Your network segmentation strategy has a broad impact on security policies and processes throughout your organization. It defines your organization’s attack surface and establishes the level of difficulty hackers will face when trying to gain network access. Optimized enterprise networks also correlate strongly with productivity and performance gains.
If your firewall shows a notification that it has detected a new network, it means it is doing one of its fundamental jobs properly. But good network security does not stop with just detecting a new network. You will have to analyze the network location, ensure it is authorized to connect with your network, automate this process, and ensure full-on monitoring so that none of the intrusive attempts ever go unnoticed.
Firewall misconfigurations are one of the most common and preventable security issues that organizations face. Comprehensively managing access control, addressing vulnerabilities, and detecting configuration mistakes under these conditions is not easy It’s especially challenging for organizations that use the default firewall rules provided by their vendor. Your firewall policies should reflect your organization’s unique cybersecurity risk profile.
Automation in security policy has several benefits for an organization. Thus, it’s not hard to see why companies are pumping money into network security automation solutions. Some of the proven benefits are.
Safeguarding the network architecture is the need of the hour. According to a study, the average cost of a data breach is at an all-time high of $4.35 million. And this figure will only increase with governments and regulators becoming ever stricter on data breaches. In this article, we will explain the core difference between network segmentation and VLAN and when you should opt for a particular one over the other.
If you’re starting your SASE evaluation journey, Gartner is here to assist. In a new helpful guide, they delineate how organizations can build their SASE strategy and shortlist vendors. In this blog post, we bring a short recap of their analysis. You can read the entire document here.
NDR provides another layer of visibility into what has or is currently happening on the network. Through this lens, you can detect threats that may be missed with perimeter and host-based tools such as firewalls, logs, and endpoint detection. You can also monitor devices that cannot be monitored through logs or have agents deployed on them, such as many IoT devices. NDR enables threat hunting through packet data, providing an authoritative source for validation.
The microservices architecture provides developers and DevOps engineers significant agility that helps them move at the pace of the business. Breaking monolithic applications into smaller components accelerates development, streamlines scaling, and improves fault isolation. However, it also introduces certain security complexities since microservices frequently engage in inter-service communications, primarily through HTTP-based APIs, thus broadening the application’s attack surface.
It’s hard to imagine that there are upwards of 100 billion devices connected to each other today. Many of these devices are terrestrial; however, more and more devices are being brought online across the sky, sea, and space. As complexity grows, we need to ensure we have the right level of automation in place to keep everything running smoothly. One of my first goals at Forward Networks was to echo what we are already doing publicly – building a secure product in a secure environment.
