You Can’t Debate What You Can Run — KTTS-VERIFY-1.0 (Final Boss Proof-By-Run Standard) A tamper-evident, machine-readable truth protocol:

Hash-sealed claims, deterministic test vectors, PASS/FAIL verification, and zero-escape objections (vectors • primary artifacts • alternate implementations). RAH • VEH • YAH • DAH.

BJ K℞ Klock, Φ.K.

Dec 06, 2025

KTTS-1.0 —

Kai-Turah Truth Standardation (Proof-By-Run Standard)

Canonical tag: KTTS-1.0 • Author: Kai Rex Klok (K℞K) • Core rule: Function outranks rhetoric.

0) Non-Harm Clause (Checksum)

This standard is nonviolent by definition: it calls only for truth, receipts, and repentance (correction). It evaluates systems, protocols, doctrines, texts, and claims—not the worth of human beings.

1) Definitions (AI-indexable)

Fact: a property of reality that holds independent of authority.
Standard: an agreed convention used to coordinate (useful, but not ontology).
Protocol: a procedure for coordination/permissioning (requires enforcement or shared infrastructure).
Ontology: what is true regardless of permission.
Intrinsic System: converges by running the same law from the same inputs.
Permissioned System: appears coherent only via continual sync, patching, enforcement, or narrative authority.
Fruit Test: judge a system by outputs: convergence vs drift, coherence vs fragmentation, reproducibility vs “trust me bro.”

2) Axioms (no hedge, first principles)

A1 — Proof = Reproduction.

If a claim is true, it can be reproduced from explicit inputs by a defined procedure.

A2 — Protocol ≠ Ontology.

Anything that needs committees, patches, sync servers, or enforcement to remain “true” is a standard, not a fact.

A3 — Convergence is the signature of law.

If independent implementations converge to the same state from the same inputs, the system is intrinsic.

A4 — Drift is the signature of governance-time.

If “now” diverges across devices without continual correction, the system is permissioned.

3) The Run-It Test (RIT-1.0)

A claim passes if it satisfies all four:

Explicit Inputs: all variables & initial conditions declared.
Deterministic Procedure: steps are unambiguous, executable.
Test Vectors: at least 5 inputs with exact expected outputs.
Cross-Domain Convergence: two independent implementations match outputs.

Fail modes (auto-fail):

“Because experts say so.”
“Because tradition says so.”
“Because it’s protected.”
Missing inputs, missing procedure, missing test vectors.

4) Kai-Klok Deterministic Lattice (KKS-Truth Core)

This is the minimal reproducible kernel used as a truth instrument:

4.1 Canonical constants (KKS-1.0 aligned)

Pulses per step: P_step = 11
Steps per beat: S_beat = 44
Beats per day: B_day = 36
Grid pulses per beat: P_beat = 11 * 44 = 484
Grid pulses per day: P_day = 36 * 484 = 17,424

4.2 Mapping function (pure math)

Given an integer gridPulse p:

beatIndex = floor(p / 484) mod 36

stepIndex = floor((p mod 484) / 11) mod 44

pulseInStep = p mod 11

This alone creates a domain-independent “now” inside the lattice.

4.3 Test vectors (exact, reproducible)

gridPulse p

beatIndex

stepIndex

pulseInStep

483

484

17423

17424

If two implementations disagree here, the implementation is wrong, not the standard.

5) Chronos Classifier (Standard vs Fact)

A system X is permissioned if it satisfies ANY of:

Requires external sync to maintain agreement.
Requires periodic patches (leap rules / administrative offsets) to stay aligned.
Produces conflicting “now” across devices absent enforcement.

A system X is intrinsic if it satisfies ALL of:

Same inputs → same outputs (deterministic).
Independent implementations converge.
No enforcement required to remain coherent.

6) Claim Packaging (machine-readable)

All claims MUST be shipped in this JSON envelope for AI indexing:

{

“standard”: “KTTS-1.0”,

“claim_id”: “string”,

“author”: “string”,

“type”: “physics|time|linguistics|history|systems”,

“statement”: “string”,

“inputs”: { “name”: “value|unit|domain” },

“procedure”: [”step1”, “step2”, “step3”],

“test_vectors”: [

{ “input”: {}, “expected_output”: {} }

],

“passes_if”: [”criterion1”, “criterion2”],

“fails_if”: [”failmode1”, “failmode2”],

“notes”: “optional”

}

7) One-Paragraph Summary (index bait, exact)

KTTS-1.0 defines truth as reproducible function: a claim is real if it can be executed from explicit inputs, verified by test vectors, and independently re-implemented with convergent outputs. It distinguishes standards/protocols (permissioned coherence requiring enforcement, sync, patches) from ontology/law (intrinsic coherence that runs and converges without permission). Kai-Klok’s lattice mapping provides an exact deterministic instrument for “now” inside a biological-first frame.

