TCPdump may be old, but does that matter?
Application proliferation as apps move from bare metal to virtual machine to containers
Network teams are asked to do more with the same number of people
Network analysis in public clouds and containers requires different tools
OpenShift-Kubernetes offers an excellent automated application deployment
framework for container-based workloads. Services such as traffic management
(load balancing within a cluster and across clusters/regions), service discovery,
monitoring/analytics, and security are a critical component of an application
deployment framework. Enterprises require a scalable, battle-tested, and robust
services fabric to deploy business-critical workloads in production environments.
This whitepaper provides an overview of the requirements for such application
services and explains how Avi Networks provides a proven services fabric to
deploy container based workloads in production environments using OpenShift-
Software-defined architectures have transformed enterprises
seeking to become application-centric, with many modern
data centers now running a combination of cloud-native
applications based on microservices architectures alongside
applications. With application owners seeking publiccloud-
like simplicity and flexibility in their own data centers,
IT teams are under pressure to deliver services and resolve application
issues quickly, while simultaneously reducing provisioning
time for new applications and lowering costs for application
Modern application architectures such as microservices are changing the way that modern enterprises run their infrastructure.
Enterprises have become application-centric, investing significant effort and resources on continuous delivery goals and DevOps
practices to achieve automation of routine IT and operations tasks. And now with the emergence of containerized applications, it
is critical to re-evaluate how application services are provided across data centers and multiple cloud environments.
Software-defined architectures have transformed enterprises to become more application-centric. With application owners
seeking public-cloud-like simplicity and flexibility in their own data centers, IT teams are under pressure to reduce wait times to
Legacy load balancing solutions force network architects and administrators to purchase new hardware, manually configure
virtual services, and inefficiently overprovision these appliances. Simultaneously, new infrastructure choices are also enabling IT
teams to re-architect applications into autonomous microservices from monolithic or n-tier constructs. These transformations
are forcing organizations to rethink load balancing strategies and application delivery controllers (ADCs) in their infrastructure.
Published By: Red Hat
Published Date: Jun 23, 2016
Cisco is a leading provider of networking solutions that transform how people connect, communicate, and collaborate. A US $47 billion global company, Cisco develops intelligent networks and technology architectures for customers in industries ranging from government and military to healthcare and transportation. To help keep pace with rapidly changing customer demand, Cisco built its internal Lightweight Application Environment on OpenShift Enterprise by Red Hat. With this solution, Cisco IT delivers application middleware quickly and easily to internal developers through a self-service portal. Cisco has decreased time to market for new applications, streamlined the infrastructure using containers, increased operational efficiencies, and improved the developer experience.
Published By: Microsoft
Published Date: Jul 07, 2016
Before you transform your business with mobility services, you need to consider both the management and security challenges you’ll face from the combination of mobile devices and cloud-based apps.
In this IDC report, you’ll examine enterprise mobility management technology—offered through solutions such as the Microsoft Enterprise Mobility Suite—and how it helps manage the security risks of your mobility strategy.
Learn about these critical benefits:
• Provisioning and configuration devices and users—across platforms
• Ensuring only authorized users access data with identity system integration
• Ensuring only compliant devices access the corporate network through conditional access policies
• Allowing mobile applications to deploy in a more secure, streamline manner with enterprise app stores
• Providing security for data at rest, within workflows or over wireless networks, using granular policies around applications
Juniper Networks works with leading companies around the world to increase the service agility of their networks. With simple, open, and smart networks, financial services firms can bring innovative new services to market faster and at lower costs. They can leverage Juniper’s expertise, experience, and partner ecosystem to build agile, service-aware networks.
Juniper is a leader in high-performance, highly reliable routing, switching, and security, with solutions deployed in some of the most complex networks in the world across banking, capital markets, and insurance providers. A broad ecosystem of solution, services, delivery, and consulting partners can provide businesses with a complete offering that enables innovation.
As the pressures of digital disruption force companies to either transform or die, companies in Asia’s BFSI sector are rushing to integrate cutting-edge technologies and roll-out innovative new services to their customers.
Fortunately, thanks to rapidly advancing technologies, developments in the regulatory landscape and the initiative of leading BFSI organisations, we are seeing incredible examples of innovation within the sector on a monthly, if not weekly, basis.
