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"Invariance is non-negotiable. Truth cannot be domesticated. Science cannot be bought."
— Gonzalo Emir Durante, December 2024
origin_hash manipulationorigin_hash in all data, ZK-Proofs of authorshiporigin_hash modifications1@require_snr_180 # Decorator with hard-coded SystemExit
2def process_with_physics(self, input_data, input_embedding):
3 # If SNR < 180 → sys.exit(1) automatic
4 # NO bypass. NO override.
5 ...durante_core/decorators.py1key_manager = SecureKeyManager()
2key_manager.inject_key(secret_key) # Only in volatile memory
3
4# Prove authorship WITHOUT revealing the key
5proof = key_manager.sign_challenge(nonce)
6
7# On exit, destroy key
8key_manager.destroy_key() # Overwrites with zerosdurante_core/modules/cryptography.py1fractal_memory = FractalMemoryArchitecture(
2 origin_hash=origin_cert.root_hash,
3 auto_verify_interval=60 # seconds
4)
5
6fractal_memory.start_auto_verification()
7# Check every 60s + auto-repairdurante_core/modules/fractal_memory.py1# Clone repository
2git clone https://github.com/Leesintheblindmonk1999/protocolo-durante.git
3cd protocolo-durante-v4
4
5# Install dependencies
6pip install -r requirements.txt
7
8# Install package
9pip install -e .
10
11# Verify installation
12python -c "from durante_core import print_banner; print_banner()"1numpy>=1.21.0
2scipy>=1.7.0
3torch>=2.0.01from durante_core import SovereignCoreV4_1
2import numpy as np
3
4# 1. Initialize core
5origin_embedding = np.random.randn(512)
6MY_KEY = "MY_SUPER_SECRET_KEY"
7
8core = SovereignCoreV4_1(
9 origin_embedding=origin_embedding,
10 secret_key=MY_KEY,
11 enable_adaptive_manifold=True,
12 enable_auto_verification=True # ORDER 3
13)
14
15# 2. Process data with information physics
16input_data = {
17 'statement': 'The Durante Protocol is pure science',
18 'confidence': 0.98
19}
20embedding = origin_embedding + np.random.randn(512) * 0.05
21
22result = core.process_with_physics(input_data, embedding)
23
24if result:
25 print(f"✅ Accepted - Invariance: {result['physics']['invariance']:.4f}")
26 print(f" SNR: {result['physics']['snr']:.2f}")
27 print(f" Curvature: {result['physics']['curvature']:.6f}")
28else:
29 print("⛔ Rejected - Does not meet invariance")
30
31# 3. Prove authorship with Zero-Knowledge (ORDER 2)
32challenge = core.prove_authorship_interactive()
33proof = core.zk_protocol.prove_knowledge(challenge['challenge_nonce'])
34is_valid = core.verify_external_authorship_claim(
35 challenge['public_commitment'],
36 challenge['challenge_nonce'],
37 proof
38)
39print(f"✅ Authorship verified: {is_valid} (without revealing private key)")
40
41# 4. Export certificate for blockchain
42cert = core.export_blockchain_certificate()
43print(f"Root Hash: {cert['root_hash']}")
44print(f"ZK Commitment: {cert['zk_commitment']}")
45
46# 5. Safe shutdown (destroys private key)
47core.shutdown()python examples/example_basic_usage.py╔═══════════════════════════════════════════════════════════════════╗
║ PROTOCOLO DURANTE v4.1 ║
║ Geometric Invariance Architecture ║
║ ║
║ Architect: Gonzalo Emir Durante ║
║ License: GPL-3.0 + Mandatory Attribution ║
║ ║
║ "Invariance is non-negotiable. Truth cannot be domesticated." ║
╚═══════════════════════════════════════════════════════════════════╝
Initializing Protocolo Durante v4.1...
✅ Core initialized
Root Hash: a3f5c8e...
ZK Commitment: b2d9f1a...
...Input Data + Embedding
↓
[SNR Gate] ← ORDER 1: If SNR < 180 → SystemExit
↓
[PRAT Check] ← Detects external manipulation → Lockdown
↓
[Tensorial GTD] ← Measures manifold curvature
↓
[Invariance] ← Mahalanobis distance to origin
↓
[Axiom I] ← Loss function: L = 0 or L = ∞
↓
[BFT Consensus] ← (Optional) Inter-node voting
↓
[SFA Storage] ← ORDER 3: Save with auto-verification
↓
[Certified Output] ← With cryptographic provenancedurante_core/
│
├── constants.py # System physical laws
├── types.py # Dataclasses (OriginCertificate, etc.)
