Wireshark is a free open source tool that analyzes network traffic in real-time for Windows, Mac, Unix, and Linux systems. It captures data packets passing through a network interface (such as Ethernet, LAN, or SDRs) and translates that data into valuable information for IT professionals and cybersecurity teams. Wireshark is a type of packet sniffer (also known as a network protocol analyzer, protocol analyzer, and network analyzer).
UPnP (Universal Plug and Play) is a service that allows devices on the same local network to discover each other and automatically connect through standard networking protocols (such as TCP/IP HTTP, and DHCP). Some examples of UPnP devices are printers, gaming consoles, WiFi devices, IP cameras, routers, mobile devices, and Smart TVs. UPnP can also modify router settings to open ports into a firewall to facilitate the connection of devices outside of a network.
The corporate network can be a busy place with devices connecting, reconnecting and disconnecting every day. With the ever-growing landscape of today’s corporate networks, the difficulty of knowing and understanding what is on an enterprise network has highlighted the importance of effective asset discovery. So what does asset discovery involve? Asset discovery involves keeping a check on the active and inactive assets on a network.
When did you first see a network operations center (NOC)? For me, it was 1983 at BBN in Cambridge. With some whiteboards, a few terminals, and a handful of chairs, it was modest compared to ones I’ve seen since–but it was also the NOC for the whole internet at the time. Even then, that significance made it a pretty cool place.
With the constant rise of modern cyber threats, many businesses are aiming for zero-trust infrastructure to keep themselves and their customers safe. But a zero-trust environment, where only authorized people can access information and resources, is often more difficult to implement than anticipated. If security teams and network engineers cannot visualize the network and its possible traffic paths and behaviors, they can’t possibly secure the environment.
On June 28, we announced new features within Forward Enterprise that help security engineers spend less time on reactive tasks so they can be more proactive. Why would a networking company expand into the security space? Good question. Let me share some of the reasoning that led to expanding deeper into this space, and why I am excited about it.
SSL TLS are two encryption protocols that provide security for communication over the internet. SSL protocol has been around for many years, but both are still widely used today. Why is this? The answer is simple: these protocols work well to encrypt data sent between a client and server computer, which can be very important in protecting sensitive information such as credit card numbers or passwords. But what really sets them apart from each other?
If our friends Security and Networking were on Facebook, they would probably both list their relationship status as “It’s Complicated.” Sometimes everything’s great, but now and then things can get a little weird, unclear, or uncomfortable. At many organizations, there has traditionally been a barrier between the security and networking teams. Each team has its own objectives — and at times, those objectives can be at cross-purposes.
Endpoint security is a hot topic of discussion, especially now with so many businesses shifting to remote work. First, let’s define what endpoints are. Endpoints are end-user devices like desktops, laptops, and mobile devices. They serve as points of access to an enterprise network and create points of entry that function as gateways for malicious actors. Since end-user workstations make up a huge portion of endpoints, we’ll be focusing on their security.
