ArvanCloud Live Streaming is a managed service designed to broadcast real‑time video content to online audiences without requiring users to build or maintain streaming infrastructure. It provides the necessary components for ingesting, processing, and delivering live video streams through a cloud‑based platform. The service handles stream reception, transcoding, and distribution while integrating with content delivery mechanisms to ensure stable playback for viewers. Users focus on producing live content, while operational aspects of streaming are managed by the platform. ArvanCloud Live Streaming is suitable for scenarios that require continuous, real‑time video delivery with controlled latency and scalable audience reach.

Key Features

Live Stream Ingestion

Receives real‑time video feeds.

• Supports standard live streaming protocols
• Stable stream input handling

Real‑Time Video Processing

Prepares streams for delivery.

• Stream transcoding
• Format and quality adaptation

Scalable Live Delivery

Distributes streams to viewers.

• Supports large concurrent audiences
• Integrated with distributed delivery networks

Playback Compatibility

Ensures broad device support.

• Web and mobile playback
• Standard video player compatibility

Stream Management

Controls live broadcast sessions.

• Start and stop live streams
• Monitor stream status

Control Panel and API Access

Manages live streaming workflows.

• Centralized management interface
• Programmatic stream control

Benefits

Simplifies Live Broadcasting

Reduces technical complexity.

• No self‑managed streaming servers
• Managed operational processes

Supports Audience Growth

Scales with viewer demand.

• Handles traffic spikes
• Suitable for public broadcasts

Improves Streaming Stability

Maintains consistent playback.

• Managed delivery infrastructure
• Reduced stream interruptions

Accelerates Time to Broadcast

Enables quick setup.

• Fast live stream activation
• Minimal configuration effort

Reduces Infrastructure Overhead

Offloads streaming operations.

• No hardware maintenance
• Predictable platform behavior