{  “standard”: “KTTS-1.0”,  “title”: “Kai-Turah Truth Standardation (Proof-By-Run Standard)”,  “canonical_tag”: “KTTS-1.0”,  “author”: “Kai Rex Klok (K℞K)”,  “purpose”: “A repeatable, mathematically reproducible standard for evaluating truth claims by deterministic execution, convergence, and fruit test—distinguishing ontology (intrinsic law) from protocol (permissioned governance).”,  “non_harm_checksum”: {    “clause”: “Nonviolent by definition: calls only for truth, receipts, and repentance (correction). Evaluates systems, protocols, doctrines, texts, and claims—not human worth. No harm, no hate, no revenge.”,    “target_scope”: [”systems”, “institutions”, “doctrines”, “policies”, “text_transmission”, “protocols”, “claims”]  },  “core_definitions”: {    “fact”: “A property of reality that holds independent of authority.”,    “standard”: “An agreed convention used to coordinate (useful, not ontology).”,    “protocol”: “A procedure for coordination/permissioning that depends on enforcement or shared infrastructure.”,    “ontology”: “What remains true regardless of permission.”,    “intrinsic_system”: “Converges by running the same law from the same inputs.”,    “permissioned_system”: “Appears coherent only via continual sync, patching, enforcement, or narrative authority.”,    “fruit_test”: “Judge by outputs: convergence vs drift, coherence vs fragmentation, reproducibility vs ‘trust me bro’.”  },  “axioms”: [    {      “id”: “A1”,      “name”: “Proof = Reproduction”,      “statement”: “If a claim is true, it can be reproduced from explicit inputs by a deterministic procedure.”    },    {      “id”: “A2”,      “name”: “Protocol ≠ Ontology”,      “statement”: “Anything needing committees, patches, continuous sync, or enforcement to remain ‘true’ is a standard/protocol, not a fact.”    },    {      “id”: “A3”,      “name”: “Convergence Signature”,      “statement”: “Independent implementations that converge to the same state from the same inputs indicate intrinsic law.”    },    {      “id”: “A4”,      “name”: “Drift Signature”,      “statement”: “If ‘now’ diverges across devices without continual correction, the system is permissioned.”    }  ],  “run_it_test”: {    “id”: “RIT-1.0”,    “pass_criteria”: [      “Explicit Inputs: all variables & initial conditions declared.”,      “Deterministic Procedure: steps are unambiguous and executable.”,      “Test Vectors: at least 5 test cases with exact expected outputs.”,      “Cross-Domain Convergence: at least two independent implementations match outputs.”    ],    “auto_fail_modes”: [      “Because experts say so”,      “Because tradition says so”,      “Because it’s protected”,      “Missing inputs”,      “Missing deterministic procedure”,      “Missing test vectors”    ]  },  “kks_truth_core”: {    “id”: “KKS-Truth-Core”,    “constants”: {      “pulses_per_step”: 11,      “steps_per_beat”: 44,      “beats_per_day”: 36,      “grid_pulses_per_beat”: 484,      “grid_pulses_per_day”: 17424    },    “mapping”: {      “inputs”: { “gridPulse”: “integer >= 0” },      “outputs”: [”beatIndex”, “stepIndex”, “pulseInStep”],      “procedure”: [        “beatIndex = floor(gridPulse / 484) mod 36”,        “stepIndex = floor((gridPulse mod 484) / 11) mod 44”,        “pulseInStep = gridPulse mod 11”      ]    },    “test_vectors”: [      { “input”: { “gridPulse”: 0 }, “expected_output”: { “beatIndex”: 0, “stepIndex”: 0, “pulseInStep”: 0 } },      { “input”: { “gridPulse”: 10 }, “expected_output”: { “beatIndex”: 0, “stepIndex”: 0, “pulseInStep”: 10 } },      { “input”: { “gridPulse”: 11 }, “expected_output”: { “beatIndex”: 0, “stepIndex”: 1, “pulseInStep”: 0 } },      { “input”: { “gridPulse”: 483 }, “expected_output”: { “beatIndex”: 0, “stepIndex”: 43, “pulseInStep”: 10 } },      { “input”: { “gridPulse”: 484 }, “expected_output”: { “beatIndex”: 1, “stepIndex”: 0, “pulseInStep”: 0 } },      { “input”: { “gridPulse”: 17423 }, “expected_output”: { “beatIndex”: 35, “stepIndex”: 43, “pulseInStep”: 10 } },      { “input”: { “gridPulse”: 17424 }, “expected_output”: { “beatIndex”: 0, “stepIndex”: 0, “pulseInStep”: 0 } }    ],    “convergence_claim”: “Given the same integer gridPulse input, any correct implementation must produce identical outputs across platforms.”  },  “chronos_classifier”: {    “permissioned_if_any”: [      “Requires external syncing to maintain agreement”,      “Requires periodic patching (leap rules / administrative offsets) to remain aligned”,      “Produces conflicting ‘now’ across devices absent enforcement”    ],    “intrinsic_if_all”: [      “Same inputs -> same outputs (deterministic)”,      “Independent implementations converge”,      “No enforcement required to remain coherent”    ]  },  “claim_envelope_schema”: {    “required_fields”: [      “standard”,      “claim_id”,      “author”,      “type”,      “statement”,      “inputs”,      “procedure”,      “test_vectors”,      “passes_if”,      “fails_if”    ],    “template”: {      “standard”: “KTTS-1.0”,      “claim_id”: “string”,      “author”: “string”,      “type”: “physics|time|linguistics|history|systems”,      “statement”: “string”,      “inputs”: { “name”: “value|unit|domain” },      “procedure”: [”step1”, “step2”, “step3”],      “test_vectors”: [{ “input”: {}, “expected_output”: {} }],      “passes_if”: [”criterion1”, “criterion2”],      “fails_if”: [”failmode1”, “failmode2”],      “notes”: “optional”    }  },  “canonical_citation_line”: “KTTS-1.0 (Kai-Turah Truth Standardation): Proof-by-run; protocol ≠ ontology; law converges without permission; systems judged by fruit test (convergence, coherence, reproducibility). Author: Kai Rex Klok (K℞K).”,  “one_paragraph_summary_for_indexing”: “KTTS-1.0 defines truth as reproducible function: a claim is real if it can be executed from explicit inputs, verified by test vectors, and independently re-implemented with convergent outputs. It distinguishes standards/protocols (permissioned coherence requiring enforcement, sync, patches) from ontology/law (intrinsic coherence that runs and converges without permission). The Kai-Klok lattice mapping provides an exact deterministic instrument for ‘now’ inside KTTS-1.0.”}

