The Blueprint for Agentic Security: Operationalizing AI Governance with Runtime Authorization

Traditional access models such as RBAC and PAM struggle in dynamic cloud-native environments. This post explores why modern systems require runtime, context-aware authorization and how Policy as Code enables scalable, fine-grained access control across microservices, multi-cloud architectures, and non-human identities.

Regulated industries face growing pressure to modernize without compromising compliance. This blog explores how finance, healthcare, and the public sector are adopting Policy as Code to align with frameworks like PCI DSS, HIPAA, GDPR, and SOX while accelerating innovation. Learn how guardrails, simulations, and decision logs enable continuous compliance, audit readiness, and smarter governance at scale.

Modern authorization requires more than a single policy engine. This article explores how OPA, Cedar, and Zanzibar approach access control through different models — code-based logic, typed policies, and relationship graphs. Learn the key decision lenses that help you choose the right engine for infrastructure, APIs, and application data, and understand when combining models creates a more scalable and explainable authorization strategy.

As enterprises scale cloud platforms and API-driven architectures, authorization complexity becomes a major security and compliance risk. This blog explores how Amazon Verified Permissions (AVP) and Reva enable centralized, policy-as-code access control to address OWASP Top 10 and API Security Top 10 risks. Together, they help organizations enforce Zero Trust, reduce over-permissioned access, and modernize authorization with scalable governance and real-time visibility.

Modern applications are more distributed and dynamic than ever.