Varnish Software Features

Caching of static content at distributed PoPs for faster load times.

Routing of dynamic content for faster load time of dynamic pages.

The ability to purge the cache from different edge location PoPs.

Shared SSL certificate.

SSL certificate that you provide to the CDN software, or is provided for you and is not shared.

Reduces the computational burden on web servers.

Controls access over servers and protects from attacks and DoS attempts.

An easy to read, often single page, real-time user interface, showing a graphical presentation of the current status and historical trends of an organization's Key Performance Indicators (KPIs) to enable instantaneous and informed decisions to be made at a glance.

Access pre-built and custom reports.

Record of data changes taking place in the software.

Application Programming Interface - Specification for how the application communicates with other software. API's typically enable integration of data, logic, objects, etc. with other software applications.

Standard integrations for common CMS tools.

Application Programming Interface - Specification for how the application communicates with other software. API's typically enable integration of data, logic, objects, etc. with other software applications.

Provides Administration tools/console that are easy to use and learn for routine maintenance tasks

Helps administrators ensure applications and information is accessible to users

Limits access to suspicious visitors and monitors for traffic spikes to prevent overloads like DDoS attacks.

Live streams audio and video from both teacher and student managed devices

Allows administrative ability to deploy software, applications, and operating systems across endpoints.

Caching of static content at distributed PoPs for faster load times.

Routing of dynamic content for faster load time of dynamic pages.

Allows users to update programs, fix bugs and patch security flaws remotely.

Documents the actions from endpoints within a network. Alerts users of incidents and abnormal activities and documents the access point.

Protects media, websites and web applications from a variety of attacks and malware threats.

Speeds up the transfer of content and reduces the website access time, allows web servers to handle more client requests.

Allows file storage in a temporary location (e.g., in memory) rather than fetching it from the backend servers everytime.

Compresses large files, such as image or video files, to reduce transfer times.

Manages and controls high peak web traffic by distributing network traffic evenly.

Helps scale on-demand to improve performance.

Dashboard that includes reports, graphs, and logs helping in monitoring web application performance.

Provides an intuitive interface for managing configurations and monitoring activity.

Simplifies the setup process with clear instructions and minimal technical effort.

Integrates seamlessly with cloud, on-premises, and hybrid environments.

Works effectively with containerized applications and orchestration platforms like Kubernetes.

Distributes traffic across multiple data centers or regions to optimize performance.

Adjusts resources automatically to handle traffic spikes efficiently.

Continuously monitors server availability to prevent routing to unresponsive systems.

Restores operations quickly and effectively after failures or disruptions.

Efficiently manages encryption and decryption of traffic to secure data in transit.

Supports integration with web application firewalls (WAF) for additional protection against vulnerabilities.

Protects against Distributed Denial of Service (DDoS) attacks to maintain service availability.

Provides mechanisms to restrict unauthorized access and manage user or system permissions.

Controls traffic by allowing or blocking specific IP addresses to enhance security.

Anticipates needs and offers suggestions without prompting

Anticipates needs and offers suggestions without prompting