systems integration

Application programming interfaces, or APIs, are the way software talks to other software—so by definition, they’re a technology that connects systems. Many enterprise leaders think of them primarily in these terms. For example, 57 percent of respondents to Google’s enterprise digital maturity assessment tool, Apigee Compass, characterize APIs as systems integration technology.

As applications and services become more central to business strategy, and as distributed methodologies like agile and DevOps change the way teams operate, it is critical for IT leaders to find a way to integrate their backend systems, legacy systems, and teams in an agile, adaptable way. This e-book details an architecture called agile integration, consisting of three technology pillars—distributed integration, containers, and APIs—to deliver flexibility, scalability, and reusability.

• Content is among an organization's most critical assets. It flows through every aspect of a company, from people to systems to processes. But as teams grow and the breadth of their content expands, these valuable assets get fragmented across the different tools they use. • What if you had a secure, open platform that connects all your tools in the cloud, allowing you to pull together best-of-breed technologies that fit your unique business needs? These native integrations keep teams happy and give IT full visibility and control, while boosting productivity and collaboration across the entire organization. • Download our ebook to see how Cloud Content Management from Box provides you with a central and secure content layer that unites all of your apps with seamless, native integrations. In it, you'll learn about our most popular integrations — like Microsoft Office 365, Okta, Slack and Salesforce — and how Box helps you future-proof your tech stack while also providing a unified exp

The 2015 Guide to WAN Architecture and Design describes a hypothetical company, referred to as NeedToChange, which has a traditional approach to WAN design. It then presents Cisco's response to how NeedToChange should evolve its WAN. This e-book includes a summary of the key components of some of the emerging approaches to WAN architecture and design and concludes with a call to action that outlines a project plan that network organizations can use to evolve their WAN.

Cisco® Unified Access establishes a framework that securely, reliably, and seamlessly connects anyone, anywhere, anytime, using any device to any resource. This framework empowers all employees with advanced services, taking advantage of an intelligent, enterprise-wide network to increase revenue, productivity, and customer satisfaction while reducing operational inefficiencies across the business. Cisco Unified Access includes services-rich network edge systems and combines a core network infrastructure embedded with integration of productivity-enhancing advanced technologies, including IP communications, mobility, security, video, and collaboration services.

Ventana’s benchmark research on big data integration will help you become familiar with the tools and technologies you need to help your organization succeed with big data.

Customer Relationship Management (CRM) platforms have been around for more than a decade, but they are no longer just for big enterprises selling expensive technology. Now companies of all sizes and industries are enjoying the power of CRM systems to improve sales effectiveness and customer loyalty. The key to this new wave of adoption are the many valuable add-ons and integrations, like DocuSign, that can greatly augment the user experience. This ebook explores ways to improve your CRM productivity and usability.

Impact that situation awareness can have on extended supply chain operations w/focus on logistics companies

Focus on creating consistent terminology in order to generate insights from the digital data encircling employees, partners, processes and customers.

Discussion of four key stages that drive supply chain operations.

Impact of using a blockchain approach on manufacturing systems/contracts

Blockchain and smart contracts

Five business imperatives that manufacturers need to focus on to drive growth

Charting a course to becoming best-in-class

Understanding the four stages of supply chain maturity

Additional insight on Forbes Research that ends with four “How To Get Started” steps.

Impact of using a blockchain approach to establish trust in global supply chains

Impact of using a blockchain approach to drive business model innovation.

Digital’s impact on transportation, cities and logistics systems.

The impact that state-of-the-art simulation and modeling techniques can have on supply chain operations.

Learn how to ensure security while integrating legacy systems in the data-driven evolution of healthcare with a strategic API program.

The ability to integrate systems and share data across the enterprise is a common datacenter need. The needs of an integration bus, the technology used for middleware-based integration, can varyin complexity, data volume, and required performance. Both Red Hat and MuleSoft offer multiple products that can help customers develop and deploy middleware integration solutions. This competitive overview compares Red Hat® JBoss® Fuse to Mule ESB Enterprise.

With rising demands for shorter lead-times, faster throughput, improved quality and lower costs, automated manufacturing systems have become essential to the success of U.S. manufacturing. Their benefits stretch across numerous industries and production methods; however, their complexity can oftentimes be intimidating to first-time investors. Within this white paper, manufacturers can uncover the information necessary to properly plan and specify the integration of a new automated manufacturing system.

Der Entwicklungsprozess wird mit zunehmender Komplexität mehr und mehr zum Schlüsselfaktor für Erfolg oder Misserfolg neuer Produkte. Wie aber bringt man Mechanik, Elektronik und Software optimal zusammen?

Der Entwicklungsprozess wird mit zunehmender Komplexität mehr und mehr zum Schlüsselfaktor für Erfolg oder Misserfolg neuer Produkte. Wie aber bringt man Mechanik, Elektronik und Software optimal zusammen?