Ezserver is a high-performance streaming server written entirely in native C/C++, engineered for low latency, high concurrency, and efficient resource utilization. It delivers video streams directly without relying on heavyweight middleware or complex application layers, providing optimized performance and reliability for professional production environments.
Designed for developers, system integrators, and IPTV/OTT service providers, Ezserver provides complete control over streaming pipelines and server behavior. Its modular architecture makes it suitable for IPTV, OTT, digital signage, hospitality TV, AI-generated videos, and large-scale live or on-demand streaming deployments. Ezserver is deployed in thousands of production systems across multiple regions worldwide.
Unlike traditional streaming solutions that depend on multiple software layers, Ezserver is implemented as a native C/C++ application and operates without requiring Apache, Nginx, PHP, Java, or SQL database systems. This reduces system complexity, minimizes resource consumption, and improves deployment flexibility, stability, and long-term maintainability.
✓ Native C/C++ architecture optimized for high performance
✓ No dependency on Apache, Nginx, PHP, Java, or SQL database systems
✓ Lower CPU and memory consumption
✓ Simple installation and fast deployment
✓ Fewer software components to maintain and secure
✓ Faster startup and reduced system overhead
✓ Designed for 24/7 long-running streaming services
✓ Ultra-fast channel switching
✓ High-concurrency streaming architecture
✓ Stable operation under heavy workloads
| Component | Size | Description |
|---|---|---|
| Ezserver Core Image | 5.47 MB | C/C++ streaming engine binary |
| Channel Definition (10,000 channels) | 2.45 MB | Live IPTV channel metadata & stream mapping |
| User Profiles (20,000 users) | 35.80 MB | Authentication, subscription, device mapping data |
| Movie Definition (10,000 movies) | 5.80 MB | On-demand content metadata library |
| Series Definition (1,000 series) | 1.20 MB | Series + episode indexing structure |