Zero Trust DevOps
Enhance DevOps Security with Zero Trust
Streamlined and Secure Kubernetes
Overview
NetFoundry’s Zero Trust DevOps solution integrates security into the DevOps pipeline, ensuring that development and deployment processes are protected from cyber threats. The NetFoundry Platform enables secure collaboration and continuous integration/continuous deployment (CI/CD).
NetFoundry secures Kubernetes by embedding zero trust networking, providing secure ingress and egress for cluster services. Through strategies like node proxies, sidecars, and reverse proxies, NetFoundry enables secure, controlled communication for Kubernetes workloads without exposing services publicly, ensuring safe internal and external traffic management across clusters.
Check out this guide, Tunneling Kubernetes Workloads, for the best strategy and tools for connecting a Kubernetes workload. Read Kubernetes Guide
Business Benefits of NetFoundry for DevOps
Enhanced Security Posture: Zero trust architecture minimizes attack surfaces, safeguarding applications and data from unauthorized access.
Operational Efficiency: Automating security within DevOps workflows streamlines deployment processes, reducing time and effort for secure application rollouts.
Cost Savings: Eliminates the need for VPNs, public IPs, and additional security layers, reducing infrastructure and management costs.
Scalability: Securely deploy across multiple cloud environments, facilitating growth without compromising on security.
Improved Compliance: Policy-driven access control and end-to-end encryption help meet industry standards and regulatory requirements.
Reduced Risk: Proactive protection against external threats lowers the risk of data breaches and operational disruptions.
Better Collaboration: Enables secure collaboration between development, operations, and security teams, improving productivity and agility.
CASE STUDY: Ozone Transforms DevOps with Kubernetes Zero Trust Networking
See how Ozone used NetFoundry’s Ziti platform to embed zero trust networking, securing automated Kubernetes deployments to private clusters across cloud environments without exposure to external threats. Read Case Study
Key Benefits
Enhanced Security Posture
Operational Efficiency
Scalability
Improved Compliance
Reduced Risk
Better Collaboration
Application
By embedding zero trust principles into DevOps practices and Kubernetes environments, businesses can enhance the security and efficiency of their development processes.
Zero Trust Networking: Secure, authenticated connections within Kubernetes clusters.
Application Segmentation: Restricts service communication, reducing attack surfaces.
Secure Ingress and Egress: Manages traffic securely, preventing external exposure.
Embedded Security with Ziti Tunnelers: Integrates zero trust into Kubernetes agents.
Dynamic Network Routing: Optimizes secure communication paths within clusters.
End-to-End Encryption: Encrypts data across Kubernetes environments.
Policy-Based Access Control: Controls access with defined security policies.
Integration with CI/CD Pipelines: Secures applications in deployment workflows.