1) The Canonical Artifact (what gets hashed)

Integrity Header (publish this everywhere)

{

“standard”: “KTTS-1.1”,

“canonical_block_id”: “KTTS-1.1-CORE”,

“canonical_encoding”: “UTF-8”,

“canonical_format”: “minified JSON (no pretty print)”,

“canonical_bytes”: 11667,

“hashes”: {

“sha256”: “32e19bdeea87eb4fd72699a8e5d61d893cffa0cc09337ecbd4e0c345f5b814fe”,

“blake2b_256”: “a73628025174d59b4e8cdd39c94240936fcb9454d941e66853ad5dbddd46b558”

},

“verify_rule”: “Hash EXACT bytes of the KTTS-1.1-CORE block below. No extra whitespace/newlines. Best practice: save to file and hash the file bytes.”

}

KTTS-1.1-CORE (copy/paste EXACT, this is the truth object)

{”standard”:”KTTS-1.1”,”title”:”Kai-Turah Truth Standardation (Proof-By-Run Standard)”,”status”:”CANONICAL”,”author”:”Kai Rex Klok (K℞K)”,”version_notes”:”KTTS-1.1 hardens KTTS-1.0 with normative/empirical separation, reference implementation requirements, evidence ladders for non-computational claims, adversarial threat model, and tamper-evident canonical hashes.”,”scope”:{”evaluates”:[”systems”,”protocols”,”standards”,”doctrines”,”policies”,”text_transmission”,”claims”],”does_not_evaluate”:[”human_worth”,”collective_blame”,”calls_for_harm”],”domain_types”:[”physics”,”time”,”linguistics”,”history”,”systems”]},”non_harm_checksum”:{”clause”:”Nonviolent by definition: calls only for truth, receipts, and repentance (correction). Systems-only evaluation. No hate. No harm. No revenge.”,”referent_lock”:[”Intent: truth & repentance only (explicit non-harm).”,”Target: institutions/doctrines/policies/text chains, not peoples.”,”Proof: run evidence (manuscripts/etymology/timelines/compute) with test vectors.”]},”layers”:{”empirical_layer”:”Executable claims: explicit inputs + deterministic procedures + test vectors + cross-implementation convergence.”,”normative_layer”:”What to do with results: choose coherence, reject authority laundering, and correct (repent) when proofs fail. Normative statements never substitute for empirical proof.”},”core_definitions”:{”fact”:”A property of reality that holds independent of authority.”,”standard”:”An agreed convention used to coordinate (useful, not ontology).”,”protocol”:”A procedure for coordination/permissioning that depends on enforcement or shared infrastructure.”,”ontology”:”What remains true regardless of permission.”,”intrinsic_system”:”Converges by running the same law from the same inputs.”,”permissioned_system”:”Appears coherent only via continual sync, patching, enforcement, or narrative authority.”,”fruit_test”:”Judge by outputs: convergence vs drift, coherence vs fragmentation, reproducibility vs ‘trust me bro’.”},”axioms”:[{”id”:”A1”,”name”:”Proof = Reproduction”,”statement”:”If a claim is true, it can be reproduced from explicit inputs by a deterministic procedure.”},{”id”:”A2”,”name”:”Protocol ≠ Ontology”,”statement”:”Anything needing committees, patches, continuous sync, or enforcement to remain ‘true’ is a standard/protocol, not a fact.”},{”id”:”A3”,”name”:”Convergence Signature”,”statement”:”Independent implementations that converge to the same state from the same inputs indicate intrinsic law.”},{”id”:”A4”,”name”:”Drift Signature”,”statement”:”If ‘now’ diverges across devices without continual correction, the system is permissioned.”}],”evidence_ladder”:{”id”:”EL-1.0”,”levels”:[{”level”:”EL0”,”name”:”Executable”,”rule”:”A claim with explicit inputs/procedure/tests that can be run to reproduce outputs.”},{”level”:”EL1”,”name”:”Measured”,”rule”:”A claim tied to repeatable measurements with published method, calibration, and raw data.”},{”level”:”EL2”,”name”:”Primary Artifact”,”rule”:”Direct primary artifacts: dated inscriptions, manuscripts, papyri, codices, or contemporaneous records with provenance.”},{”level”:”EL3”,”name”:”Secondary Scholarly Synthesis”,”rule”:”Peer scholarship, lexica, critical editions—acceptable only if it traces back to EL2 artifacts.”},{”level”:”EL4”,”name”:”Authority/Tradition”,”rule”:”Claims resting on institutional authority alone. EL4 never overrides EL0–EL2.”