In collaboration with Teleport, Doyensec has developed the Security Policy Evaluation Framework (SPEF) — a dynamic testing and benchmarking tool for evaluating the security, performance, and reliability of popular authorization policy engines like Rego, Cedar, OpenFGA, and Teleport ACD. Built with modular architecture and containerized execution, SPEF allows researchers and engineers to validate policies under consistent, controlled conditions. This article walks through its architecture, supported engines, and key insights from early testing across 27 threat-driven test cases.

Unlock seamless, secure cloud connectivity! Explore AWS VPN types (Site-to-Site, Client VPN), their benefits, and essential setup tips. Learn how to troubleshoot common issues and discover how tools like Netmaker offer robust alternatives for building scalable, resilient networks.

As Large Language Models (LLMs) begin interfacing directly with real infrastructure, securing their access becomes critical. This article explores how the Model Context Protocol (MCP) enables LLMs to interact with databases and systems—and how Teleport’s Infrastructure Identity Platform ensures secure, auditable access. Learn how teams can enforce least-privilege policies, prevent over-permissioning, and maintain full audit trails even with AI in the loop.

Visualize the battlefield! Discover how real-time cyber attack maps offer crucial insights into global threats and targeted attacks, empowering your IT and security teams with enhanced situational awareness and streamlined communication to protect company networks.

Just-in-time (JIT) access is essential in cloud-native environments—but many implementations fall short. Teleport transforms JIT access into a native, secure-by-default capability by embedding it directly into identity, policy, and workflow infrastructure. From automated approvals to ephemeral credentials and unified audit logging, this article explores how Teleport enables least privilege access without the manual overhead or security gaps common in traditional JIT models.

Unpack LoRaWAN: the low-power, long-range protocol powering the IoT revolution! Discover its unique features, star-of-stars architecture, and diverse applications from smart cities to industrial automation. Learn how it delivers cost-effectiveness, scalability, and enhanced connectivity, and how Netmaker boosts its network security.

Unmask the power of private tunnels! Discover how these secure passageways encrypt data, mask IPs, and leverage intrusion prevention for ultimate online privacy. Learn their benefits, setup essentials, and how solutions like Netmaker elevate network security for businesses.

Don't get speared! Discover how targeted phishing attacks can devastate businesses and learn to spot subtle deceptions used by cybercriminals. This guide reveals how attackers gather info, craft convincing messages, and offers essential prevention tips, including how Netmaker boosts network protection.

Increasing operational efficiency, automation, and scalability are critical for success In today’s cloud-native development environments

Traditional cloud security tools focus on static scans and misconfiguration checks, but they can’t keep up with today’s fast-moving threats. This article explores why runtime security — real-time monitoring and automated response — is essential for protecting dynamic cloud-native environments. Learn how shifting to a runtime-first strategy enables faster detection, proactive defense, and true resilience in the cloud.

Kubernetes security is evolving fast—and so should your tools. This roundup of the top kubectl plugins for 2025 spotlights essential extensions that help security teams audit RBAC, trace runtime activity, manage secrets securely, and respond to threats in real time. Whether you're managing complex clusters or chasing compliance, these plugins supercharge your command line with the visibility and control you need.

As organizations rapidly adopt generative and agentic AI tools across multi-cloud environments, securing those systems has never been more critical. This article explores the key challenges of AI security—such as visibility gaps, runtime threats, and compliance pressures—and outlines best practices for building a strong AI security posture. From continuous monitoring with Falco to managing AI-specific risks with frameworks like MITRE ATLAS and OWASP AI, learn how to protect your AI infrastructure against evolving threats and regulatory demands.