Integrate Amazon EC2 with Timely by Memory

Amazon Elastic Compute Cloud (Amazon EC2. is a web service that provides resizable compute capacity in the cloud. Amazon EC2 eliminates the need to invest in building custom infrastructure for each application, allowing you to spend more time and resources on your applications.The Timely by Memory platform provides a full stack of services for managing content delivery. Timely by Memory delivers content from multiple sources to any device, anywhere, instantly. Its distributed architecture enables organizations to build a rich media experience across all devices while maximizing workflow efficiency and reducing bandwidth costs.Timely by Memory has an API that enables users to integrate with it. This API can be used to deliver content to web browsers, smartphones, tablets, smart TVs or other digital display screens. The API allows developers to take advantage of Timely by Memory functionality including. user management, content ingestion, dynamic segmentation, multi-geo delivery, personalization and analytics.Timely by Memory usually uses Amazon S3 as a component of the content delivery infrastructure. S3 is a scalable storage service that provides 99.999999999% durability of objects over a given year and 99.99% availability of objects over a given year within a single region. Amazon S3 stores objects using servers in multiple facilities throughout its network of data centers, allowing customers to access their data using an industry-standard RESTful API that can be accessed from anywhere in the world using standard HTTP/S protocols.Timely by Memory and Amazon EC2 are both scalable platforms that help businesses grow. Integration between Timely by Memory and Amazon EC2 will help them to scale up their businesses, while saving time and money.Consequently, this is an article about how integration of Amazon EC2 and Timely by Memory will help businesses scale up their operations.

Amazon EC2 instances run in a virtualized environment created by Amazon Web Services (AWS. These virtualized environments are called "instances". Each EC2 instance runs its own operating system and is completely isolated from every other instance. An instance can be started with a variety of preconfigured operating systems such as Microsoft Windows, Red Hat Enterprise Linux, or Ubuntu. Each instance also has access to Amazon's network stack and storage system.This technology creates an isolated environment for each instance so that if one fails the others keep running without interruption. In addition, Amazon maintains a service level agreement (SLA. that ensures high availability of EC2. The SLA guarantees that no more than 0.5% of the hours in any month will have service credits (where an instance is unavailable.You can create, terminate or launch an instance in minutes after registration with no up-front commitment or long-term contracts and pay only for the capacity that you use. This makes EC2 very cost effective.There are three types of instances –   Standard Instance ,   High Memory Instance and   High CPU Instance . Each type has different hardware specifications but they may all be used to host a wide range of applications such as websites, store fronts or media streaming servers.Although EC2 instances are virtual machines they are not physical servers, because virtual machines do not possess their own processor chip; instead they share the processors in the same physical server with other virtual machines. This makes them more efficient than traditional physical servers. A physical server does not require any additional software to host multiple virtual machines whereas a virtual machine requires hypervisor . AWS provides two hypervisors for hosting virtual machines— XenServer and VirtualBox .Amazon offers two types of storage -   General Purpose SSD ( gp2 . and   Provisioned IOPS SSD ( io1 . . The General Purpose SSD ( gp2 . provides high performance storage suitable for workloads requiring higher input/output operations per second (IOPS. like databases, while the Provisioned IOPS SSD ( io1 . provides higher IOPS performance for transactional workloads like relational databases .Each type of storage is available in two forms –   Magnetic Storage Disk ( Standard . and   Magnetic Storage Optimized ( Throughput Optimized . . Magnetic Storage Disk (Standard. is suited for non-transactional workloads where high disk throughput is required such as video encoding or processing; while Magnetic Storage Optimized (Throughput Optimized. is suited for transactional workloads like database transactions where low latency is required .

Amazon EC2 and Timely by Memory enable businesses to grow by scaling their operations up while saving time and money. This integration will further enhance this capability by enabling businesses to scale up their operations even further than before.This article was written by myself based on information found online at https://aws.amazon.com/ec2/faqs/, https://www.timelybymemory.com/resources/api and various other websites with minimal editing carried out by myself.The Full Essay:

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