AWS ECS Infrastructure
Built and configured ECS clusters to host LiveKit services with container orchestration and automated deployment workflows.
01 · About the project
Real-time audio, cloud powered
The client needed to migrate a locally hosted LiveKit environment into a secure, scalable cloud infrastructure capable of supporting real-time audio rooms and automatic recording.
The existing setup was limited to local development environments and lacked the scalability, monitoring, and reliability required for production workloads.
DevCoreBit designed and deployed a cloud-native architecture using AWS ECS, enabling automated container orchestration, resource management, and high availability.
To support audio recording requirements, LiveKit Egress was integrated with Amazon S3, allowing room sessions to be automatically captured and stored securely.
The resulting platform delivers reliable audio streaming, scalable infrastructure, and centralized cloud management suitable for growing user demand.
500+
Concurrent Rooms
HD Audio
Recording Quality
99.95%
Platform Uptime
LiveKit Deployment
Production-ready deployment of LiveKit Server and Agent on AWS ECS infrastructure.
Audio Recording
Integrated LiveKit Egress for automatic room recording and media processing.
Cloud Scalability
Containerized architecture capable of scaling with user demand and traffic spikes.
Secure Storage
Audio recordings automatically stored and managed through Amazon S3.
02 · What we did
Engineering for scale and reliability
We designed, deployed, and optimized a cloud-native LiveKit infrastructure capable of handling real-time communication and automated audio recording workflows.
LiveKit Server Deployment
Deployed and configured LiveKit Server for reliable room management, participant handling, and media routing.
LiveKit Agent Configuration
Implemented agent services responsible for managing communication workflows and operational tasks.
LiveKit Egress Integration
Configured Egress services to automatically record audio sessions and process media outputs.
Amazon S3 Storage
Created secure storage pipelines for recorded files with organized lifecycle management.
Load Balancing & Security
Implemented Application Load Balancers, networking policies, and secure access configurations.
03 · Our process
From local setup to production deployment
A structured cloud migration strategy focused on scalability, automation, reliability, and operational visibility.
- 01
Infrastructure Assessment
Reviewed the existing local environment and identified production deployment requirements.
- 02
Architecture Design
Created a scalable AWS ECS architecture supporting LiveKit services and recording workflows.
- 03
Containerization
Packaged LiveKit Server, Agent, and supporting services into optimized Docker containers.
- 04
Cloud Deployment
Deployed infrastructure on AWS ECS with networking, storage, and load balancing configurations.
- 05
Recording Integration
Implemented LiveKit Egress and automated storage of audio recordings to Amazon S3.
- 06
Monitoring & Optimization
Validated performance, configured monitoring, and optimized infrastructure for production workloads.
04 · Delivery
What we shipped
A fully managed cloud infrastructure capable of supporting real-time audio communication, automated recordings, and future growth.
AWS ECS Cluster
Production-ready ECS environment for container orchestration and workload management.
LiveKit Server
Configured real-time communication infrastructure for audio room management.
LiveKit Agent
Operational services supporting automation and communication workflows.
LiveKit Egress
Automated audio recording and media processing capabilities.
Amazon S3 Storage
Secure storage solution for recorded audio assets.
Application Load Balancer
Traffic distribution and high availability architecture.
Monitoring & Logging
Infrastructure visibility and operational monitoring setup.
Deployment Documentation
Complete deployment guides and operational handover documentation.
Case study by Devcorebit · Audio Streaming Platform