ArvanCloud CDN is a cloud‑based content delivery service designed to improve the performance, availability, and reliability of web content and online services. It works by caching static and dynamic content on distributed edge servers and delivering it from locations closer to end users. The service reduces latency, optimizes bandwidth usage, and helps absorb traffic spikes by distributing requests across the network. It also provides traffic management, security controls, and analytics to monitor usage and performance. Configuration and management are handled through a centralized control panel and APIs. The CDN is intended for websites, APIs, media delivery, and online platforms requiring fast and stable content delivery at scale.

Key Features

Global Content Caching

Stores content on distributed edge nodes.

• Static content caching
• Reduced origin server load

Dynamic Content Acceleration

Optimizes non‑static traffic.

• Smart routing to origin servers
• Reduced request latency

Traffic Distribution

Balances incoming requests.

• Load distribution across edge servers
• Improved service availability

DDoS Protection

Mitigates large‑scale traffic attacks.

• Traffic filtering at the edge
• Absorption of volumetric attacks

Web Application Firewall

Protects applications from threats.

• Rule‑based request filtering
• Protection against common web attacks

SSL and HTTPS Support

Secures data in transit.

• SSL certificate management
• Encrypted content delivery

Rate Limiting

Controls request frequency.

• Prevention of abuse and overload
• Configurable access thresholds

Analytics and Reporting

Provides visibility into traffic.

• Bandwidth and request statistics
• Performance and usage insights

API Access

Enables automated management.

• Programmatic configuration
• Integration with deployment workflows

Benefits

Improves Website Performance

Reduces page load times.

• Faster content delivery
• Lower latency for end users

Enhances Availability

Keeps services accessible during traffic spikes.

• Distributed traffic handling
• Reduced single‑point failures

Reduces Origin Load

Offloads requests from main servers.

• Lower server resource usage
• Improved backend stability

Strengthens Security

Adds protection at the network edge.

• DDoS mitigation
• Web traffic filtering

Scales with Demand

Handles varying traffic levels.

• Suitable for high‑traffic events
• Automatic traffic distribution