Search Results for: network

The faster you can "see" what is going on in your network, to know who is on the network and where they are connected, and what the path is from "here to there", the faster you can get to the root cause when troubleshooting issues. The problem is that the manual mapping methods take too much time, and with frequent network changes, maps created this way are out of date almost as soon as they are completed. Now with the EtherScope® nXG portable network analyzer, you can automatically discovers both wired and Wi-Fi networks for instant network topology mapping in NetAlly’s Link-Live Cloud Service. These comprehensive, up-to-the-minute-accurate network diagrams show your network as it is NOW, integrating Layer 2 and Layer 3 topology information.

Do you know WHO and WHAT is WHERE on your network? Ensuring network security is the highest priority task for network operations, but all too often network professionals are surprised to find what has been attached to “their” networks. Join our CTO James Kahkoska to learn the practices that are essential to gain visibility and control risk. Learn how network testing capabilities can be used to conduct site security audits as we discuss: •The benefit of a portable device for site security audits •Physical site checks •Ensuring proper access control and VLAN segmentation •Using Wi-Fi site surveys for security audits •Understand the identity of all the devices on the network. •Visualizing network topology and changes over time

Quantum Networks may sound like a futuristic technology, but entanglement-based quantum networks are being deployed in Local Area Networks, Metropolitan Area Networks, and in some cases as Wide Area Networks today. In this webinar, Michael Gaffney (Head of Public Sector at Aliro Quantum) and Daniel Winton (Solutions Engineer at Aliro Quantum) walk you through a variety of real world quantum network deployments that are being built today. We’ll cover: - Several use cases / case studies of real world quantum networks - The processes required for implementing quantum networks - The topology and technology timelines of deployment Organizations who are on the cutting edge of digital transformation in their industries are investigating how to plan, design, and implement Quantum Networks. Aliro Quantum webinars help you understand what to look for as you begin your quantum journey.

Private cellular networks are an opportunity for a wide range of enterprises to implement digital transformation initiatives, such as Industry 4.0, that can greatly improve operational efficiencies and responsiveness to market trends. Private cellular networks are based on 4G LTE and 5G New Radio (NR), the exact same technologies being used by mobile network operators (MNOs) around the world. But designing and building a private network is not the end of the story for the enterprise. Once deployed, the private network will grow and adapt as the enterprise’s needs change. For example, an airport may install a private network as a dedicated wireless network to facilitate communications via video kiosks between passengers at the airport and remote support staff. That video communications platform will likely grow over time as more kiosks are needed, usage increases and new functionality is added. Thus, the initial private network solution must be able to grow and scale as needs change over a number of years. In this roundtable, Supermicro and iGR will discuss: - How demand for private cellular networks is growing around the world - How a private network is deployed in the enterprise - How the private network is future-proofed as the enterprise's needs change to ensure durability, reliability and continued ROI - The lifecycle of the private cellular network - How Supermicro's solutions with Intel® technology support the initial deployment and growth of the private cellular network through the entire lifecycle.

As today’s networks grow increasingly complex, your network application and security teams are all struggling with network communications, hidden threats and misconfigurations. Each of these issues allows various vectors, increasing the likelihood of a cybersecurity incident. Often an incident occurs because an organization lacks a single pane of view, the right information sharing, and an automated, inter-departmental workflow. The solution is a combination of network anomaly detection and response automation, deep network traffic analysis and data collection, which together can provide clear insights into “what’s really going on” in your environment. In this webinar, Progress solutions expert Filip Cerny will introduce you to Network Detection and Response (NDR) and discuss: - Why network visibility matters - How to use network visibility in daily cross-department operations (and get the most out of it) - Why network visibility is key to building a resilient security architecture

As today’s networks grow increasingly complex, your network application and security teams are all struggling with network communications, hidden threats and misconfigurations. Each of these issues allows various vectors, increasing the likelihood of a cybersecurity incident. Often an incident occurs because an organization lacks a single pane of view, the right information sharing, and an automated, inter-departmental workflow. The solution is a combination of network anomaly detection and response automation, deep network traffic analysis and data collection, which together can provide clear insights into “what’s really going on” in your environment. In this webinar, Progress solutions expert Filip Cerny will introduce you to Network Detection and Response (NDR) and discuss: - Why network visibility matters - How to use network visibility in daily cross-department operations (and get the most out of it) - Why network visibility is key to building a resilient security architecture

As today’s networks grow increasingly complex, your network application and security teams are all struggling with network communications, hidden threats and misconfigurations. Each of these issues allows various vectors, increasing the likelihood of a cybersecurity incident. Often an incident occurs because an organization lacks a single pane of view, the right information sharing, and an automated, inter-departmental workflow. The solution is a combination of network anomaly detection and response automation, deep network traffic analysis and data collection, which together can provide clear insights into “what’s really going on” in your environment. In this webinar, Progress solutions expert Filip Cerny will introduce you to Network Detection and Response (NDR) and discuss: - Why network visibility matters - How to use network visibility in daily cross-department operations (and get the most out of it) - Why network visibility is key to building a resilient security architecture

As today’s networks grow increasingly complex, your network application and security teams are all struggling with network communications, hidden threats and misconfigurations. Each of these issues allows various vectors, increasing the likelihood of a cybersecurity incident. Often an incident occurs because an organization lacks a single pane of view, the right information sharing, and an automated, inter-departmental workflow. The solution is a combination of network anomaly detection and response automation, deep network traffic analysis and data collection, which together can provide clear insights into “what’s really going on” in your environment. In this webinar, Progress solutions expert Filip Cerny will introduce you to Network Detection and Response (NDR) and discuss: - Why network visibility matters - How to use network visibility in daily cross-department operations (and get the most out of it) - Why network visibility is key to building a resilient security architecture

As today’s networks grow increasingly complex, your network application and security teams are all struggling with network communications, hidden threats and misconfigurations. Each of these issues allows various vectors, increasing the likelihood of a cybersecurity incident. Often an incident occurs because an organization lacks a single pane of view, the right information sharing, and an automated, inter-departmental workflow. The solution is a combination of network anomaly detection and response automation, deep network traffic analysis and data collection, which together can provide clear insights into “what’s really going on” in your environment. In this webinar, Progress solutions expert Filip Cerny will introduce you to Network Detection and Response (NDR) and discuss: - Why network visibility matters - How to use network visibility in daily cross-department operations (and get the most out of it) - Why network visibility is key to building a resilient security architecture

As today’s networks grow increasingly complex, your network application and security teams are all struggling with network communications, hidden threats and misconfigurations. Each of these issues allows various vectors, increasing the likelihood of a cybersecurity incident. Often an incident occurs because an organization lacks a single pane of view, the right information sharing, and an automated, inter-departmental workflow. The solution is a combination of network anomaly detection and response automation, deep network traffic analysis and data collection, which together can provide clear insights into “what’s really going on” in your environment. In this webinar, Progress solutions expert Filip Cerny will introduce you to Network Detection and Response (NDR) and discuss: - Why network visibility matters - How to use network visibility in daily cross-department operations (and get the most out of it) - Why network visibility is key to building a resilient security architecture