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Trust & Security

Security and system trust require explicit boundaries.

1DevTeam treats security, authority, data access, external actions, state transitions, failure handling, and auditability as architecture concerns rather than presentation-layer claims.

Trust model

Trust comes from system behavior that can be bounded and inspected

Confidence language is not a substitute for architecture. The relevant question is whether authority, state, evidence, failure handling, and operational boundaries are represented clearly enough to verify what the system can and cannot do.

Authority boundaries

Security-sensitive actions require explicit capability and authority boundaries appropriate to the system rather than implicit permission derived from interpretation alone.

Inspectability

System behavior, state transitions, approvals, controls, and relevant execution evidence should be inspectable where the architecture and risk model require it.

Failure handling

Review paths, recovery behavior, failure states, and decision ownership are treated as architecture concerns rather than post-implementation additions.

Operational security

Access control, secure defaults, least privilege, data boundaries, configuration, and operational practices are applied according to the implementation and deployment context.

Evidence boundary

Public documentation describes controls and development practices only to the extent supported by the current implementation and operating environment. Security-sensitive implementation details, credentials, private configuration, and confidential system information are not published as proof material.