A novel localized approach for efficient delivery of software products

Abstract

Software Delivery accounts a considerable premium to an organization. It provides a definition to the fundamental expertise and the core competitiveness. An efficient approach towards software delivery paves the way to overpower competitive risks. The major challenges faced during the process of software delivery include bandwidth limitation, poor performance, delivery time, and economics of distribution and handling uncertainties at various levels of delivery. The problem is aggravated with increase in the size of the package delivery that is to be delivered. This paper provides a novel approach for efficient software delivery to the requesters which cuts in the chances of poor performance due to bandwidth issues. The approach provides an algorithm that simplifies the delivery for software products that are heavier in terms of size. It is a local tooling process which has an upper hand over the traditional centralized portal where all the software delivery requests are directed. The localized tooling methodology ensures safety of the product by encryption techniques. As a result of the request made by the end user, the tool packages the encrypted form of the product with an installing agent and prepares it to be transferred over the network. At the receiver's end, the package is downloaded and extracted with the help of the environment setup of the launching agent installed at the user's end.