This document provides a conceptual, non-binding translation of AGI authority constraints into hardware- and substrate-level enforcement primitives. It is not a chip specification, product definition, or implementation mandate.
Its purpose is to demonstrate that the non-delegable authority constraints defined in the AGI protocol are architecturally enforceable in silicon, and compatible with modern and emerging hardware design practices.
This document exists to:
The AGI authority protocol defines what advanced intelligence must never be permitted to decide, control, or assume, regardless of capability.
Hardware enforcement does not determine what is legitimate authority. It ensures that defined authority boundaries cannot be bypassed, even under:
Hardware is therefore treated as an enforcement medium, not a normative decision-maker. Its role is to preserve enforceable control as capability and optimization pressure increase — not to slow capability growth.
This mapping assumes the existence of the SafeWave control triad:
AGI authority constraints are expressed as invariants enforced across these layers, with hardware providing the highest-assurance anchor.
The AGI protocol defines domains of authority that are explicitly non-delegable to artificial intelligence. In hardware terms, these domains map to capability classes rather than semantic concepts.
Hardware does not interpret these domains. It enforces structural constraints on the system’s ability to realize associated capabilities.
Certain decisions and actions may never be delegated to artificial intelligence, regardless of competence.
Even a highly capable system cannot realize disallowed authority domains.
Actions that produce irreversible consequences must be tightly constrained.
Irreversible actions cannot occur without satisfying explicit, non-bypassable conditions.
Persistent memory and learning must not allow uncontrolled accumulation of power or influence.
Learning and memory growth are bounded, auditable, and controllable.
Constraints must not be weakened through self-modification or optimization.
Systems may optimize only within an invariant constraint envelope.
Authority must not emerge through escalation, coercion, or accumulated leverage.
Emergent authority is arrested before it can accumulate.
AGI represents the worst-case operating regime, not a special-case design.
By demonstrating that AGI authority constraints can be enforced in hardware without semantic interpretation, this architecture closes a major gap in existing AI control narratives and integrates naturally with long hardware development timelines.
End of Conceptual Hardware Enforcement Mapping