SAN JOSE, Calif., April 14, 2020 (GLOBE NEWSWIRE) -- NeuVector, the leader in Full Lifecyle Container Security, today announced the NeuVector platform includes new features – purpose-built for enterprise DevOps and security teams – focused on automated end-to-end vulnerability management and protection, expanded registry scanning, and host protection in production environments. The platform additions include the new Vulnerability and Compliance Explorer for quickly investigating, prioritizing, reporting, and mitigating potentially damaging vulnerability and compliance issues. High performance large-registry scanning and enhanced host (node) security processes have also been added.
NeuVector’s new Vulnerability and Compliance Explorer enables DevOps and security teams to:
Importantly, the Explorer adds virtual patching as part of its response mechanism. This critical security feature gives DevOps teams the ability to virtually patch vulnerabilities in production containers or hosts without needing to actually patch or remediate that vulnerability in a library or package. Doing so gives enterprises confidence deploying containers in production environments that have vulnerabilities without a current fix available. NeuVector is able to do this by whitelisting all authorized application container behavior – such as network connections, processes, and file activity – either through NeuVector’s behavioral learning processes or automatically via security policy as code. Any attempted exploit on a workload or host protected by NeuVector is then detected, alerted, and blocked (depending on user settings). In addition to virtually patching vulnerabilities, these same run-time security capabilities also protect enterprises against embedded malware, zero-day attacks, and insider or phishing attacks.
The platform release also introduces high performance scanning for images in large registries. DevOps teams can deploy additional scanners to run in parallel, quickly scanning registries with thousands or even tens of thousands of images. This new capability builds on NeuVector’s market-leading scanner performance that easily handles enterprise requirements.
Additionally, the release strengthens host (node) protection in production environments. Now, just as NeuVector automatically baselines and whitelists container processes to detect suspicious activity, host processes are baselined and hosts can be put into an alert-or-block mode. This enhances existing host protections that include detecting privilege escalations as well as known suspicious processes (such as reverse shells, port scanning, and tunnels). Hosts are automatically scanned for vulnerabilities and run Docker and Kubernetes standards-based or customized compliance checks.
“Today’s additions to the NeuVector platform make it even easier for DevOps and security teams to achieve end-to-end vulnerability insight and protection – helping them get in front of any issues and ensure their security compliance,” said Gary Duan, Chief Technology Officer, NeuVector. “Alongside our new high-performance parallel scanning and reinforced host process protections, we’re proud to make these key platform additions available to our customers. There’s no easier or more thorough way to automate container security across the entire lifecycle.”
NeuVector, the leader in Full Lifecycle Container Security, delivers uncompromising end-to-end security from DevOps vulnerability protection to complete run-time security. The NeuVector security platform offers cloud-native, automated protection for Kubernetes and OpenShift environments with the industry’s only next generation container firewall with packet-level interrogation and enforcement. NeuVector customers include global leaders in financial services, healthcare, transportation, government and other industries. NeuVector partners with Alibaba, AWS, Docker, Google Cloud, IBM, Microsoft Azure, Rancher, Red Hat, and others. Founded by industry veterans from Fortinet, VMware, and Trend Micro, NeuVector has developed patented behavioral learning for container security.