WHITE PAPER:
View this resource to learn more about the limitations of insufficient data. It discusses the importance of the right information at the right time and how to avoid missed opportunities with information-driven products and services.
WHITE PAPER:
With a Wi-Fi network, businesses can increase the efficiency of their mobile employees resulting in increased ROI and greater profitability. This document highlights two specific indoor/outdoor Wi-Fi network configurations based on Motorola's MOTOMESH Duo product solution.
EGUIDE:
A centralized computing strategy can keep your organization from realizing the value of big data. In this expert e-guide, learn how embracing a more distributed architecture can solve traditional scalability problems and lead to big data success. Also inside, discover the value of NoSQL options.
WHITE PAPER:
Thirty-five percent of consumers say they would never use a mobile app again if it contained incorrect product data. This brief resource explores how the global standards body GS1 established the Global Data Synchronization Network (GDSN) as a means of combatting outdated, inconsistent product information.
EGUIDE:
Before you can successfully implement a video conferencing system into your enterprise, you must first understand the standards involved to ensure your solution will work with others on your network. This e-guide uncovers standards and interoperability considerations while also providing migration planning tips.
WHITE PAPER:
The purpose of this white paper is to provide enterprises with guidance, based on a three- to five-year outlook, on how IPv6 should be included in their network design, planning, and operations starting today. The intended audience is enterprise network administrators.
EGUIDE:
Application security has significantly grown and developed in sophistication over the past few years, but so have the threats that seek to wreak havoc on your software. Read this expert e-guide to learn best practices on how to ensure your applications are protected with the highest level of security possible.
