SPIFFE

EnvSpec Naming Standard Introduces Strict Six-Environment Hierarchy for Zero Trust Infrastructure

The EnvSpec Naming 1.0.0 standard proposes replacing ad-hoc hostnames with a strict hierarchical naming system based on environment, perimeter, system, slot and node. It defines exactly six environments—dev, test, stage, prod, infrastructure and workplace—and treats any test or pilot system processing real data as prod. The model projects names into SPIFFE IDs, Kubernetes namespaces, cloud projects and mandatory tags for automated policy enforcement. Rules prohibit direct communication between different linear environments and require all access from workplace devices through dedicated gateways. The standard is published under CC BY-SA 4.0 and includes machine-checkable criteria for compliance.

Zero Trust for AI Agents: Why Separate Identity Alone Is Not Enough

Denis Korbakov, CTO of Smart-Soft, explains why traditional IAM approaches fail to secure autonomous AI agents that dynamically select tools, change context, and delegate authority. Only 21.9% of teams treat agents as distinct identity-bearing entities, while 45.6% rely on shared API keys and 44.4% use generic tokens. Research from Gravitee, Cloud Security Alliance, and Aembit shows that 68% of organizations cannot distinguish AI agent actions from human actions, 74% grant excessive privileges, and 52% allow rights inheritance. The article maps NIST SP 800-207 Zero Trust principles—explicit verification, least privilege, and assume breach—to agent workloads using short-lived scoped tokens, SPIFFE/SPIRE credentials, and layered policy enforcement points. A concrete ticket-diagnosis scenario illustrates how prompt injection can be contained through per-task authorization, dedicated network segments, and independent telemetry from NGFW and SIEM. The piece concludes with an open question on sub-agent delegation chains and offers reference OPA/Rego policies plus runbooks for pilot implementations.