Product Quick Facts
Egnyte is a hybrid cloud storage service that provides online file sharing, file transfer, and cross-office syncing solutions to small, medium, and large businesses. The company specializes in providing businesses with customizable solutions using both cloud-only technology and local storage. Businesses using Egnyte’s services benefit from increased efficiency, reliable security, and removal of communication barriers.
Egnyte, like many of its competitors, features customizable services that help businesses stay organized and productive while maintaining a high level of security. In order to provide uninterrupted levels of security, Egnyte only allows access to files though certificate-based trusted devices via a two-step login verification process. Egnyte offers businesses control over its services with the ability to monitor use and access information through a single, user-friendly control panel, which is accessible in any web browser. The Egnyte platform is able to integrate with local storage, providing businesses with the option of using cloud-based storage or local devices, depending upon security preferences. Companies with satellite locations or remote employees benefit from Egnyte’s flexible deployment models, scalable file sharing, and high speed collaboration capabilities regardless of changes in bandwidth limitations across locations. Additionally, Egnyte’s platform makes use of hybrid storage synchronization, which reduces bandwidth saturation and increases performance.
Egnyte appeals to growing businesses because it offers customizable services and flexible file sharing solutions. Atlanta Fine Homes Sotheby’s International Realty, with over 275 agents and employees spread throughout the Atlanta metro area, was struggling to increase the efficiency of staff communication. After working with Egnyte, Atlanta Fine Homes Sotheby’s International Realty was able to develop a hybrid file sharing infrastructure that allowed for the syncing and sharing of large files, protection of confidential information, and a reduction in bandwidth use.
(Last updated on 02/02/2022 by Mary Houston Coker)