One of the more unexpected places you will experience resistance to implementing a data quality toolset could be from your own internal IT department. If they take security and system performance seriously, they will want to know all about your new software and how it interacts with all the databases and marts.
All data quality tooling uses ODBC or JDBC connections to access your enterprise data sources. Each different connection will require a userID and password. If you are planning to implement a desktop only solution, prepare for a long fight. Desktop versions of data quality systems rely upon your PC having these connections set up and the passwords embedded. This could cause problems if other people gain access to your desktop. Some will be able to use your connections with other programs - like MS access to query your data and save it anywhere. Even if the O/JDBC connections are not accessible outside the data quality suite of programs, the embedded ETL capabilities of the data quality software may pose a security risk that may prove a step too far for some system administrators.
The solution is to implement a server version of your data quality software. This involves installing your software on a central server. The ODBC/JDBC connections are similarly centralised. Users then have a desktop program that interfaces with the server, and cannot access it until a password is keyed in. This is far more secure, but will effectively treble the set-up costs, especially if you build a failover solution. A failover option may be mandatory if you work in a highly governed business like pharma or banking.
In this information age, the value of data has never been higher. With all current crime trends pointing to internal colleagues stealing data and selling on to other companies as being the biggest data security threat, it is important that the capability of data quality tooling is not perceived as too great a risk. All of these risks can be successfully mitigated with the correct infrastructure implemented and governance controls around appropriate access to data.
In this information age, the value of data has never been higher. With all current crime trends pointing to internal colleagues stealing data and selling on to other companies as being the biggest data security threat, it is important that the capability of data quality tooling is not perceived as too great a risk. All of these risks can be successfully mitigated with the correct infrastructure implemented and governance controls around appropriate access to data.
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