Manufacturers, in an effort to succeed with digital transformation, are relying on the Internet and public cloud to deliver key enterprise applications and processes. As manufacturers continue to become more digital enterprises, their network architecture must as well. Read this paper to learn key considerations for architects to create a holistic network that takes today’s, and tomorrow’s, requirements into consideration.
Published By: Aviatrix
Published Date: Jun 11, 2018
Global Transit Network architecture is critical to the success of your AWS cloud deployment. Implemented correctly, a Global Transit Hub enables traffic to securely flow from on-prem to VPCs, or from VPC to VPC, in a way that minimizes complexity and cost and maximizes agility and availability. Implemented poorly, it becomes a choke point that is time-consuming – and costly – to maintain and troubleshoot.
As part of our fact-filled AWS Bootcamp series, Aviatrix CTO Sherry Wei reviews seven best-practice topics for Global Transit Network architecture.
Free Evaluation Checklist
In addition to the slides, you’ll also receive a handy spreadsheet-based checklist with 50 architecture and business goals to consider when evaluating solutions for your own Global Transit Network.
Who Should Watch?
Anyone responsible for connectivity of cloud resources, including cloud architects, cloud infrastructure managers, cloud engineers, and networking staff.
To best support global users and customers, enterprises require seamlessly connectivity between branch office locations, applications, and workloads hosted in the
cloud. Many WAN solutions are ill-equipped for this task because they are generally rigid, complex to configure, and expensive to maintain.
IoT adoption, a dramatic increase of the number of network devices, and the sophistication of security threats further compounds this challenge. Geographically-distributed devices need secure cloud connectivity, limiting the ability of existing WAN solutions to fulfill the need of distributed organizations.
Cisco SD-WAN on Amazon Web Services (AWS) is an overlay WAN architecture that is designed to address modern enterprise cloud applications and workloads, heterogeneous WAN connectivity, distributed global workforces, and other business needs that traditional WAN solutions cannot meet.
Learn more by downloading this solution brief.
Join our webinar to learn
-How to migrate a data ce
Research and Education (R&E) networks are experiencing a surge in capacity demand as a result of the massive growth of streaming media (Netflix, Facebook, YouTube), growing utilization of public cloud services, and the continued need to support large scientific data file transfers for researchers collaborating around the globe. This increase in traffic is driving many operators to evaluate network backbone upgrades to 100G. Upgrading is necessary but costly. But what if operators could upgrade their R&E networks to 100G for 50 percent less CAPEX investment and extend the life of the existing routers, while actually simplifying the architecture to enable lower operational costs? Download our app note to learn how.
"In healthcare, as the trends supporting eHealth accelerate, the need for scalable, reliable, and secure network infrastructures will only grow. This white paper describes the key factors and technologies to consider when building a private network for healthcare sector enterprises, including:
Transport Network Equipment
Outside Fiber Plant
Reliability, Redundancy, and Protection
Services, Operation, Program Management, and Maintenance
Download our white paper to learn more."
If you’re like most people, the reason you’re looking at OpenStack for a private cloud is because your developers fell in love with public cloud, and you want to give them the same experience, but with better economics, control, and performance of a private cloud.
The reality is that instead of looking to replicate the public cloud experience, privately, we often run in to people that want to fiddle with every aspect of the infrastructure and OpenStack® itself.
Companies start off looking for a public cloud experience, but quickly become more interested in the choice of hypervisor, network models and storage architecture -- none of which are even up for discussion in a public cloud. These questions aren’t wrong to ask, they just shouldn’t matter to you. What should matter is the experience your developers will have in your private cloud,
how your apps will run, and how your private cloud will integrate with your existing systems and apps.
Transform your business with services that allow you to innovate faster, simplify operations, and reduce risk. Building on an open, software-driven approach that uses virtualization, automation, analytics, and cloud, our networkwide architecture prepares you to respond to new opportunities at digital speed.