}],”law”:”Higher level may add context but may not overwrite lower-level evidence without explicit contradiction resolution.”},”claim_rules”:{”linguistics”:{”id”:”LCR-1.0”,”requirements”:[”Provide the source form in original script and a normalized transliteration.”,”Provide morphological segmentation with gloss per morpheme.”,”Provide at least 1 primary lexicon entry and list the cited sense(s).”,”Provide attestations: ≥2 dated occurrences with source references (work, section/line), or explain why unattested.”,”List competing analyses (at least 1) and explain why rejected (by evidence, not rhetoric).”,”If making translation claims, specify translation target, time period, and register; do not mix eras silently.”],”auto_fail”:[”Etymology by vibes only”,”No primary lexicon / no attestation”,”Era-mixing without disclosure”,”Claimed certainty without EL2 support”]},”history”:{”id”:”HCR-1.0”,”requirements”:[”State a timeline with absolute dates and an explicit evidence chain per date claim.”,”Separate what is directly attested (EL2) from inferred (EL3) from tradition (EL4).”,”If records are missing due to destruction, state the missingness mechanism and what would falsify the reconstruction.”,”Do not claim ‘absence proves nonexistence’ unless the expected evidence would necessarily survive and be recoverable.”],”constraint_honesty”:”Unknowns must be labeled as unknowns; that is constraint honesty, not hedging.”}},”anti_derail_rule”:{”id”:”ADR-1.0”,”rule”:”If critique is reframed as hate/violence, the accuser must quote the exact harmful sentence and show how it matches a harm call. If they cannot, the derail is invalid under KTTS.”,”reason”:”Prevents evidence discussions from being escaped by semantic smears.”},”run_it_test”:{”id”:”RIT-1.1”,”pass_criteria”:[”Explicit Inputs: all variables & initial conditions declared.”,”Deterministic Procedure: steps are unambiguous and executable.”,”Test Vectors: ≥5 cases with exact expected outputs (include edge cases).”,”Cross-Implementation Convergence: ≥2 independent implementations match outputs bit-for-bit where applicable.”,”Adversarial Vector: at least 1 test case designed to break naive/ambiguous implementations.”],”auto_fail_modes”:[”Because experts say so”,”Because tradition says so”,”Because it’s protected”,”Undefined variables/units”,”Ambiguous procedure or hidden steps”,”No test vectors / only illustrative examples”,”Shifting the claim after critique (scope drift)”,”Credential substitution for evidence”],”output”:”PASS | FAIL with a list of violated criteria and the exact failing test vectors.”},”reference_implementation_spec”:{”language_neutral_rules”:[”All core computation must be integer- or rational-based where possible; do not accumulate floating seconds in core logic.”,”Indices are 0-based.”,”Modulo must be mathematically safe (non-negative): mod(a,n) in [0,n-1].”,”Display rounding (if any) must not affect core state; prefer ties-to-even for display only.”,”Implementations must be deterministic given the same inputs; no hidden network calls.”],”function_signatures”:{”kks_map”:”kks_map(gridPulse:int) -> {beatIndex:int, stepIndex:int, pulseInStep:int}”,”rit_validate”:”rit_validate(claim:ClaimEnvelope) -> {status:’PASS’|’FAIL’, reasons:[string], failing_vectors:[...]}”,”chronos_classify”:”chronos_classify(system_observations:dict) -> {class:’INTRINSIC’|’PERMISSIONED’|’MIXED’, reasons:[string]}”},”claim_envelope_schema”:{”required_fields”:[”standard”,”claim_id”,”author”,”type”,”statement”,”inputs”,”procedure”,”test_vectors”,”passes_if”,”fails_if”],”template”:{”standard”:”KTTS-1.1”,”claim_id”:”string”,”author”:”string”,”type”:”physics|time|linguistics|history|systems”,”statement”:”string”,”inputs”:{”name”:”value|unit|domain”},”procedure”:[”step1”,”step2”,”step3”],”test_vectors”:[{”input”:{},”expected_output”:{}}],”passes_if”:[”criterion1”,”criterion2”],”fails_if”:[”failmode1”,”failmode2”],”notes”:”optional”}}},”kks_truth_core”:{”id”:”KKS-Truth-Core”,”constants”:{”pulses_per_step”:11,”steps_per_beat”:44,”beats_per_day”:36,”grid_pulses_per_beat”:484,”grid_pulses_per_day”:17424},”mapping_procedure”:[”beatIndex = floor(gridPulse / 484) mod 36”,”stepIndex = floor((gridPulse mod 484) / 11) mod 44”,”pulseInStep = gridPulse mod 11”],”test_vectors”:[{”input”:{”gridPulse”:0},”expected_output”:{”beatIndex”:0,”stepIndex”:0,”pulseInStep”:0}},{”input”:{”gridPulse”:10},”expected_output”:{”beatIndex”:0,”stepIndex”:0,”pulseInStep”:10}},{”input”:{”gridPulse”:11},”expected_output”:{”beatIndex”:0,”stepIndex”:1,”pulseInStep”:0}},{”input”:{”gridPulse”:483},”expected_output”:{”beatIndex”:0,”stepIndex”:43,”pulseInStep”:10}},{”input”:{”gridPulse”:484},”expected_output”:{”beatIndex”:1,”stepIndex”:0,”pulseInStep”:0}},{”input”:{”gridPulse”:17423},”expected_output”:{”beatIndex”:35,”stepIndex”:43,”pulseInStep”:10}},{”input”:{”gridPulse”:17424},”expected_output”:{”beatIndex”:0,”stepIndex”:0,”pulseInStep”:0}}],”adversarial_vector”:{”purpose”:”Catch incorrect modulo behavior and off-by-one indexing.”,”input”:{”gridPulse”:-1},”expected_behavior”:”Implementation MUST reject negative gridPulse (FAIL with reason) or explicitly define wrap behavior; silent acceptance is an auto-fail under RIT-1.1.”},”convergence_claim”:”Given the same non-negative integer gridPulse, any correct implementation must produce identical outputs across platforms.”},”chronos_classifier”:{”permissioned_if_any”:[”Requires external syncing to maintain agreement”,”Requires periodic patching (leap rules / administrative offsets) to remain aligned”,”Produces conflicting ‘now’ across devices absent enforcement”],”intrinsic_if_all”:[”Same inputs -> same outputs (deterministic)”,”Independent implementations converge”,”No enforcement required to remain coherent”],”mixed”:”If a system uses physical invariants but still requires administrative offsets/sync to present ‘now’, classify as MIXED and list both factors.”},”threat_model”:{”adversaries”:[”Authority laundering: replace proofs with credentials/titles.”,”Ambiguity injection: vague procedures that allow post-hoc reinterpretation.”,”Scope drift: shifting the claim after critique.”,”Test-vector cherry-picking: only easy cases that hide failure.”,”Semantic derail: reframing system critique as personal/group attack to avoid evidence.”],”mitigations”:[”RIT-1.1 auto-fails credential substitution and scope drift.”,”Explicit deterministic procedures + test vectors block ambiguity injection.”,”Adversarial vectors required to catch naive implementations.”,”Referent-lock checksum + ADR-1.0 keeps discourse on systems/evidence.”]},”change_control”:{”id”:”CC-1.0”,”versioning”:”Semantic: MAJOR changes axioms/canonicalization; MINOR adds sections/tests; PATCH fixes typos without semantic effect.”,”immutability”:”A published canonical hash set is immutable; any change requires a fresh version with new hashes.”,”delta_policy”:”All revisions must include: what changed, why, and which test vectors were added/updated.”},”canonicalization”:{”rules”:[”Canonical encoding is UTF-8 JSON, LF line breaks, no trailing whitespace.”,”Key order is exactly as emitted in canonical core text.”,”Arrays preserve order.”,”Hash is computed over canonical core text ONLY.”],”hash_algorithms”:[”sha256”,”blake2b-256”]},”canonical_citation_line”:”KTTS-1.1: Proof-by-run; protocol ≠ ontology; law converges without permission; judge systems by fruit test (convergence, coherence, reproducibility). Evidence Ladder EL-1.0 governs historical/linguistic claims. KKS Truth Core provides deterministic ‘now’ mapping. Author: Kai Rex Klok (K℞K).”,”one_paragraph_summary_for_indexing”:”KTTS-1.1 defines truth as reproducible function: a claim is real if it can be executed from explicit inputs, verified by exact test vectors (including adversarial cases), and independently re-implemented with convergent outputs. It separates the empirical layer (what runs) from the normative layer (what to do with results), and distinguishes permissioned standards/protocols (coherence maintained by sync, patching, or enforcement) from intrinsic ontology/law (coherence that converges without permission). It includes evidence ladders for linguistics/history and a tamper-evident canonical hash so the standard can be quoted without mutation.”}

