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Enterprise networks are undergoing a profound transformation. Traditional enterprise wide area networks, or WANs were designed primarily to connect remote branch offices directly to the data center. More importantly, WANs lack the flexibility and scalability that digital business requires.
In part 1 of this series , I talked about the importance of network observability as our customers define it — using advances in data platforms and machine learning to supply answers to critical questions and enable teams to take critical action to keep application traffic flowing. Access and transit networks, edge and exchange points, CDNs.
At Palo Alto Networks, we have always believed in bringing integrated innovations to market with our Next-Generation Firewall. I consistently hear from customers that they love our platform because of the simplicity it offers, reducing the chance of error – the leading cause of network breaches.
The growing demand for waste reduction requires recycling industries to ensure uninterrupted operations, expand locations at scale, and improve network performance. Building a robust IT infrastructure that is easy to manage can be challenging and expensive with a legacy WAN architecture.
SD-WAN, one of the most disruptive network technologies of the past few years, has a fast rate of adoption. Enterprises adopting SD-WAN are driven by key factors such as WAN cost savings, application performance improvement, management and operation simplification, and more. Identify and track network health.
Cloud services can present a huge advantage for organizations pursuing digital and network transformations. However, this user flexibility adds proliferating complexity for the network operations (NetOps) teams responsible for tracking and managing user experiences. More agility.
For cloud network specialists, the landscape for their observability efforts includes a mix of physical and virtual networking devices. These devices generate signals (by design or through instrumentation) that provide critical information to those responsible for managing network health. What is network telemetry?
The Network is the Key. The network is down!” — I’m sure you heard that before. Despite your best efforts as a network engineer, network failures happen, and you have to fix them. Network troubleshooting becomes easier if your network is observable. Network Troubleshooting Defined.
A cornerstone of network observability is the ability to ask any question of your network. That means having an unbound capacity to explore the tremendous amount and variety of network telemetry you collect. Imagine collecting all of this great information from all over your network, the cloud, containers, etc.,
The Network is the Key. As we end 2020, networking infrastructure has become even more critical to connect people, applications, and the economy and distributed workforce that make the world go. At the same time, networks and IT infrastructure overall are becoming more diverse, dynamic, and interdependent. net•work ob•serv?a•bil?i•ty
When evaluating solutions, whether to internal problems or those of our customers, I like to keep the core metrics fairly simple: will this reduce costs, increase performance, or improve the network’s reliability? It’s often taken for granted by network specialists that there is a trade-off among these three facets. Durability.
Enterprise WAN in 2023 Enterprise networking in 2023 is very much the same. To succeed as an engineer in this new network, and to successfully manage the infrastructure and services that deliver applications to people, we must rid ourselves of two-dimensional thinking. In other words, both events were all about cloud networking.
Due to the rapid adoption of digital transformation, and the continuous growth in data volume generated by networks and applications, AIOps has become a critical component in the IT world to help automate previously manual networking tasks. In this new release of Prisma SD-WAN 5.5, In this new release of Prisma SD-WAN 5.5,
On top of the critical baseline of understanding what the demands and activities are on your networks, understanding the performance of the traffic flowing across your infrastructure is critical to delivering a great digital experience. Noisy results due to a lack of understanding of what the network does or is doing. What’s needed?
Kentik customers move workloads to (and from) multiple clouds, integrate existing hybrid applications with new cloud services, migrate to Virtual WAN to secure private network traffic, and make on-premises data and applications redundant to multiple clouds – or cloud data and applications redundant to the data center.
When more of the workforce shifts to working remotely, it puts new and different strains on the infrastructure across different parts of the network, especially where VPN gateways connect to the network edge. This could mean the users are saturating the internet connectivity or that they’ve saturated the LAN (or maybe WAN).
Computer Vision also gives insights about customer traffic in stores, including metrics on conversion rate and sales numbers, thus helping the company decide what products to stock, how to display them, and how to arrange products across the store, Allison adds.
Modern networks are made up of a collection of routers, switches, firewalls, and other network elements. From a high-level perspective, network operators engage in network capacity planning to understand some key networkmetrics: Types of network traffic. Capacity of current network infrastructure.
At scale, and primarily when carried out in cloud and hybrid-cloud environments, these distributed, service-oriented architectures and deployment strategies create a complexity that can buckle the most experienced network professionals when things go wrong, costs need to be explained, or optimizations need to be made.
Today we announced an evolutionary leap forward for network operations (NetOps), solving for today’s biggest network challenge: effectively managing hybrid complexity and scale, at speed. From the very beginning, the Kentik Platform was designed to collect the most granular data from terabit-scale networks.
What do network engineers working in the trenches, slinging packets, untangling coils of fiber, and spending too much time in the hot aisle really want from all their efforts? They want a rock-solid, reliable, stable network that doesn’t keep them awake at night and ensures great application performance. The answer is simple.
