OpenNHP is an open-source toolkit designed to implement Zero Trust security in an AI-driven environment by utilizing cryptography and advanced protocols to conceal server resources and ensure data privacy. It introduces the Network-infrastructure Hiding Protocol (NHP) and Data-object Hiding Protocol (DHP), which together enhance security against rising AI-driven cyber threats. With a focus on proactive defense and rapid response strategies, OpenNHP addresses vulnerabilities effectively while providing a modular architecture for scalability and integration with existing security systems.

A tactical webinar series consisting of 15 sessions guides IT professionals in securing their environments through practical steps, covering topics such as device configuration, application security, incident response planning, and compliance. The series is free and designed for individuals starting from scratch or managing inherited systems, with expert insights from ThreatLocker's leadership team.

Join a competitive 4-week webinar series focused on cybersecurity strategies, including network segmentation and Zero Trust, starting October 14th. Participants can earn CPE credits, compete for weekly prizes, and vie for a grand prize trip to a luxury resort in the Bahamas while engaging with industry experts.

The article discusses the importance of extending zero trust security principles to the storage layer, highlighting the challenges and strategies for implementing this approach. It emphasizes the need for organizations to secure data at rest and ensure that access controls are tightly managed to prevent unauthorized access and data breaches. Key lessons learned include the integration of security measures into storage solutions and the necessity for continuous monitoring and assessment.

John Kindervag, creator of the Zero Trust Model, discusses an evolved understanding of hacking that contrasts with traditional views. He emphasizes that motivations for hacking are shaped by sociological, historical, and technological contexts, suggesting that today’s perception of hackers is too narrow and often overlooks their innovative potential.

ThreatLocker® Network Control is an endpoint firewall solution designed to secure network traffic across devices, especially in a remote work environment. It utilizes dynamic access control lists (ACLs) to manage connections and policies, ensuring that only authorized devices can access the network, thereby protecting sensitive data from cyber threats. The solution can work alongside traditional firewalls and VPNs, offering a centralized management system for enhanced security.

Start a free trial of KeeperPAM to gain full access to its zero-trust platform without needing a credit card. The trial allows users to set up a test environment, integrate with identity providers, and utilize advanced features, all within a simple three-step deployment process.