Security Model // Zero Trust Architecture

Security Model & Zero Trust Platform Architecture

Enterprise Kubernetes platforms must provide comprehensive security controls across infrastructure, workloads, networks, identities, software supply chains, and operational processes. Security can no longer be treated as a perimeter function and must be embedded throughout the platform lifecycle.

Vakratron Systems adopts a Zero Trust security model where every user, workload, service, API, and infrastructure component is continuously authenticated, authorized, validated, and monitored.

Our Kubernetes security architecture integrates identity management, workload protection, micro-segmentation, policy enforcement, secrets management, and compliance controls to reduce risk and strengthen operational resilience.

Identity Security
SSO MFA RBAC
Workload Security
Pod Security Policies Runtime Protection
Network Security
mTLS Segmentation Zero Trust

Identity & Access Management

Identity serves as the primary security boundary within modern cloud-native platforms.

Pod & Workload Security

Network Security & Micro-Segmentation

Zero Trust networking prevents unrestricted east-west traffic movement within Kubernetes environments.

Service Mesh Security

Policy Enforcement & Admission Control

Admission Controllers validate workloads before deployment to ensure compliance with security and governance policies.

Secrets & Credential Protection

Container Image Security

Runtime Security Monitoring

Software Supply Chain Security

Modern attacks increasingly target software delivery pipelines. Supply chain security protects applications from code to production.

Governance & Compliance

Security Outcomes