WHITE PAPER:
In this resource, discover how mobile security really starts from mobile device management. Click now to unveil 5 best practices to reduce complexity in mobile environments so that you can improve vulnerability monitoring capabilities.
WHITE PAPER:
Mobile internet access and the explosive demand for high bandwidth services on mobile devices have created a pivotal point for service providers. Those providers that can meet the new demands while increasing efficiency will be able to increase their market share, while those that are not will lose ground. Read on to learn how to keep up.
WHITE PAPER:
This white paper is intended to provide service providers with IBM's point of view on the power of collaboration in a Web 2.0 environment and to introduce a new IBM solution that can help telecoms to use collaboration as a tool for enabling innovation.
WHITE PAPER:
This white paper details the day-to-day challenges telecom and IT departments face and how leveraging advanced technology together with an innovative approach to solving those telecom challenges simplifies moves, ads and changes (MACs) for help desk agents to understand and execute.
WHITE PAPER:
Read this white paper to learn how a process-based approach to managing application demand can finally help IT service organizations give their user base what they want—more revenue, more market share, and more customers.
WHITE PAPER:
This whitepaper covers how users demand the same availability and performance from their work IT services and applications as they find from those they use in their spare time.
WHITE PAPER:
In this resource, learn how you can increase collaboration between business and IT, with a multi-cloud management technology. Read on to discover how it enables IT to take and maintain control over cloud operations, while seamlessly meeting all the needs of business users.
WHITE PAPER:
This resource explores how Cisco ONE's traffic visualization and control capability can help service providers visualize traffic end-to-end across the network and respond to unpredictable network capacity demands quickly, easily, and efficiently.