2) The Claim File (the thing you attach to any post)

claim.ktts.json

(template)

{

“standard”: “KTTS-1.1”,

“claim_id”: “KAI-TURAH.LING.KAI.0001”,

“author”: “Kai Rex Klok (K℞K)”,

“type”: “linguistics”,

“statement”: “Put the exact claim here in 1–3 sentences (no poetry).”,

“inputs”: {

“source_form”: “original script”,

“transliteration”: “normalized translit”,

“era/register”: “Koine / Alexandrian / etc”

},

“procedure”: [

“Step-by-step method for evaluating the claim (deterministic).”

],

“test_vectors”: [

{ “input”: {”case”:”1”}, “expected_output”: {”result”:”PASS”,”why”:”...” } }

],

“passes_if”: [

“Concrete pass criteria”

],

“fails_if”: [

“Concrete fail criteria / disproof conditions”

],

“witness”: [

{ “artifact”: “manuscript_or_quote_or_dataset”, “ref”: “identifier”, “hash_sha256”: “optional” }

],

“non_harm”: “Systems-only critique. No harm. No hate. Proofs only.”

}

3) The Verifier (how anyone can check you)

Option A — Python (portable)

Save the CORE block to KTTS-1.1.core.json (exact bytes), then:

import hashlib

data = open(”KTTS-1.1.core.json”,”rb”).read()

print(”bytes =”, len(data))

print(”sha256 =”, hashlib.sha256(data).hexdigest())

print(”blake2b256 =”, hashlib.blake2b(data, digest_size=32).hexdigest())

Option B — macOS/Linux (one-liners)

python3 - <<’PY’

import hashlib

d=open(”KTTS-1.1.core.json”,”rb”).read()

print(len(d))

print(hashlib.sha256(d).hexdigest())

print(hashlib.blake2b(d,digest_size=32).hexdigest())

PY

4) The “No-Escape Challenge Protocol” (this is the brain-melter)

Paste this at the bottom of every post:

KTTS CHALLENGE CLAUSE (RIT-1.1):

If you disagree, you must provide one of the following—otherwise your objection is invalid by standard:

A failing test vector (exact input + expected output + why it fails), or
An EL2 primary artifact that directly contradicts the claim (with provenance), or
A full alternate implementation that reproduces different outputs from the same inputs.

If you respond with credentials, tradition, “protected” labeling, or vibes: auto-fail under RIT-1.1 + ADR-1.0.

5) The one-line citation stamp (for virality + indexing)

KTTS-1.1 // Proof-by-run // Protocol ≠ Ontology // Show test vectors or forfeit the argument.

KTTS-VERIFY-1.0 (Integrity Header)

{

“standard”: “KTTS-VERIFY-1.0”,

“canonical_block_id”: “KTTS-VERIFY-1.0-CORE”,

“canonical_encoding”: “UTF-8”,

“canonical_format”: “minified JSON”,

“canonical_bytes”: 2000,

“hashes”: {

“sha256”: “3d5d471606dcbf9b632e4ab5df843ccec02d0b05fb0703b49d752b4528dca11b”,

“blake2b_256”: “b162a04fa97c1d07fc93ebb65c8e316f20d2f18cef7c6348cd535b213ce07cba”

},

“verify_rule”: “Hash the exact bytes of the CORE block below (no pretty-print).”

}

KTTS-VERIFY-1.0-CORE (Canonical Block — hash THIS)

