Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Spotting Log4j traffic in Kubernetes environments

Editor’s note: This is the latest in a series of posts we have planned over the next several weeks where we explore topics such as network monitoring in Kubernetes, using sidecars to sniff and tunnel traffic, show a real-world example of detecting malicious traffic between containers, and more! Please subscribe to the blog, or come back for more each week.

Learn how to automate secure cloud application provisioning

The cloud offers agility and speed for DevOps teams. Being able to spin up environments and create applications in a fraction of the time previously required helps organizations launch new capabilities for customers, employees, and vendors quickly. For most companies, this means reduced time to market and the ability to recognize revenue faster.

ONUG 2022 How Goldman Sachs Uses a Digital Twin Platform to Improve Security, Agility & Reliability

The network team at Goldman Sachs has reduced application delivery time to under one hour, successfully scaled their automation stack, and reduced P1 outages by implementing Forward Enterprise across their entire network. Joshua Matheus, Managing Director at Goldman Sachs, will detail the pain points that motivated the need for a single source of network truth, describe the process of selecting and implementing a digital twin, and outline the results that his network team has achieved since deployment.

Network evidence for defensible disclosure

What do I say if my team discovers a breach of our digital assets? This is a question that requires understanding “defensible disclosure,” a term first employed in the statistical, medical, legal, and financial communities.* Understanding what this term means and how to live up to its expectations is key in an age where organizations regularly handle intrusions and, sometimes, suffer breaches.

ONUG Spring 2022 Session: Verify security posture in hybrid multi-cloud environments

In an era when hybrid multi-cloud environments are the norm, extending the carefully architected network security policies is virtually impossible because IT teams cannot visualize their multi-cloud estate or monitor traffic behavior past the point of egress. Piecing together the cloud security posture requires combining data from multiple siloed applications.

Wi-Fi and its relationship with the zero-trust model

Zero-trust network architecture (ZTNA) provides a holistic view of business cybersecurity that secures your applications and environment when accessed by any user, device, or location. A comprehensive zero-trust model enables you to mitigate, detect and respond to threats.

Unify endpoint and network evidence

Unmanaged endpoints, vendor security appliances, cloud instances, and IoT devices often lack endpoint protection, creating hiding places that attackers exploit. Using Humio to correlate Falcon endpoint data with Corelight network evidence improves detection capabilities for all of your devices, and makes investigators and hunters faster.