Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

That’s an excerpt from the fact sheet accompanying the May 2021 Executive Order on Improving the Nation’s Cybersecurity (EO). It refers to one of seven ambitious measures in the EO: shoring up security of that notorious playground for hackers, the software supply chain. Knowing that organizations lack visibility into the components that comprise their connected assets, bad actors can have a field day exploiting vulnerabilities to penetrate networks and take control.

Today in a technology-driven business world, network security is an utmost priority for all businesses, especially for those dealing with sensitive data. More so, in an organization that works in a hybrid environment wherein information and critical data are accessed remotely, the need for securing such data and network is important. This has led to a paradigm shift in the approach of establishing a robust security program and security implementations within the organization.

Today, as a part of our v27 software release, we are launching enhanced IDS rules management functionality, extending analyst visibility around hosts, devices, users, and more, and upgrading the Corelight Software Sensor to give customers more NDR deployment flexibility.

If you have a single vendor, single cloud homogenous network where everything is documented, you know where every device is, and you know all the possible paths in your network, then you are a networking deity. Realistically, nobody has a “simple” and fully documented network. Mainly because enterprises grew over time with the organization.

According to a study by Microsoft, more than 80% of enterprises have experienced at least one firmware attack in the past three years. Is your enterprise’s security posture secure? Does your security software manage and defend all your endpoints from vulnerabilities?

Project Memoria was the largest study about the security of TCP/IP stacks, conducted by Vedere Labs and partners in the cybersecurity industry. It started from a collaboration with JSOF to understand the impact of Ripple20 and led to the discovery of almost 100 vulnerabilities in 14 TCP/IP stacks, divided into five phases: AMNESIA:33, NUMBER:JACK, NAME:WRECK, INFRA:HALT and NUCLEUS:13.