Search Results for: network

It’s time to dive into the world of multicloud networking. In this session, we'll discuss how Distributed Cloud solutions create a new way to deliver your applications across multiple clouds, data centers, and the edge while maintaining full visibility, control and security. You will learn how Distributed Cloud allows you to seamlessly move and secure workloads with full layer 3 to 7 control and visibility. We’ll also cover how multicloud networking can be extended to create a distributed application environment leveraging Distributed Cloud App Stack. By watching this lightboard session, your personal details will be shared with F5 and treated in accordance with the F5 Privacy Notice (https://www.f5.com/company/policies/privacy-notice). You also are signing up to be contacted about F5 products and services but you can unsubscribe at any time.

IT, cloud and security architects are responsible for addressing the following questions before they can successfully deploy applications in containers with Kubernetes-based orchestration and ensure the resultant traffic is optimally processed and distributed: · How can I get visibility into inter-container traffic as containers are ephemeral and constantly in-motion? · Can I ensure scalable visibility as deployed apps grow and can span hundreds of microservices each? · What if the underlying network architecture changes with a different virtual switch methodology? · Is there a way to automate the configured policies across thousands of containers in real-time? Not addressing these considerations slows down the transition to container-based applications, limits the use of datacenter automation and leaves the organization vulnerable to potential security breaches, with potential impact to reputation and brand. Join Gigamon and (ISC)2 on July 14, 2020 at 1:00PM BST for answers to these and other questions as we dive into containers and network visibility.

Cloud fabric refers to building a private network over the internet to enhance performance, consistency and user experience when using SaaS applications and connecting to private cloud datacenters. Cloud fabric is the future of networking. Why? As enterprises shift to cloud applications and private cloud, the challenge becomes ensuring consistent user experience across users globally regardless of SaaS applications or private cloud. The solution to this challenge is cloud fabric. While the internet connects you to the clouds, finding a cloud fabric solution will bring them all closer to you. This will ensure performance, consistency and security. But what can cloud fabric do that MPLS and SD-WAN cannot, and what does the right cloud fabric solution look like? Join us in this session as we discuss: - Cloud fabric as a global cloud connectivity solution - The value of end-to-end route optimization for WAN and cloud traffic - The flexibility and scalability of cloud fabric - Why cloud fabric is the future, and how to choose the right solution for your enterprise

In this episode of the Connected Security Lounge, Mike will delve into bridging the gap between security and networking, advocating for closer collaboration between the two disciplines. You'll learn about the mutual benefits, discovering how insights from each side can enhance the other's effectiveness. With a focus on shared data access and operational roles, Mike will outline strategies to foster seamless teamwork and maximize operational efficiencies

Large enterprises are under pressure to stay ahead of ever increasing customer expectations and developments in technology. They need to be able to innovate, scale and deploy at speed without incurring high costs. Learn how SDN is becoming an enabler to help enterprises accomplish these business objectives, and how Platform as a Service will help your organization accelerate into the future. Now, more than ever, you need to include Network in your full stack DevOps teams.

Too often, when looking for malicious network traffic you either search for known bad or investigate anomalous traffic that doesn’t look normal. That reactive approach is time consuming, and potentially over-reliant on searching for larger concerns. Fortunately, new solutions use advanced analytics to proactively identify, enrich and alert on malicious traffic. Why is this important? Detecting known bad traffic is great when it works, but it’s a lot like signature-based AV (which is rigid and unable to detect unknown threats): **Only really effective for widespread, generalized attacks – not so great for unique targeted attacks **There’s an indefinite amount of time before the malicious traffic signature, domain name or IP makes it into the pattern updates and threat intel feeds from your vendors **Detecting anomalous traffic can address the aforementioned weaknesses, but in practice it depends heavily on how – and how well – you define anomalous traffic, and how quickly (accurately) you can spot it. Security practitioners are getting better by the day at looking for anomalies. Here’s just a few: **Protocols **Unrecognized port protocol numbers **Malformed/non-compliant traffic compared to protocol expected on known port **Protocols you don’t want or at least don’t expect to see in the given context **High bandwidth usage for that protocol **Traffic patterns **Disproportionate inbound/outbound bandwidth usage for a given endpoint **Suspicious Destination/Source IP combinations In this real training for free event, we will explore how to analyze your network so that you can learn and understand its traffic patterns and get a handle for what’s normal. You’ll then be able to take this information and look for anomalous traffic, build known-bad detections and make your network detection and response (NDR) technologies and efforts smarter.

Greening the Network, a new event series by TowerXchange, took place online on July 15, gathering key stakeholders within the telecom energy ecosystem. Watch this recording to hear from American Tower, Helios Towers, Vertical Bridge and Pan African Towers talking resilience, renewables and future energy strategy. Contact Sarah Kerr at skerr@towerxchange.com for more inforamtion on joining future sessions.

It’s no secret that there has been a huge increase and reliance on the Internet from all areas, including enterprise, to host, run and deliver business. With business being both internal and customer facing, the service needs to be fast, secure and cost effective all round. LINX’s model can certainly assist organisations in the finance sector achieve that. Modern financial services need to provide a slick experience to users – without compromising security, reliability or control. But if you rely on conventional internet traffic management, you have no way to control how data moves from A to B. If your data takes a complex route, it could make your digital services slower, less secure, unreliable and more expensive to maintain. Peering with networks at LINX can offer the control you need, helping you connect directly to ISPs and customers to get precise control over your data. What will the webinar discuss? - Benefits of an Internet Exchange / Intro to LINX and the benefits of peering - How organisations can take control of their data and increase productivity and security - London, a key interconnection hub and the opportunities of interconnection From this webinar, attendees will be able to; - Understand where their data could be going - Understand how joining LINX could see improved latency, network control and better end user experiences

The coronavirus outbreak has accelerated the digital transformation of enterprises requiring them to expand support for remote workers across the globe. Businesses need to securely support remote workers, while also protecting enterprise data and intellectual property from attack. Cyber attacks have increased during this crisis, since remote workers have become easy targets for hackers. Enterprises have three key network security issues during these challenging times: •Security that stops cyber attacks as they happen •Ability to expand security on demand to support rapid IT network growth •Unified security to speed up operations and reduce costs Stream the webinar to learn how Check Point addresses these key IT concerns through the new Quantum Security Gateways™. They combine the Best Security and the Ultimate hardware to deliver ultra-scalable, power efficient protection against Gen V cyber threats. For the first time in Check Point’s history, all Quantum Security Gateways™ are bundled with Check Point’s award-winning SandBlast Zero Day Protection right out of the box. Learn more: https://www.checkpoint.com/products/next-generation-firewall/ Demos: https://www.checkpoint.com/demos/

Secure access service edge (SASE, a term coined by Gartner) is seen as the next wave of evolution for SD-WAN, bringing together the traffic optimizing power that SD-WAN offers with intrinsic security functionality. No longer just a vision, vendors are adopting it left and right and making it available to customers to derive further value from their networks and elevate the experience for all. But what does SASE really mean to these end users, to people who have transitioned to working from home? Is it all it’s cracked up to be? Are there implications we need to consider? In this webinar, founder and principal analyst of ZK Research Zeus Kerravala discusses the merits of SASE and why businesses should embrace it while also looking to broaden its scope.