information-pipeline-is-resource-governed-and-access-controlled
OUT derived (depth 3)
The complete information pipeline is governed along two orthogonal axes: token budgets accurately constrain both input (proportional derive allocation) and output (compact distillation with budget enforcement), while access tags enforce transitive subset-based authorization at every read boundary — every piece of information is simultaneously resource-bounded and access-controlled.
Summary
Every piece of information flowing through the system is constrained in two independent ways — resource limits control how much data gets consumed and produced, while access tags control who gets to see it. This is currently retracted because one or both of its foundations (accurate token budgets, transitive access control) no longer hold, meaning the system cannot fully guarantee that all information is simultaneously cost-bounded and permission-checked.
Justifications
SL — Resource governance (depth-2) and access control (depth-1) are independent enforcement dimensions that together fully characterize information flow governance
Antecedents (all must be IN):
- token-budgets-are-accurate-bidirectionally — Token budget management is accurate in both directions: the compact module reliably constrains output size for context-limited consumers, while the derive pipeline correctly allocates input budgets per agent — ensuring resource-bounded operation across the entire LLM integration surface.
- access-control-is-transitive-subset-gated — Access control enforces transitive subset-based authorization: visibility requires the caller's tags to be a superset of the node's tags, derived nodes inherit the sorted union of all ancestor tags transitively, and enforcement occurs at read boundaries only — write operations are unrestricted.
Dependents
These beliefs depend on this one:
- information-governance-is-end-to-end-authorized-and-resource-constrained — Information governance is enforced end-to-end from pipeline-level resource management through output-level authorization: the pipeline is resource-governed through accurate bidirectional token budgets and access-controlled through transitive subset-gated tags, while the output layer adds deterministic authorized distillation through pure functions with fixed priority ordering — ensuring governance is not concentrated at a single chokepoint but layered across the complete information flow.
- system-boundary-enforcement-spans-validation-resilience-and-resources — All system boundaries simultaneously enforce three independent properties: strict input validation through typed exceptions and referential integrity checks that reject malformed or dangling references, forward-compatible resilience that tolerates format and schema evolution without requiring coordinated upgrades, and resource governance through accurate bidirectional token budgets with transitive subset-gated access control — boundaries serve as gates for correctness, adapters for evolution, and constraints on resource consumption.