Palo Alto Networks is always focused on staying ahead of the curve. The Next Generation of Network Security Is Cloud-Delivered. Yet the future of network security is in the cloud, and security vendors must evolve in order to effectively secure customers anywhere and everywhere. . SD-WAN and More.
It’s interesting to observe how encryption and network performance monitoring (NPM) have evolved over time. When I first entered the networking industry right out of college, many applications sent passwords over the network in clear text, unencrypted. Consider SD-WAN as another example of DoH causing problems.
It’s how we began to set the bar for what modern network analytics should look like. In just a few short years, we’ve proven that flow-based analytics (with formats like NetFlow, sFlow, and JFlow) give enterprises and service providers powerful insights into network performance, availability, security, and much more. We’re evolving.
An insider’s look at Cisco Live 2019 and some surprising gaps in the latest network analytics solutions. Aside from the keynotes and sessions, it was enlightening to hang out on the expo floor and in the Kentik booth, meeting and talking with network professionals from all over the world. in San Diego. Observations from the Expo Floor.
And any time you have to deal with something more than a single box can handle, you introduce a whole host of complications (network, NUMA, coordination, and serialization, to name just a few). KDE handles over 10B flow records/day with a microservice architecture that's optimized using metrics. And that leads us to metrics.
The end result is complex and often brittle networking environments, and cloud professionals are left in the dark. For AWS cloud networks, the Transit Gateway provides a way to route traffic to and from VPCs, regions, VPNs, Direct Connect, SD-WANs, etc. Centralized inter-VPC networking.
On May 27 of this year, Gartner Research Director Sanjit Ganguli released a research note titled “Network Performance Monitoring Tools Leave Gaps in Cloud Monitoring.” You’d put a few others — I emphasize “few” because these appliances were and are not cheap — at other major choke points in and out of the network.
Modern networks are made up of a collection of routers, switches, firewalls, and other network elements. From a high-level perspective, network operators engage in network capacity planning to understand some key networkmetrics: Types of network traffic. Capacity of current network infrastructure.
In our last blog post, At The Turning Point: FinServ Data Networks , we discussed the challenges faced by financial services organizations when it comes to managing modern networks. Networking teams no longer need to be limited by unresponsive tools, aggregated stats, and data deadends.
There’s no better way to learn the basic skills and tools around data, analytics, and machine learning than to apply them to data that you know and that you can mine for insights to drive actions.
Those calls could be for kernel services, network services, accessing the file system, and so on. Therefore, by looking at the interactions between the application and the kernel, we can learn almost everything we want to know about application performance, including local network activity. How does eBPF work?
In this multi-part blog series, I’ll help you learn how you can use synthetic monitoring to proactively track the performance and health of your networks, applications and services — with the ultimate goal of helping you drive real business outcomes. Synthetic monitoring imitates: Network traffic types. Network conditions.
This post is based on a webinar presented by Jim Frey, VP Strategic Alliances at Kentik, on Network Performance Management for cloud and digital operations. Defining Network Performance Monitoring. Is the network is doing what is expected for delivering applications and services? So NPM is about another set of metrics.
The recurring theme has been the critical need for new tools and technologies for gaining visibility into cloud-scale applications, infrastructure and networks. Network and computing infrastructure is increasingly software-driven, allowing for extensive, full stack software instrumentation that provides monitoring metrics for generating KPIs.
Last week’s big story in the networking space was the route leak at major backbone provider Level 3 Communications, which triggered disruptions to Internet service nationwide. As we’ve posted in the past , we operate our own infrastructure and we use our own network traffic intelligence platform — Kentik Detect — to monitor our services.
On September 20, Kentik announced Kentik NPM, the first network performance monitoring solution designed for the speed, scale, and architecture of today’s digital business. Our Network Performance Management solution, Kentik NPM, sits on top of the Kentik Detect platform. Excerpts from the full podcast are presented below.
Why 1,000 different cloud monitoring solutions don’t help network engineers. Today, we are excited to announce the launch of Kentik Cloud , our latest innovation enabling network and cloud engineers to easily visualize, troubleshoot, secure, and optimize cloud networks. — Network Engineer at a Fortune 500 Company.
For example, there are central log analytics workspaces for all central log metrics and (audit) or resources. Here is where we find the Virtual WAN and all the Virtual Hubs, as well as the firewalls connected to those hubs and, of course, the express route circuits and Peer to Site and Site to Site Gateways.
To recognize the exceptional contributions of our partners, we're proud to announce the winners of the 2024 Palo Alto Networks Partner Awards. By collaborating with our partners, we can achieve greater operational efficiencies, enhance the end-user experience, and improve security outcomes.
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