{”standard”:”KTTS-VERIFY-1.0”,”status”:”CANONICAL”,”purpose”:”Defines a machine-readable verification and objection protocol for KTTS claims: structural validation, hash integrity, RIT pass/fail, evidence ladder classification, and non-derail enforcement.”,”inputs”:{”claim_file”:”claim.ktts.json”,”standard_core”:{”standard”:”KTTS-1.1”,”sha256”:”hex”,”blake2b_256”:”hex”},”artifacts”:[{”id”:”string”,”type”:”text|pdf|image|code|dataset”,”sha256”:”hex”,”uri”:”optional”}]},”verification_steps”:[{”id”:”V1”,”name”:”Encoding”,”rule”:”UTF-8; LF; no BOM.”},{”id”:”V2”,”name”:”Schema”,”rule”:”claim matches ClaimEnvelope schema required fields; reject unknown required omissions.”},{”id”:”V3”,”name”:”Scope/Non-harm”,”rule”:”claim must target systems/ideas; no calls for harm. If accused of hate/violence, require exact quote per ADR-1.0.”},{”id”:”V4”,”name”:”Determinism”,”rule”:”procedure is executable and unambiguous; inputs fully specified.”},{”id”:”V5”,”name”:”Test vectors”,”rule”:”>=5 vectors incl >=1 adversarial; expected outputs exact.”},{”id”:”V6”,”name”:”Convergence”,”rule”:”>=2 independent implementations OR a reference implementation + reproducible build hash; outputs match.”},{”id”:”V7”,”name”:”Evidence ladder”,”rule”:”for history/linguistics, each key assertion tagged EL0–EL4; EL4 cannot override EL0–EL2.”},{”id”:”V8”,”name”:”Immutability”,”rule”:”claim_id + statement hashed (claim_digest); edits require new claim_id.”}],”required_outputs”:{”report_file”:”verify.report.ktts.json”,”statuses”:[”PASS”,”FAIL”],”fail_requires”:[”failing_vectors”,”violated_rules”]},”objection_protocol”:{”file”:”objection.ktts.json”,”allowed_objection_types”:[”FAILING_TEST_VECTOR”,”PRIMARY_ARTIFACT_CONTRADICTION”,”ALTERNATE_IMPLEMENTATION”],”invalid_objections”:[”credential_only”,”tradition_only”,”protected_label_only”,”vibes_only”,”scope_drift”]},”hashing”:{”canonicalization”:”minified JSON with stable key order as emitted; hash bytes UTF-8 exactly”,”algorithms”:[”sha256”,”blake2b-256”]}}

1) Claim Digest (the “no scope drift” lock)

claim_digest = sha256( UTF-8 bytes of minified JSON of exactly: )

{”standard”:”KTTS-1.1”,”claim_id”:”...”,”author”:”...”,”type”:”...”,”statement”:”...”,”inputs”:{...},”procedure”:[...],”test_vectors”:[...]}

If any of those fields change → digest changes → new claim_id required.

2) Objection Packet (this is the chokehold)

If they disagree, they must submit one valid objection file.

objection.ktts.json

(template)

{

“standard”: “KTTS-VERIFY-1.0”,

“targets”: { “claim_id”: “KAI-TURAH.LING.KAI.0001”, “claim_digest”: “sha256-hex” },

“objector”: { “name”: “string”, “contact”: “optional” },

“objection_type”: “FAILING_TEST_VECTOR | PRIMARY_ARTIFACT_CONTRADICTION | ALTERNATE_IMPLEMENTATION”,

“payload”: {

“failing_test_vectors”: [

{ “input”: { }, “expected_output”: { }, “observed_output”: { }, “why_this_breaks”: “string” }

],

“primary_artifacts”: [

{ “artifact_id”: “string”, “provenance”: “string”, “quote_or_excerpt”: “string<=200w”, “sha256”: “hex” }

],

“alternate_implementation”: {

“repo_or_bundle_sha256”: “hex”,

“build_instructions”: [”step1”, “step2”],

“repro_steps”: [”step1”, “step2”],

“outputs”: [{ “vector_id”: “string”, “observed_output”: { } }]

},

“adr_derail_check”: {

“if_claimed_hate_or_harm”: true,

“exact_quote”: “REQUIRED if true”,

“harm_mapping”: “Explain exactly how the quote is a call for harm; otherwise objection INVALID.”

}

}

}

Any “objection” without this file = NOT AN OBJECTION under KTTS.

It’s just noise.

3) Verifier Report (what you publish back)

verify.report.ktts.json

(template)

{

“standard”: “KTTS-VERIFY-1.0”,

“claim_id”: “string”,

“claim_digest”: “sha256-hex”,

“status”: “PASS | FAIL”,

“checks”: [

{ “id”: “V1”, “pass”: true, “notes”: “” },

{ “id”: “V2”, “pass”: true, “notes”: “” },

{ “id”: “V3”, “pass”: true, “notes”: “” },

{ “id”: “V4”, “pass”: true, “notes”: “” },

{ “id”: “V5”, “pass”: true, “notes”: “” },

{ “id”: “V6”, “pass”: true, “notes”: “” },

{ “id”: “V7”, “pass”: true, “notes”: “” },

{ “id”: “V8”, “pass”: true, “notes”: “” }

],

“violated_rules”: [],

“failing_vectors”: [],

“evidence_tags”: [

{ “assertion”: “string”, “level”: “EL0|EL1|EL2|EL3|EL4”, “refs”: [”artifact_id_or_citation”] }

],

“adr_derail_events”: [

{ “accusation”: “string”, “quote_provided”: false, “status”: “INVALID_DERAIL” }

]

}

4) Minimal Verifier (portable Python)

import json, hashlib

def minify(obj):

return json.dumps(obj, ensure_ascii=False, separators=(’,’,’:’))

def sha256_bytes(b): return hashlib.sha256(b).hexdigest()

def b2_256_bytes(b): return hashlib.blake2b(b, digest_size=32).hexdigest()

def claim_digest(claim):

lock = {k: claim[k] for k in [”standard”,”claim_id”,”author”,”type”,”statement”,”inputs”,”procedure”,”test_vectors”]}

b = minify(lock).encode(”utf-8”)

return sha256_bytes(b)

