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Software as a Service:

EverythingD expertise and technically competent in developing Software on demand applications that are delivered as a service via the Internet. As part of SaaS applications development, we consider multiple characteristics which are as follows :

This characteristic of software on demand differs from the traditional model of software delivery that requires the added operational overhead of providing software to users through different distribution channels.

This characteristic of software on demand differs from the traditional model of software delivery which requires different software packages for different operating systems and operating platforms. With software on demand, all SaaS solutions function on a single platform (the Internet) with a uniform type of client interface (a web browser).

This characteristic of software on demand differs from the traditional model of software delivery which requires IT administrator management of user permission profiles for shared access to computing resources. With SaaS, platform tools such as automated user provisioning and self service account management provides SaaS consumers with the necessary tools to control how and when they share tasks, data and information with other users who are internal or external to their organisation.

Python, PHP, Ruby, Perl, RabbitMQ, Nginix, AWS EC2, MongoDB, AngularJS, NodeJS, JavaScript, Microsoft Azure, C#, Visualforce, Salesforce.com

PaaS is a service providing remote utilisation of an application development platform utilising cloud computing. This includes not only the remote use of software (as in Software-as-a-Service) but a complete application development and distribution platform. This allows the developer to design, test and implement their software on the same platform that their end-user clients will be utilising to run the application. This one platform technique streamlines development by eliminating the need to customise the code to run on different platforms. Additionally, the developer can make changes to the product on the PaaS directly, avoiding the need to distribute updates.

Typical PaaS services offered include Add-On Development Facilities, Stand-alone Development Environments, Application Delivery-only Environments and Open Platform-as-a-service. These environments are typically web-accessible allowing end-users ease of access to the system from remote locations. User accessibility can be controlled and monitored through the service, allowing for the collection of user-specific data and usage statistics. This control facilitates user customisation and per-use billing. Specific features of an application can also be monitored to help the developer allocate their efforts to those which receive the most use.

Another benefit of paaS technology is the ability it gives developers to develop, test and deploy their software in one comprehensive environment. Distribution takes place on the same platform on which it is developed, avoiding software and hardware conflicts for clients. Also, this single platform environment frees the developer from the need to tailor their applications to work on various OS and hardware.

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