WHITE PAPER:
Read this case study to discover the benefits Wisconsin Plastics, Inc. (WIS) achieved by implementing a software module for these processes that integrates seamlessly with its existing enterprise resource planning (ERP) software.
WHITE PAPER:
Discover how to harness AI for savings in your organization by reading this paper, written for HR leaders, and view tangible advice for enacting usage of GenAI to streamline operations and automation to utilize digital workflows and lower labor costs.
WHITE PAPER:
This white paper considers 9 massive project failures, and analyzes where teams went wrong. Read on to see how mistakes, communication breakdowns, and destroyed budgets can obliterate your projects, and how you can avoid a similar fate.
WHITE PAPER:
In this white paper, unveil a list of characteristics that define trusted software, which is critical to ensuring its quality and reliability as a secure product.
WHITE PAPER:
Download this resource to see how your peers are responding to the biggest challenges to the current state of secure software development and its changing methodologies.
WHITE PAPER:
Developers have seen an increase in the number of mobile projects; however, their load testing tactics have not adapted to facilitate the new popularity. This whitepaper discusses seven key steps to successfully testing and analyzing your organization's mobile load capabilities.
WHITE PAPER:
This white paper will discuss the major challenges organizations face when protecting apps from today's threats and examines solutions you can leverage to enable risk-based app security.
WHITE PAPER:
To advance its initiative, Toshiba required a more flexible, scalable cloud solution capable of supporting a wide range of complex projects. This whitepaper highlights the cloud software Toshiba implemented to provide an extensible cloud management framework.
WHITE PAPER:
Access this white paper to learn how flash storage can boost storage performance and speed up processing times. Read on to learn about the technology behind a new flash storage system.