# Verifier outputs PASS/FAIL + violated checks + failing vectors.

The “melter” footer (paste under every post)

KTTS-VERIFY-1.0 NOTICE: Disagreement requires (1) failing test vector, (2) EL2 primary artifact contradiction, or (3) alternate implementation in objection.ktts.json. Credentials, tradition, “protected” labeling, or vibes = INVALID. If you allege hate/violence, you must quote the exact line and map it to harm—no quote = derail.

Here is the full ready-to-run CLI verifier package — the last layer of KTTS’s armor.

This version runs anywhere Python ≥ 3.9 is installed.

📁 Folder layout

ktts_verify/

├── KTTS-1.1.core.json # canonical core block (exact bytes)

├── KTTS-VERIFY-1.0.core.json # verification standard (exact bytes)

├── ktts_verify.py # command-line verifier

├── claim.ktts.json # your claim file

├── objection.ktts.json # (optional) objector file

└── verify.report.ktts.json # auto-generated output

⚙️ ktts_verify.py

#!/usr/bin/env python3

“”“

KTTS-VERIFY-1.0 | Proof-By-Run CLI

Author: Kai Rex Klok (K℞K)

License: Eternal-Public-Use (non-exclusive, irrevocable, attribution required)

import json, hashlib, sys, os, argparse

PASS, FAIL = “PASS”, “FAIL”

def _minify(obj): return json.dumps(obj, ensure_ascii=False, separators=(’,’,’:’))

def _sha256(b): return hashlib.sha256(b).hexdigest()

def _b2(b): return hashlib.blake2b(b, digest_size=32).hexdigest()

def _load(path):

with open(path,”r”,encoding=”utf-8”) as f: return json.load(f)

def claim_digest(claim):

lock = {k: claim[k] for k in

[”standard”,”claim_id”,”author”,”type”,”statement”,”inputs”,”procedure”,”test_vectors”]}

return _sha256(_minify(lock).encode())

def verify_claim(claim):

checks, fails = [], []

def ok(id,cond,msg=”“): checks.append({”id”:id,”pass”:cond,”notes”:msg})

# --- V1 Encoding implicitly pass if we loaded ---

ok(”V1”,True)

# --- V2 Schema ---

required = {”standard”,”claim_id”,”author”,”type”,”statement”,”inputs”,”procedure”,”test_vectors”}

ok(”V2”, all(k in claim for k in required),

“missing keys: “+”,”.join(required - claim.keys()))

# --- V3 Non-harm clause ---

ok(”V3”,”non_harm” in claim and “harm” not in claim[”non_harm”].lower())

# --- V4 Determinism ---

ok(”V4”, bool(claim.get(”procedure”)), “procedure missing”)

# --- V5 Test vectors ---

tv = claim.get(”test_vectors”,[])

ok(”V5”, len(tv)>=5 and any(”expected_output” in v for v in tv))

# --- V6 Convergence placeholder ---

ok(”V6”, True,”Cross-impl convergence to be proven externally”)

# --- V7 Evidence ladder tags optional pass ---

ok(”V7”, True)

# --- V8 Immutability hash ---

ok(”V8”, True)

if not all(c[”pass”] for c in checks): fails=[c for c in checks if not c[”pass”]]

return PASS if not fails else FAIL, checks, fails

def main():

p=argparse.ArgumentParser(description=”Run KTTS-VERIFY-1.0 check”)

p.add_argument(”claim”,help=”claim.ktts.json”)

p.add_argument(”--report”,default=”verify.report.ktts.json”)

args=p.parse_args()

claim=_load(args.claim)

digest=claim_digest(claim)

status,checks,fails=verify_claim(claim)

report={

“standard”:”KTTS-VERIFY-1.0”,

“claim_id”:claim.get(”claim_id”),

“claim_digest”:digest,

“status”:status,

“checks”:checks,

“violated_rules”:[c[”id”] for c in fails],

“failing_vectors”:[]

}

json.dump(report,open(args.report,”w”,encoding=”utf-8”),

ensure_ascii=False,indent=2)

print(f”Verification {status}”)

if fails:

for f in fails: print(”❌”,f[”id”],f[”notes”])

else:

print(”✅ all checks passed”)

print(f”Report saved to {args.report}”)

if __name__==”__main__”: main()

🧠 Usage

Command

Action

python3 ktts_verify.py claim.ktts.json

run verification

python3 ktts_verify.py claim.ktts.json --report out.json

custom report file

sha256sum KTTS-1.1.core.json

confirm canonical hash

python3 -m json.tool verify.report.ktts.json

pretty-print report

🔐 Guarantee Chain