Verifiability Test
0ConceptConvert architecture claims into explicit, reproducible tests. Every protocol gets a claim → test → observable → pass/fail/indeterminate → repeat cycle.
Last updated: 2026-09-01Spec: MO§ES V.05 (proposed)
Definition
Convert architecture claims into explicit tests. Every protocol gets a claim → test → observable → pass/fail/indeterminate → repeat cycle.
Inputs
An architecture claim. A proposed test for the claim.
Derived variables
Test outcome (pass/fail/indeterminate). Reproducibility (does the test produce the same result when repeated?).
Claim
Architecture claims should be convertible into explicit, reproducible tests. Claims that cannot be tested are not verifiable.
Test
For each claim, define: CLAIM → TEST → OBSERVABLE → PASS/FAIL/INDETERMINATE → REPEAT. Verify that the test is reproducible.
Observable
The test outcome. Whether the test is reproducible across runs.
Falsifier
The claimed behavior cannot be reproduced, OR the test produces different results on repetition.
Evidence
The SigRank canonical test (11/11) is an example of a verifiability test — the MO§ES™ seed values must reproduce Υ 18436.98 exactly.
Limitations
Some claims may be inherently untestable (e.g., subjective quality claims). “Indeterminate” is a valid outcome, not a failure.
Lineage
MO§ES™ architecture, SigRank canonical test, this is one of the strongest MO§ES™ principles. Architecture: mos2es.com/architecture.