
Explore software supply chain vulnerabilities leading to secrets exfiltration and privilege escalation, with best practices for securing reference architectures and production environments.

Explore API key design strategies, security measures, and best practices for creating robust and secure API authentication systems.

Explore NIO's use of cloud native technologies to enhance EV software development, addressing challenges in consistency, testing, and data utilization between simulated and real-world environments.

Learn to automate Zero Trust network policies using AWS VPC Flow Logs and Terraform. Discover techniques for analyzing traffic data, optimizing security groups, and implementing efficient access controls without third-party solutions.

Explore automated threat modeling for AI apps using Secops-Chaos framework. Learn to encode TTPs as security experiments and map MITRE ATLAS TTPs to AI apps in Kubernetes environments.

Learn to manage vulnerabilities in cloud-native environments using open-source tools like Trivy and Copacetic, and standards like VEX. Improve security across development, testing, and production.

Learn to automate VEX generation for Kubernetes workloads, reducing false positives in security scans and streamlining vulnerability management using Kubescape and a new GitHub Action.

Explore SPIFFE ecosystem growth, focusing on Linkerd and Teleport's implementation for workload identity verification across Kubernetes clusters and external environments.

Explore securing open source software, minimal containers, and security scanning with Platform One and Canonical experts.

Learn to automate Let's Encrypt certificate management using TLS-certificates-interface and ACME operators. Discover how to create software operators for various DNS service providers quickly and efficiently.

Explore BuildSafe's capabilities for secure application builds using Nix, including package search, CVE information, and simplified development workflows.

Explore supply chain security essentials, including zero trust, SBOMs, and sigstore. Learn to generate and utilize SBOMs to enhance software development security and meet compliance requirements.

Enhance software security with Red Hat's Trusted Supply Chain: protect components, predict vulnerabilities, and improve resilience through advanced tools and practices.

Uncover and mitigate hidden threats in your software supply chain. Learn effective strategies to enhance security and protect against vulnerabilities.

Explore DevSecOps principles and implement a trusted application supply chain to enhance app security and streamline development processes.

Learn to build a robust, security-focused audit logging system for fast-growing companies with limited resources. Discover cost-effective strategies and lessons from combining software engineering and hacker culture.

Learn effective strategies for detecting hardcoded secrets in your codebase, minimizing effort while maximizing impact on security and compliance.

Explore differential privacy techniques for collecting user data while preserving anonymity. Learn key concepts, historical development, and potential applications in software telemetry.

Explore how attackers exploit leaked credentials to breach organizations and learn effective prevention strategies for safeguarding sensitive information.

Explore modern software vulnerabilities, recent supply chain attacks, and actionable steps to build secure applications in an insecure internet environment.

Explore Sigstore for securing Python projects: learn to sign, verify, and protect software artifacts, addressing supply chain vulnerabilities with accessible tracing methods.