Academic Context
This page provides GTAF’s academic anchors. It complements the standards/frameworks positioning in Related Work / Theoretical Anchor.
Agency Theory (Principal-Agent)
Core idea: when authority is delegated, information asymmetries and misaligned incentives create agency costs; formal structures are needed to control them.
Relevance to GTAF: GTAF treats delegations (especially to autonomous systems) as a principal–agent problem. DR defines permissible decision space; RB defines outcome ownership; DRC ensures delegation is structurally controlled and reviewable—reducing agency costs introduced by opaque automation.
The Responsibility Gap (learning systems and accountability)
Core idea: learning automata can act in ways not predictable or reasonably foreseeable by their operators, creating a responsibility gap where traditional attribution fails.
Relevance to GTAF: GTAF’s RB and DRC semantics are designed to prevent responsibility gaps from becoming operational reality: outcome ownership remains anchored, and delegation is permitted only if boundaries, escalation, and intervention reachability are explicit and evidenced.
Sensemaking (Weick)
Core idea: organizations make sense of ambiguity and complexity through interpretive processes; structure shapes what can be understood and acted upon.
Relevance to GTAF: GTAF treats artifacts as normative reality: they stabilize meaning in complex systems so decision authority, boundaries, and ownership are not continuously renegotiated under stress.
Safety as Control (STPA / STAMP)
Core idea: accidents in complex socio‑technical systems arise from inadequate control and unsafe interactions; STPA frames safety as a control problem and emphasizes constraints on component interactions.
Relevance to GTAF: GTAF is structurally compatible with safety‑as‑control thinking: SB/DR define constraints, EIS provides a control override, DRB provides periodic validation, and DVM acts as early warning for structural decay. GTAF adapts this logic to delegation and governance, not classical safety engineering certification.