Your business needs a new phone system.
But what kind of system is the best fit for the way your company works? It’s an important question because that system impacts so many aspects of your business, like your budget, employee productivity, and customer care. Most companies are in the market for a modern phone system that’s affordable, mobile, scalable, feature-rich, and reliable. That modern phone system you’re looking for? It’s Hosted VoIP.
The book is defining the modern APIs as flexible ways of projecting essential capabilities to an audience outside of owner team. When done right, APIs enable enterprises to innovate faster and reach new audiences. That is the value of APIs, and the author is trying to find the APIs basic nature, and what key questions should be asked when starting an API journey.
Highly decentralized computing is the new normal for most organizations, and digital transformation (DX) initiatives are changing application architectures to event driven to support real-time and near-real-time response cycles. In this environment, enterprises are increasingly turning to messaging middleware to meet the combined requirements of complexity, speed, reliability, and security to connect the digital world of applications and data.
Lyft’s consumer mobile app has realtime transactions totaling more than one million rides per day, so performance is critically important. The smallest lapses – even a few milliseconds – contribute to negative customer experiences and lost revenue. As Lyft’s Vice President of Engineering, Pete Morelli, explained, “The bigger you get, the better you have to be. Half an hour of downtime may have cost you five rides early on, now it costs millions of dollars in rides. The level of reliability expected of Lyft is not trivial. People are riding to work or to doctors’ appointments.
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Why, after 20+ years of investment in business process automation technologies, less than 20% of the tasks have been automated? The primary reason is the lack of well defined APIs in 85% of the enterprise systems. The result is an ever growing IT backlog of integration requests from line of business.
This paper provides an overview of the industry’s highest standard for enterprise-grade security as demonstrated by the market’s leading Digital Workforce platform, Automation Anywhere Enterprise.
IT organizations want to deliver greater business value by increasing productivity, delivering services faster, and remaining flexible to incorporate the latest innovations like cloud, containers, and configuration automation. Modern workloads, whether on bare metal, virtual machines, containers, or private or public clouds, are expected to be portable and scalable. They need a modern, secure platform to support those requirements.
You’re using an array of platform- and infrastructure-as-a-service (IaaS) cloud services to build and deliver new applications and services into today’s hotly competitive market. And it’s your CI/CD pipeline that enables the speed you need to succeed – but your cybersecurity regime must keep pace. We discuss how to apply the DevOps principals to codify and improve your cybersecurity practices and controls.
How can you secure your apps and services without compromising your schedule? (Hint: It’s all in the automation.) Enterprises are using hybrid cloud technologies to enrich the user experience and power their digital transformation. But running applications in public clouds while managing the application data in private clouds makes for a unique set of security requirements. We discuss the challenges that DevOps teams face in hybrid environments and how those challenges can be overcome.
IT organizations want to deliver greater business value by increasing productivity, delivering services faster, and remaining flexible to incorporate the latest innovations like cloud, containers, and configuration automation. Modern workloads, whether on bare metal, virtual machines, containers, or private or public clouds, are expected to be portable and scalable. They need a modern, secure platform to support those requirements.
Lyft’s consumer mobile app has realtime transactions totaling more than one million rides per day, so performance is critically important. The smallest lapses – even a few milliseconds – contribute to negative customer experiences and lost revenue. As Lyft’s Vice President of Engineering, Pete Morelli, explained, “The bigger you get, the better you have to be. Half an hour of downtime may have cost you five rides early on, now it costs millions of dollars in rides. The level of reliability expected of Lyft is not trivial. People are riding to work or to doctors’ appointments.
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Organizations have a lot riding on the efficiency and effectiveness of their procure-to-pay processes. Disruptions to an organization’s ability to purchase or pay for materials, goods and services can negatively impact its supply chain, customers and financial standing. Yet, most organizations rely on manual or semi-automated procure-to-pay processes that cost too much, take too long, create too many errors, provide inadequate visibility and frustrate internal stakeholders and suppliers. A big part of the blame can be pinned on the top-down approach that most organizations have traditionally taken to automating business processes. Another contributor is the exploding volume of “dark data” – untapped structured and unstructured data from documents such as invoices, purchase orders and shipping documents. Robotic process automation (RPA) with cognitive automation makes it easier and more cost effective for procure-to-pay organizations to automate. The technology empowers business users with software robots (bots) that automate business processes, such as procure-to-pay, to achieve operational and strategic benefits.
This paper details the challenges with traditional approaches to business process automation, provides an overview of RPA and cognitive automation, and lays out the technology’s benefits in procure-to-pay.
Rugged PCs, which are predominantly used for vertically aligned commercial computing needs, are designed to meet certain stability and reliability standards in harsh environments, including extreme temperatures, dust, moisture, water, shock, and vibration. Deployed more like infrastructure than traditional commercial PCs in fields like law enforcement, fire and rescue, mining, and oil and gas exploration, rugged PCs are mission critical in these sectors where minimal downtime is a key competitive necessity and customer requirement. Dell’s unique approach to rugged computing includes a battery of tests and hardware development methods designed to produce more reliable, rugged systems, and its scale allows it to deliver the latest technologies faster and more reliably to the market. Download this paper to understand how Dell Rugged systems provide advantages to businesses and organizations.
To provide users with complete ruggedized solutions, devices need much more than extremely reliable performance in harsh working conditions. They need security, manageability, support and, when required, readily available service. That way, remote workers can stay productive no matter where they are, what they’re doing or the conditions they face.
Download this paper from Dell and Intel® to learn more about comprehensive rugged solutions.
People accomplish more with digital tools and workflows, and workforce transformation puts this concept into action by making sure employees have seamless, reliable access to the right IT—anytime, anywhere.
You can ensure each one of your workers has the right device to stay efficient regardless of their workflows and environments by engaging Dell. It provides some of the world’s top PCs, laptops, notebooks and 2-in-1s—plus rugged and rugged extreme tablets and laptops powered by 8th Generation Intel® Core™ processors.
When it comes to effectively and efficiently protecting growing volumes of data, midsized organizations face unique challenges. That is because they live in a world of constraints that are both operational and budgetary in nature. Cloud disaster recovery offers new options for these organizations—they can optimize their data protection economics by integrating on-premises protection solutions with cloud-based backup and recovery methods. Dell EMC’s cloud-ready solutions, particularly its Integrated Data Protection Appliances with native cloud extension capabilities, along with its Data Protection Software working in conjunction with its Data Domain backup storage appliances, provide cloud disaster recovery with flexible features. These solutions enhance operational efficiency and provide midsized organizations with clear economic and operational benefits.
Download this white paper from Dell EMC and Intel® to learn more.