The Cisco SD-WAN solution is a cloud-delivered overlay WAN architecture that enables digital and cloud transformation at enterprises. It significantly reduces WAN costs and time to deploy new services, and, builds a robust security architecture crucial for hybrid networks. Enterprises today face major user experience problems for SaaS applications on account of networking problems. The centralized Internet exit architecture is inefficient and results in poor SaaS performance. And branch sites are running out of capacity to handle Internet traffic which is a concern because more than 50% of branch traffic is destined to the cloud. More importantly there are many dynamic changes in Internet gateways and the SaaS hosting servers that lead to unpredictability in performance. The Cisco SD-WAN solution solves these problems by creating multiple Internet exit points, adding high bandwidth at branch locations, and dynamically steering around problems in real-time, resulting is an optimal SaaS
Today’s organizations are becoming more innovative and dynamic by adopting mobility, IoT, analytics and cloud technologies. With this, come growing demands for network scale, agility and threat protection which call for an intent-based network. The Cisco® Digital Network Architecture (Cisco DNA) gives you comprehensive intent-based networking across your campus, branch and WAN with robust wired, wireless, and routing solutions.
The cloud — at one point it was a revolution in the workplace. Now it is simply accepted as an efficient way to get business done.
Most of today’s IT security was built to protect a well-defined network infrastructure, but that is yesterday’s architecture. When users and assets move outside the network perimeter where the traditional security stack can no longer protect them, your enterprise is exposed to an entirely new set of risks. And with more apps and sensitive data living in the cloud or on mobile devices, gaps emerge that leave organizations susceptible to attacks.
Read this flipbook to see how you can take your security to new heights. We'll explain the challenges driving the shift in the market and how you can take advantage of these changes and improve security for your organization.
Apps are constantly changing — and they quickly spread across your network. You need an ADC that can support hybrid cloud and application delivery in new ways with new technologies to create opportunities for innovation as your enterprise strives toward digital transformation.
How do you create a strategy for your networking and app delivery strategy?
This eBook identifies ADC key considerations for:
-New generation application architecture
-Emerging security threats
-Infrastructure and app interdependence
"Now that 72.3% of cloud users have a mix of on-prem/off-prem clouds, the networking game has changed. Traditional app delivery solutions can’t ensure reliable, secure access in a SaaS, multi-device, hybrid, and multi-cloud world.
Get this solution brief to learn why a holistic strategy innately reduces complexities that otherwise would prohitib visibility and control in distributed architectures. The brief also explains:
- The Citrix Networking approach to delivering reliability and a high-quality experience
- How to ensure reliable access to apps at branch and remote locations while keeping costs low
- How to provide full visibility and analytics for your network, applications, users, and data"
Organizations looking to deliver a flexible infrastructure that supports new methods of engagement, including customer-facing applications, are turning to cloud for the management of their wired and wireless networks. Discover how to tailor your arguments along a variety of business-aligned pain points and motivations to help you get the backing of key constituents within your organization.
The goal of a Cloud-Managed Network is to make deployment, management and control over network infrastructure devices very easy, offset the need for trained IT staff at remote locations or for geographically dispersed organizations, and it provides both OpEx and CapEx savings. This comprehensive white paper provides you with information needed to successfully guide you through the decision-making process of determining the right network for your business.
Read this in-depth white paper to learn how to tailor your arguments along a variety of business-aligned pain points and motivations to help you get the backing of key constituents within your organization.
Here’s what is covered:
- Overview of the rapid evolution of wireless LANs
- The Ins and outs of Cloud-Managed Networking
- The many benefits of a Cloud-Managed Network
- Top considerations you need to know when evaluating solutions
Published By: Fujitsu
Published Date: Feb 06, 2017
Data center infrastructure complexity must be tamed, as mobility, cloud networking and social media demand fast and agile approaches to data delivery. You can overcome these obstacles and improve your data center operations by consolidating your systems and deploying virtualization, using the Fujitsu PRIMEFLEX vShape reference architecture. Get the e-Book.
Published By: Gigamon
Published Date: Oct 19, 2017
The IDC Technology Spotlight, The Growing Need for New Technology and a Business Model in Network Monitoring, examines the stresses in today's mobile network planning and operations requiring a new model that incorporates a realistic approach toward cloudification. The paper also looks at the Gigamon solution for visibility in today’s mobile network, which facilitates efforts toward cloudification. This architecture provides maximum, centralized control to the mobile operator’s network planning and operations teams. Read to learn more.
"Cloud computing, also known as 'IT as a Service', is predicated on delivering IT services on demand, an idea that has support from business leaders as a way to better align IT with business operations. Cloud computing has two key requirements: virtualized applications and seamless support and integration between the server, networking, storage and hypervisor components.
In this paper, we explore these concepts and highlight the critical features necessary to move beyond server virtualization by leveraging key integration capabilities between IT components-with a particular focus on the important role that storage plays in the evolution of the datacenter architecture."