Today there’s no such thing as “one size fits all” when it comes to enterprise mobile computing for field services workers. While the business benefits of automation are clear (e.g. decreased downtime, increased customer satisfaction), selecting the right mobile device mix for the job is becoming more complex. This whitepaper examines three challenges organizations face when considering a mobile device deployment for field workers:
1. Integrating new mobile devices with legacy technology
2. Adapting to multi-generational workforces
3. Choosing the right mobile device for the job.
Learn how to tackle these challenges and make technology decisions that improve worker productivity and help manage costs.
It’s time to look ahead. We have outlined 5 predictions that we believe marketers should be preparing for in the next 5 years. In this whitepaper, we’ll cover how:
• Blockchain will become a greater core component of marketing.
• Display advertising as we know it will finally die.
• Cross-device identification will become a necessary part of omnichannel marketing.
• Voice re-emerges as a distinct channel and internet interface.
• All marketing will be done in real time.
When your solution needs deep packet inspection (DPI) application awareness as a key enabling feature, highly reliable and accurate identification of network traffic and applications - in real time - is an expected requirement. Whether it’s for software defined networks to enable policy control and critical traffic steering or to protect corporate networks, IoT devices, and cloud platforms from malicious attacks, it’s crucial to choose the right DPI solution.
According to many market research analysts, the global wireless access point (WAP) market is anticipated to continue its upward trajectory and to grow at an impressive compound annual growth rate (CAGR) of approximately 8% through 2020. Many enterprises are utilizing cloudcomputing technology for cost-cutting purposes, eliminating investments required for storage hardware and other physical infrastructures. With significant growth expected in Internet usage, particularly bandwidth consuming video traffic, WAP vendors need to enable their customers to monitor and improve device performance, improve end user experience, and enhance security. These customers include general enterprises that offer Internet access to patrons like airports, hotels, retail / shopping centers and so on. These external Internet access providers can differentiate themselves by offering optimum service through advanced network analytics, traffic shaping, application control, security capabilities and more.
CA Privileged Access Manager (PAM) is a well-integrated suite that provides a comprehensive solution for privileged identity management in physical and virtual environments.
CA PAM enables centralized control and management of privileged user access to a broad range of servers, network devices and applications.
Published By: Arkadin
Published Date: Nov 20, 2018
Are you considering cloud-based video conferencing?
Organizations today are seeking simple HD video conferencing solutions with a seamless and consistent user experience across devices. Preparation is key in realizing the benefits of cloud-based video conferencing, so we've put together a list of the most important items to consider to help get you started.
My name is Jonathan McCaffrey and I work on the infrastructure team here at Riot. This is the first post in a series where we’ll go deep on how we deploy and operate backend features around the globe. Before we dive into the technical details, it’s important to understand how Rioters think about feature development. Player value is paramount at Riot, and development teams often work directly with the player community to inform features and improvements. In order to provide the best possible player experience, we need to move fast and maintain the ability to rapidly change plans based upon feedback. The infrastructure team’s mission is to pave the way for our developers to do just that - the more we empower Riot teams, the faster features can be shipped to players to enjoy.
Hey all, this is David Press and Doug Lardo, two engineers working on improving the data center networking that enables online services at Riot. This article is the third part in a series on exactly that topic, which begins with an overview from Jonathan of a platform we called rCluster. This time we’ll be discussing our approach to Software Defined Networking (SDN), how we integrate SDN with Docker, and the new infrastructure paradigms that this combination has unlocked for us. If you’re curious about how SDN can transform infrastructure, how to empower developers to obtain and secure networking resources via an API, or how to get out of purchasing larger and larger specialized networking appliances, this article is for you.
Managing a large, diverse, and geographically dispersed fleet of client systems can be complex and time-consuming. With the increasing prevalence of smart, connected devices that are beginning to appear within the enterprise across industries, technology service organizations will face an explosive demand for a consistent approach to device management and security.
Using Intel AMT, service organizations can take simple and effective steps to enable more manageable client systems. They can streamline operations and create a consistent approach to managing a broad spectrum of devices. Powerful platform capabilities can help service organizations meet user needs, minimize downtime, and safeguard the enterprise. Service organizations can draw upon available solution reference architectures, implementation guides, and readily available tools from Intel and others to successfully activate Intel AMT and begin to realize its major benefits.
Today, business is conducted in a fast-paced, on-demand, globally dispersed environment. Maintaining a competitive edge requires cohesive real-time collaboration. Mobile workers, partners, vendors, suppliers, and even customers expect to be able to work together seamlessly, both inside and outside the firewall. But delivering tools for high-quality collaboration is often challenging, due to the need for businesses of all sizes to support a wide range of personal and business devices. Mixing disparate devices with complex conferencing solutions often lead to frustrated employees, while businesses face a labor-intensive, costly endeavor without a high ROI. In addition, collaboration is evolving with businesses creating small "huddle" spaces and open workspaces that increase the demand for ubiquitous, effective conferencing.
The Intel Unite ' solution is a fast, simple, cost-efficient way to deliver a more secure, manageable, high-quality collaboration experience. Whether you select the
With companies embracing mobility to maintain competitive advantage in the digital era, information security threats have increased exponentially. Userfriendly technologies such as mobile devices, mobile apps, and cloud storage are often hacker-friendly too, creating opportunities for cybercriminals to covertly infiltrate company data. This opens the door to data loss, reputational damage, loss of proprietary information – not to mention the associated regulatory penalties and potential legal fees. IT bears the brunt of responsibility for information security, yet according to Forrester, internal incidents top the list of security breach causes in 2014.
IT leaders today are reinventing their infrastructure to support a mobile workforce and a complex array of connected devices. Against this backdrop of mobility and connectivity, Healthcare IT is tasked with meeting compliance challenges in an intricate and transformational regulatory environment. With a host of new data protection regulations and increasingly high settlement fees for data breaches, data security has never been more important to Healthcare organizations
In years past, device functionality was enough to sell most embedded products without much concern for cybersecurity. Of course there were exceptions, such as in critical infrastructure, aviation, and military, for which security was always of importance. But today’s environment has evolved on several fronts. First, organizations across nearly all markets are demanding Internet connectivity to monitor and control devices as well as to aggregate and analyze data. Second, the magnitude of security threats has exploded, driven by highly sophisticated hackers including organized criminal gangs seeking financial returns, creating a constantly evolving threat landscape. Third, the increasingly complex nature of connected systems makes them ever more challenging to protect. The more complex a system, the more potential vulnerabilities it may contain. And fourth, the data generated by connected devices represent an asset that is becoming increasingly valuable for organizations to derive insigh