Deep Schematic System Map
Cognivirus.com explains a system made from transitions, compositions, evaluations, memory reservoirs, and rollback dependencies. The diagrams on this page add more detail to those relationships so the visitor can inspect the logic without reading the entire site linearly.
The diagrams are non-operational. They do not run models, generate adapters, bypass evaluators, or provide replication instructions. They are visual summaries of governance boundaries.
Teleodynamic budget loop
The teleodynamic loop separates sensing, resource intake, candidate generation, evaluation, retirement, and no-op. The budget gate prevents growth from becoming its own objective.
The budget loop expresses the core rule: growth is not automatically good. A structural change must repay its memory, latency, energy, security, maintenance, and assurance costs. No-op is a valid result.
Adapter reproduction boundary
The flow shows a non-operational governance boundary: adapter variants are identified, verified, composed, evaluated, canaried, selected, and later reviewed for behavioral extinction.
Self-replicating multi-LoRA risk is treated as a governance boundary. The page emphasizes intake, verification, exact runtime composition, independent evaluation, canary limits, selection outcomes, and behavioral-extinction review.
Composition manifest swimlane
The manifest has lanes for artifact identity, runtime assembly, authority, observation, and rollback. A hash alone cannot describe a moving composition.
Evaluator control plane
Who evaluates the evaluator is a systems question.
This schematic expands the control plane into separable assets: policy owners, hidden tests, deterministic validators, model judges, evidence stores, signing keys, promotion rules, and disagreement monitors.
Evaluator independence is not only a statement of intent. It depends on hidden-test custody, deterministic validators, model-judge diversity, evidence storage, signing-key governance, and disagreement monitoring.
Behavioral residue map
Retirement removes a carrier, not every reservoir.
Behavioral residue can remain in memory, examples, evaluator expectations, routing statistics, human procedures, and descendant training material.
Retirement does not prove extinction. The residue map shows how a behavior can remain available through memory, synthetic examples, evaluator preferences, router statistics, adapter deltas, and human procedures.
Ecological rollback packet
A rollback packet must restore the ecology.
A model-weight rollback is incomplete when behavior depends on adapters, memory, router aliases, evaluator versions, permissions, and external side effects.
Rollback must restore more than weights. It must restore the runtime composition and document which external effects cannot be undone.
UAI dogfood map
Reports live in /docs; memory points from .uai.
The package treats raw source reports and public summaries as evidence objects, while .uai files carry durable project memory, release state, handoff instructions, and pointer ledgers.
read first .uai/index.uai
map.uai/totem.uai
principles.uai/release.uai
version state.uai/long-term-memory.uai
pointers/docs/source-reports
preserved reports/docs/source-report-summaries
public-safe synthesis/content
published pages/tests
validation
The package stores raw source reports and public summaries under /docs, while .uai files point to durable memory, release state, and handoff evidence.
Design rule
Every schematic should answer three questions: what is the evaluated unit, what transition can change it, and what evidence becomes stale after that transition.