Binary Tree Announces SMART Windows Server Migrator 2.0

India - English

Automated Data Transition Assists with Evolution of File Servers

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Jan 19, 2016, 07:13 ET

Binary Tree - The SMART Migration Company

KENDALL PARK, N.J., Jan. 19, 2016 /PRNewswire/ -- Binary Tree today announced version 2.0 of its Windows Server Migrator, a time-saving solution for migrating big data among Windows servers. As data centers around the world continue to evolve, the transition of content and accounts from old servers to a newer, optimized environment is becoming a common task for IT professionals. This addition to Binary Tree's portfolio of solutions helps automate the process and simplify complex tasks, so IT groups can quickly and more efficiently decommission older servers.

Ideal clients are those enterprises looking to consolidate or reorganize Windows File Server content and transition to new physical or virtual servers or SANs. If setting up new file servers, SMART Windows Server Migrator can 'slice and dice' how data in the source is to be copied over to the new machines. In a typical Merger & Acquisition scenario, one to one copying of data is not sufficient. The existing file servers are likely staying in place, while the new entity sets up a new forest with new hardware. With Binary Tree, you have ultimate flexibility to move data from one server to another, from multiple servers to a central location, or from multiple servers to multiple locations.

According to Gary Steere, "The manual efforts to manage all the migration tasks and retain the security permissions and account attributes during server consolidation projects can be extremely time-consuming. Automating and monitoring those complex tasks across multiple servers using a single console can be a huge time-saver and give IT administrators the control and flexibility they crave."

Version 2.0 Advanced Features

Binary Tree's SMART Windows Server Migrator 2.0 includes:

Centralized management console: to make multi-server migration easier to complete.
Automated consolidation: to perform scheduling when you want, including start times, end times, and off limit times within a single User Interface.
Status/reporting dashboard: that indicates what's running and what's completed, as well as errors—all at a glance.
Migrate Shares: along with full permissions and recreate local user accounts, especially helpful in a server consolidation project.
Advanced multi-level blackout capability: to ensure that migrations will not interfere with any other processes or business critical tasks.
Dry Run Feature: to inform you about what 'would' happen, as well as identify any errors.

About Windows Server Migrator

Binary Tree provides an easy-to-use and comprehensive solution to manage Windows File Server migrations and consolidations. The SMART Windows Server Migrator software is capable of handling any migration scenario, regardless of organization size or technology parameters. Whether you need to migrate data between two, or two hundred servers, you can migrate, reorganize and copy or transform files and permissions from an intuitive central management console.

About Binary Tree

Binary Tree is a singularly focused global provider of migration software and solutions for Lotus Notes, Microsoft Exchange, Active Directory, and Windows Server environments. Since 1993, Binary Tree has enabled more than 6,000 customers to migrate more than 35 million email users, and facilitated some of the most complex migrations on the planet. Its software solutions are available for migrating from Exchange 2003/2007/2010/2013 and Lotus Notes to on-premises and online versions of Microsoft Exchange, as well as migrations of Active Directory and Windows Server environments. Binary Tree is a Microsoft Gold Messaging Partner, an IBM Advanced Business Partner, and is one of Microsoft's preferred vendors for migrating to Microsoft Office 365. The Company is headquartered outside of New York City with offices in Hong Kong, London, Paris, Stockholm and Sydney. For more information, visit us at www.binarytree.com.