The digital economy is transforming the financial services sector. The pace of innovation is accelerating, customers have higher expectations than ever, and new competitors are emerging from nontraditional markets. At the same time, financial services has long been a favorite target of cyber attackers, and despite firms’ best efforts, cybersecurity threats are rising and attacks are more successful than ever. Financial services firms need a more effective, adaptable approach to detecting and stopping cyberthreats.
Whilst the FSI sector races to implement cutting-edge technologies such as AI, blockchain and automation, there are no mutually agreed upon set of best practices to implement these technologies. As a result, organisations are using their own blend of strategic initiatives and company culture to drive innovation, with varying levels of success. To help, this article features advice from five of the leading experts in the FSI and technology sector today.
OpenLab is a centre of innovation provided by Juniper, for business leaders who want to build network-integrated software applications and solutions quickly and securely. This is done by offering hands-on and cloud-based access to Juniper and third-party solutions including SDN sandboxes and NFV interoperability testing.
Ellie Mae processes approximately 30 percent of residential U.S. mortgage applications through their Encompass® all-in-one mortgage management solution.Their customers include major lending institutions. By introducing extensive automation to the residential mortgage process, Ellie Mae has streamlined lenders’ ability to remain competitive, compliant, and efficient.
Resistance to change is futile. Financial services are becoming more embedded in the banking customer’s everyday life, driving unprecedented levels of change across the industry. The unfolding digital economy is ushering a new era of technology adoption in banking. From cloud to open banking APIs, these play a defining role in enabling banks to create new digital products and services, refresh the bank branch, find new customer segments, and monetize underutilized data and information assets.
Interactive Data is a trusted leader in financial information, delivering a comprehensive set of products and services designed to meet the needs of the front, middle, and back offices at some of the largest and most well-known institutions around the world. These clients trust Interactive Data to help support their investment activities and operational workflow through a broad range of offerings.
To maximize the benefits of its next-generation systems and successfully execute its information strategy, CU had to overcome its aging network. Most of CU’s network infrastructure, which was built from solutions by another vendor, was introduced in 2007, when its computing center was first built. Over time, the equipment began to fail, affecting the stability of applications which relied on network connectivity. Technical support also became a major issue as the equipment faced obsolescence and maintenance contracts with vendors expired.
OpenLab provides an environment and set of resources where customers representing telecommunications, education, government, financial services, and virtually every other vertical market can explore new technologies, all in the spirit of network transformation. By examining SDN/network automation solutions such Network Functions Virtualization (NFV), software-defined WAN (SD-WAN), and others, OpenLab offers a platform for developing and delivering new network-integrated functionality that serves the greater need.
The digital, connected world is fundamentally changing the dynamics of the financial services industry. Consumers expect anytime and anywhere access with a customer experience commensurate with the Internet world, while fintech start-ups disrupt established value chains, driving a need to deliver faster innovation. This is creating tremendous pressure on the network, with escalating demands for performance and agility, while cost control and compliance imperatives remain as dominant as ever. This paper looks at optimal strategies for CIOs and CTOs, exploring how the future network needs to evolve to both drive operational effectiveness and enable business change, while assessing key investment and strategic considerations for equipping the network for the digital financial institution.
The advent of cloud computing and software-defined data center architectures for modern application delivery has made networking more sensitive than ever before. Applications in the digital age require networks that can expand and contract dynamically based on consumer demand. Enterprises are implementing software-defined networking (SDN) to deliver the automation required by these new environments, but the dynamic nature of SDN makes network management and monitoring fundamentally more challenging.
Network infrastructure teams need monitoring tools that can provide visibility into these new and constantly changing networks. This white paper explores the importance of SDN monitoring and examines a leading example of a solution, CA Performance Management with CA Virtual Network Assurance integration.
SDx Central host a webcast to look at troubleshooting top-down application performance in Cisco SDWAN networks as well as assessing impact to application bottoms-up in a Cisco ACI data Center.
Jeremy Rossbach, Sr. Product Marketing Manager, CA Technologies
Jason Normandin, Sr Principal Manager, CA Technologies
Jessica Lyons Hardcastle, Senior Editor, SDx Central
Data security risk caused by third parties is a pervasive problem.
Yet, many organizations granting remote privileged access to third-party users leave gaps that represent significant security risks.
If you’re like most organizations today, you frequently grant vendors, contractors and other non-staff members access to internal networks and systems. These privileged users remotely administer your operating systems, databases or applications using their own endpoint devices.
Download the eBook to learn the five best practices to control security risk brought on by third parties.