
07/10/2025, 3:41 PM<http://0.0.0.0:8081/>
. To utilize this within an AWS ECS setup, you can configure your ECS task definition to use this endpoint for container health monitoring.
• Add a HealthCheck block in your ECS container definition that uses a curl
command to test the health check endpoint:
HealthCheck:
Command:
- CMD-SHELL
- "curl -f <http://localhost:8081/> || exit 1"
Interval: 30
Timeout: 5
Retries: 3
StartPeriod: 60
• Expose port 8081 in your PortMappings
to ensure ECS can perform the health check.
• The endpoint returns "OK" if the worker is healthy, and ECS will automatically restart the container if the check fails.
This makes your ECS deployment robust by letting ECS track container health and replace unhealthy workers automatically. You can adjust health check intervals and retries as needed for your use case.
Let me know if you need a sample CloudFormation snippet or any further implementation detail.
References:
Sources: livekit-agents/livekit/agents/worker.py | Deploying to production | LiveKit Docsimportant-judge-78504
07/10/2025, 3:51 PMtall-airline-16756
07/10/2025, 3:52 PMload_fnc
lets you do.
Here's the cool part: you can create a function that checks things like your ECS task's memory usage. Think of it like a friendly worker raising their hand and saying, "I'm getting a bit overwhelmed right now." The function returns a number between 0 and 1, and when it hits your set threshold (like 0.8), the worker politely declines new jobs. You could pull in data from AWS CloudWatch, mix in memory and CPU stats, or even add your own special sauce to calculate load.
It's perfect for cloud environments where keeping an eye on resources is key. Your workers will thank you for helping them manage their workload! 😊
References:
Sources: Worker options | LiveKit Docs | Deploying to production | LiveKit Docs | Self-hosting the Egress Service | LiveKit Docsimportant-judge-78504
07/10/2025, 3:53 PMtall-airline-16756
07/10/2025, 3:54 PMload_fnc
as your system's smart assistant. It checks in periodically and gives you a score between 0 and 1 that shows how busy your worker is. If that score goes over your set load_threshold
, the worker automatically takes a break from new jobs. It's perfect for keeping an eye on things like memory, CPU, or any custom resource in near real-time.
• On the other hand, request_fnc
is more of a job-by-job helper. It can look at specific job details, but it's not great for keeping constant tabs on your system's overall health.
So, if you're tracking ECS memory or similar metrics, set up your check in load_fnc
. This way, your worker can proactively manage its availability and play nicely with LiveKit's job routing system.
References:
Sources: Deployment and scaling | LiveKit Docs | Worker options | LiveKit Docsimportant-judge-78504
07/11/2025, 6:21 PMtall-airline-16756
07/11/2025, 6:22 PM