It new "Tide" SaaS mashup needs three elements: platform, bonding degree and affinity

Because of the enterprise's various business is the organic connection, this kind of mashup software system function's orderly integration must and the business match. In traditional (non-SaaS) mode, it is very difficult to integrate and integrate each system in data, system, process and business in order to play its comprehensive efficiency effectively. However, it is more difficult to accomplish this task in the http://www.aliyun.com/zixun/aggregation/13960.html ">saas application." It is envisaged that in the traditional mode, an enterprise adopts a, B, C, Ding Company's A, B, C, D software systems, all systems deployed in the enterprise, can be integrated within the enterprise integration and integration; But if the system is distributed in the B-C, the SaaS way to mix, complete the task need to involve all suppliers, Naturally it is even more difficult, which is one of the main reasons for its slow and difficult application so far. Previous discussions on SaaS applications focused on data, security, privacy, price and so on, but if you want to successfully implement this mixed SaaS model, in addition to the above problems, but also must address a key, but also constraints on its development of a major problem: the SaaS mashup application of the "three elements": platform, Bonding degree and affinity.

1. Platform

Platform is a resource-supporting role. There must be a variety of enterprise-class applications on the platform, such as the dispersed ABCD software to be blended together. Of course, the more primitives you gather on the platform, the richer the mix of SaaS. In addition to a variety of software primitives, the platform must also provide these software-related services. These services should have triple effect: ⑴ to implement each software according to the special requirements of the enterprise; ⑵ the implementation of a single system in accordance with the application of a good mix and integration; ⑶ integrate and optimize the whole software application system according to the enterprise strategy and business operation requirements, Make the software system architecture and function more adaptable and meet the management of the business and its development. In this way, the enterprise does not need to complete all the tasks from scattered places.

2. Adhesion degree

Cohesion is the function of the resource structure. Its role is to gather all the primitives (Software) that need to be blended together in some sort of SaaS way, which embodies the second power of service (services), representing the strength of the original polymerization. The high and low polymerization ability directly affects the performance of the hybrid application between software systems on the platform. For example, the tight integration between the software, the connection between the interfaces between the system and the business data, the overall frame structure is reasonable.

3, Affinity

Affinity is the optimization function of resource integration. If the bonding is a measure of system architecture, with respect to integration, then the affinity is the measurement of software systems in the actual business application and management, that is, the relationship between the business, the process of close cohesion between the level, corresponding to the third function of the service, it can make the blending architecture more integrated, application more in line with the actual business situation, Business processes are smoother. Relatively speaking, the former emphasis on it technology, while the latter more focus on business management, the combination of the two to achieve a mix of software systems and the application of the actual business. Affinity in SaaS applications is even harder to achieve than bonding, but also more important, especially when the enterprise transformation, business changes and mergers and acquisitions, and other circumstances, related to the application system can continue to provide excellent service for enterprises.

(Responsible editor: admin)