Business process automation has also become a huge trend over the past few years. Being able to manage master data in an efficient and effective way can surely help you save a lot of time, effort and money. Once you are able to integrate applications and systems, it increases the efficiency in your day to day operations, making your business a lot more profitable in the process.

In any organization, you want to be able to provide excellent customer service. The only challenge in being able to do that is when your time and budget is consumed in trying to determine how to make your processes become faster, better and more effective. There are a lot of unnecessary work that goes into production lines and integration processes. Automating master data gets rid of these problems. A master data management company can evaluate the current procedure that you have and provide realistic recommendations that you can immediately implement within your team.   

Automating master data does not only help you combine several tools and resources that will help you be more efficient. It also helps you cut back on labor costs! Automation removes the need for a lot of manual work, and you would have to hire less staff to do redundant and repetitive tasks. It also gets rid of the possibility of any type of fraudulent activity, and you can be certain that all your data is kept with confidentiality under the watch of a few key people!

In a transaction/repository-style hub, all relevant data is stored and accessed from a single database, and the database must contain all of the information needed by the different applications which access it. All data is consolidated and centralized, and published to the individual data sources after it has been linked and matched. This style of hub allows for a single source of data to be created, minimizing duplication by making it easier to detect as data is collected and cleaned. However, the transaction/repository style has drawbacks as well. Existing applications may have to be modified to use the master data, and in some cases this is not possible. Different applications and services which serve as an interim interface between the MDM software and the data-dependent applications may be needed and this can add to costs. Also, data models need to be complex enough to include all relevant information for the applications that utilize them, but not so large that they become overly large.

Registry style hubs, in contrast, do not store master data in the hub, but rather master data is maintained within native application databases. The hub instead stores lists of keys with which to access all relevant attributes for a specific master data entity, linking these attributes between application databases. The registry style hub allows for applications to remain fairly intact as all data is managed within native databases. However, when requests are made to access master data, data must be located, a query must be distributed between numerous databases, then a list of the requested data must be formed all in real time, and as the number of source databases grows, this can become increasingly inefficient. In addition, duplicate data entities can reside on different databases, or even within the same database, and while consolidation and cleaning of individual databases would be ideal, it is not always practical. Another disadvantage is that when new databases are to be included in the hub registry, new keys must be added to the existing tables, which may also require altering how queries are generated.

Hybrid style hubs utilize methods from both transaction/repository and registry style hubs, and try to address some of the issues present in each. Since it may not be practical to update existing applications or to send inefficient, massive queries across several databases, the hybrid system combines some of the advantages present in the other models by leaving master data on the native databases, generating keys and IDs to access this data, but replicating some of its important attributes to the hub. When queries are made, the hub can service the more common requests, and queries only need to be distributed for the less-used attributes, which results in a more efficient process. While the hybrid style combines advantages of both of its parent models, it has its own disadvantages. Since it stores replicated data from outlying databases, it may run into updating issues, and, like the transaction/repository style, deciding which attributes to store, naming to be used and format to store them in can create problems.