Akamai Cloud Computing Features

Allows administrators to control access to specific containers or datasets.

Separates containers based on their specific network and connections.

Isolates containers based on components of the file systems and their state.

Services are offered under a pay-as-you-go or utilization-based purchase model.

Track a business' IaaS usage statistics through dashboards, metrics, and reporting.

Track a business' IaaS performance statistics through dashboards, metrics, and reporting.

Groups containers or applications without altering the container contents.

Defines container connections, balances loads, and organizes routes.

Runs applications through connected clusters.

Provides tools for developers to build software and edit container contents.

Creates integrations and allows management of connected contains.

Integrates data with container contents and applications.

Virtualizes operating systems and nests virtualizations within contained environment.

Provides public cloud capabilities.

Provides hybrid cloud capabilities.

Provides high-performance computing (HPC) capabilities.

Provides virtual machines (VMs).

Provides edge computing capabilities.

Provides virtual networking capabilities.

Scales infrastructure resources automatically to meet capacity or computational demands

Store copies of old objects when deleted or overwritten

Ability to scale storage capacity as data increases

Low latency access to data

Multiple copies of data in different data centers

Accessible anywhere, anytime, with low downtime

Provides encryption to data during transit and storage

Maintain activity and data access logs

Allows administrators to provide access to storage based on roles

Compatible with a variety of cloud infrastructure

Compatible with object storage from other providers to ensure seamless integration with multiple sources

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.