CASE STUDY:
In this white paper, learn how the U.S. Army can protect their $68 billion-worth of annual data with a set of security solutions that easily integrate with their Standard Army Management Information System (STAMIS).
WHITE PAPER:
When you understand people and their names in context and in real time, you have an increased capability to preempt threats and fraud. Find out what you can do to help protect your business.
CASE STUDY:
Researchers found that by creating a dynamic IT environment- standardized, centralized, automated, and mobile-California can achieve a greener, more secure computing complex that improves productivity, delivering greater efficiency at a lower cost to taxpayers and the environment.
WHITE PAPER:
This white paper explains how government IT can enjoy cloud capabilities while keeping existing IT investments and avoiding vendor lock-in. Explore how open source and application portability in the cloud and the relationships between technology providers are critical to building a successful cloud strategy.
WHITE PAPER:
Read this issue brief by Center for Digital Government to learn how the Commonwealth of Massachusetts and the County of San Diego are improving service delivery by managing information electronically. What benefits could ECM bring to your agency?
PRESENTATION TRANSCRIPT:
This presentation transcript addresses the key challenges new CIOs face, their priorities in the role, how they can balance legacy systems with the need to drive change, and more.
WHITE PAPER:
This resource examines IT skill shortages, how to minimise them within your company, and 7 deadly skills that your IT team should possess.
WHITE PAPER:
How can you tap into today's data growth trend to improve processes? This white paper examines the drastic explosion of data and explores how governments have begun to handle this massive influx of information.
WHITE PAPER:
Access this white paper to explore an endpoint management solution that will help federal agencies continuously monitor, manage, and detect vulnerabilities across their critical networks.
