Good Connect extends your investments in Enterprise Instant Messaging (EIM) to mobile devices without compromising security. By integrating with common EIM solutions like Microsoft® Lync®, Cisco Jabber and IBM® Sametime®, it boosts communication and collaboration with secure instant messaging, corporate directory lookup and user presence, all from an easy-to-use interface on the user’s mobile device of choice. Built on the Good Dynamics Secure Mobility Platform it eliminates the threat of data leakage while integrating with other Good-secure apps to facilitate common business workflows.
With Good Connect you can instantly see the presence of, and connect to, your (EIM) contacts while on the go. Access your global address list, find your contacts and view real time presence information. Then initiate a conversation with your colleague based on their presence status using the right tool – instant message, phone call or email. Best yet, because it’s built on the service-oriented architecture of the Good Dynamics platform, Good Connect surfaces presence information not only from its own client but also from a wide variety of mobile apps.
Mobile communications shouldn’t put your investment in EIM security and compliance at risk. With Good Connect you can protect your data with military-grade encryption. Good Connect is built using next-gen containerization that protects corporate data consistently across a broad set of mobile devices and operating systems. Because of the unique NOC-based architecture of Good Dynamics, it maintains end-to-end security without the need for expensive VPN licenses or compromises like servers in the DMZ. At the same time, with its secure app-to-app collaboration workflow capabilities it offers enhanced productivity across mobile apps.
Good Connect fully integrates with, and leverages, your existing Enterprise Instant Messaging investment. With Good Connect you can easily extend existing corporate IM platforms like Microsoft Lync, Cisco Jabber and IBM Sametime. Good Connect unifies communications across a wide range of devices and form factors without the need for expensive rip-and-replace of existing systems.