CDNs can handle dynamic content through specialized optimizations despite limitations in caching real-time, personalized content like API responses and database-driven queries.
Explains how CDNs can be integrated with existing hosting providers without requiring major infrastructure changes
CDN Pull Zones support custom domains, allowing content delivery through your branded URL instead of the default CDN endpoint via CNAME DNS configuration.
Explains how to configure custom domains for Vultr CDN Push Zones by creating CNAME DNS records to serve cached content under branded URLs
Yes, multiple Vultr CDN Pull Zones can point to the same origin server, enabling separate management and optimization of different content types.
Files in Vultr CDN Push Zones are stored in distributed storage and replicated across global POPs for efficient content delivery.
CDNs real-time analytics dashboard enables developers to monitor performance metrics and optimize content delivery strategies through actionable insights.
Edge rules and custom caching policies enable granular control over CDN content delivery for optimized performance of dynamic applications.
A guide to accessing and using the Vultr CDN management interface for controlling and tracking Push Zone performance
A guide to managing Vultr CDN Pull Zones programmatically using the Vultr API and CLI tools
Guide to managing Vultr CDN Push Zones programmatically through the Vultr API and CLI tools
Monitor your Vultr CDN Pull Zone performance using real-time usage graphs in the management interface
A guide explaining how to properly set up your origin server to work with Vultr CDN Pull Zones for content distribution.
Methods to manually refresh or purge cached content in a Vultr CDN Pull Zone
Explains how to update existing files in Vultr CDN Push Zones by uploading new versions with the same filename and path
A guide explaining how to upload and manage files to a Vultr CDN Push Zone through the Vultr Customer Portal interface
Explains how Vultr CDN Pull Zones can improve website SEO through faster page load times and reduced latency for global users.
A CDN reduces origin server load by caching and serving content from distributed edge locations, minimizing direct requests to the origin server.
A CDN protects against DDoS attacks by distributing traffic across global edge servers to detect, absorb, and mitigate malicious requests before they reach origin servers.
CDN accelerates API performance by distributing content across global edge locations, reducing latency and improving scalability for high-throughput API infrastructures.
CDN Pull Zone refreshes cached content upon expiration or every 24 hours for inactive resources, ensuring content stays current
A CDN enhances security by serving as a protective barrier between users and origin servers, featuring built-in security measures like SSL/TLS encryption.
A CDN service that automatically fetches and caches content from your origin server across global edge locations to improve delivery speed and reduce origin load.
A content delivery method where static assets are uploaded directly to Vultr's global CDN storage network rather than being pulled from an origin server.
Overview of performance optimization features available for Vultr CDN Pull Zones to enhance content delivery efficiency
HTTP/3 and QUIC protocols enhance Vultr CDN performance through reduced latency, improved connection reliability, and faster content delivery over UDP instead of TCP.
Key considerations for efficiently uploading and managing large files in Vultr CDN Push Zones to ensure optimal delivery performance.
Key considerations for optimizing Vultr CDN performance through strategic geographical location selection to reduce latency and improve user experience
Overview of content types that can be efficiently delivered and accelerated through a Content Delivery Network (CDN)
Push Zones are ideal for delivering large static files over 100MB that rarely change, requiring manual uploads to the CDN.
A CDN distributes website content across global edge servers to reduce latency and improve performance for users worldwide.