Editor's review
Have you been using Lotus Notes database application for storing, organizing, managing, and retrieving your organization’s important data relating tasks, customers, products, employees, etc? The created databases are secured for protecting crucial data from unauthorized access. So, have you ever confronted a situation when the NSF database files display error messages such as ‘You are not authorized to access the database’, etc. In such circumstances, you might end up facing an embarrassing situation due to losing access to the important organization data. Nevertheless, you can avoid entire troubles and gain access to your protected data, simply by using the expertise assistance of Lotus Notes Local Security Removal. The utility aids you in removing the local security from NSF database files of Lotus Notes. The process is carried out easily without compromising the NSF database files’ integrity. The utility doesn’t allow you to decrypt an encrypted NSF database file or remove passwords from it.
Lotus Notes Local Security Removal sports an intuitive console supporting simple features for NSF database security removal. For beginning the security removal process, you’re provided with the option to ‘Select File’ for removing local security of database. Explore your system and choose the required NSF database file using the Browse button. Choosing the database file, you just have to press the button labeled as ‘Remove local security from selected database’. Now after the security has been removed, you can easily access the content for further usage. Even, if you think something’s wrong with your NSF database, you can easily undo the changes made. Due to the self-descriptive interface, the program doesn’t require end-users to have any special technical skills for operating it.
Lotus Notes Local Security Removal 9.10.01 supports different Lotus Notes versions database file for local security removal. The utility justifiably is allotted with 3.5 rating points for its simple functions and the overall optimum performance.
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