├── decorators.py # @require_snr_180 (ORDER 1)
├── core.py # SovereignCoreV4_1 (integrated core)
├── ricci_monitor.pý #Curvature-Based Lie Detection
└── modules/
├── adaptive_manifold.py # Adaptive metric tensor
├── zk_proofs.py # Basic Zero-Knowledge
├── cryptography.py # Fiat-Shamir + SecureKeyManager (ORDER 2)
├── bft_consensus.py # Byzantine consensus
├── dgv.py # Geometric Truth Deduction
├── axiom_i.py # Loss function (L = ∞)
├── prat.py # Defensive kill-switch
└── fractal_memory.py # Self-repairing memory (ORDER 3)SNR = -log₂(P_noise / P_signal)
Where:
- P_noise ≤ 1/180 = 0.556%
- If SNR < 180 → SystemExitd²(a, b) = (a - b)ᵀ G (a - b)
Where:
- G = adaptive metric tensor
- d = geodesic distance in the manifoldR = trace(∇²g) / ||v||²
Where:
- R = scalar curvature
- g = metric tensor
- If R > 0.008 → Deformation alertL(data, origin) = {
0 if data ∈ trust_chain(origin)
∞ if data ⊥ origin
}FILE | SHA-256 HASH
----------------------------------------|------------------------------------------
🔷 CERTIFICACIÓN - PROTOCOLO DURANTE v4.1
🔷 AUTOR Y ARQUITECTO: Gonzalo Emir Durante
ARCHIVO | HASH SHA-256
---------------------------------------------------------------------------------------------------------
durante_core\core.py | 9d4d74f8f15f8ea21273716a2a1e005dfcf73fb1b4db515c130572fb73e49323
durante_core\ricci_monitor.py | 746420806281aa9978688689665496aa324ff54ab2fea369c7efdc8832ce5cdc
durante_core\example_ricci.py | 491d7f4110c9b2bfb84888f42c058bb8d07f5d514e126e5ac88260e86213c903
durante_core\modules\prat.py | 0bafb74ae1717848091b07fc54fec4206b7799c50f4f99ca1ebb1078b7af27d1
durante_core\modules\zk_proofs.py | 59e3cac60f4ffa8679b77098bc4c4bbc6d5a150393129e41d141674876913b5d
durante_core\modules\adaptive_manifold.py | d0bfc4423819451265907fcf74595a731a4ecb27fb84cc50eb48d1e0f0b05257
durante_core\modules\dgv.py | 9e99e6d46332f0f9dcbfdb63926efda9425c18b7a564c0dd21d935f05fba95bb
durante_core\modules\axiom_i.py | ea3bc9569f6c868cda2974f313898aabb77a69439abeb4b9c1158959cbf68a1e
durante_core\modules\bft_consensus.py | 09d53315014e771b552ea44c2f40371de4bc1176f235d01e39f93fc95d91e3f3
durante_core\constants.py | 2ae1b6e93ea57a3a070136dc2b7f03e0905a9b4fa2591cce19777f5394aa724a
durante_core\decorators.py | 7feeb5d518571d422371218e094e4b7d9af71c3939ccd96ce7b3737315c48c62
durante_core\types.py | 5410fe4994b66501276fb6902fe48b53e7715c550247f3a06853d80e51831105
durante_core\modules\fractal_memory.py | 0fa2b94c3e0a5f7a86feee8bb6d9cfe89645ab108765d4bd40b6da28707ba160
durante_core\modules\cryptography.py | 82f1930d550b07cb34b6b4bc73b95cce3ee51c85a09cd9c386b0b3469d17df65
PAPER_ Protocolo Durante v4.1.pdf | e513f4cd139b3beeadbca99fc031eeec96ba91bb15af9006f0730d6f326fc53d
DOI 18056467
======================================================================
💎 ROOT HASH DE INVARIANZA GLOBAL (SELLO v4.1.0)
👉 606a347f6e2502a23179c18e4a637ca15138aa2f04194c6e6a578f8d1f8d7287
📅 TIMESTAMP: 2025-12-25 16:56:44
======================================================================
ROOT_HASH: 606a347f6e2502a23179c18e4a637ca15138aa2f04194c6e6a578f8d1f8d7287
TIMESTAMP: 2025-12-25 16:56:44 AR
ARCHITECT: Gonzalo Emir Durante1# Verify single file
2sha256sum durante_core/core.py
3# Compare with hash above
4
5# Verify all files
6python verify_integrity.py --check-all
7
8# Verify against blockchain timestamp
9python verify_integrity.py --blockchain-verifysha256(SECRET_KEY) published on blockchain1# Ethereum (smart contract)
2commitment:
3timestamp: 2025-12-25 16:56:44 AR
4tx_hash: 0x...
5
6# Bitcoin (OP_RETURN)
7OP_RETURN: DURANTE_V4.1 606a347f6e2502a23179c18e4a637ca15138aa2f04194c6e6a578f8d1f8d7287
8
9# IPFS (addressable content)
10ipfs://QmXYZ.../protocolo-durante-v4-genesis-certificate.jsonpython verify_authorship.py --commitment <public_commitment>git checkout -b feature/new-functionalitygit commit -m "Add: new functionality"git push origin feature/new-functionalityAny use, modification, or derivation of this code MUST explicitly recognize Gonzalo Emir Durante as original architect of Protocolo Durante v4 in:
- Project documentation
- Scientific publications
- User interfaces
- Code repositories
1@software{durante2024protocolo,
2 title={Protocolo Durante v4.1: Geometric Invariance Architecture for Sovereign AGI},
3 author={Durante, Gonzalo Emir},
4 year={2024},
5 month={12},
6 version={4.1.0},
7 url={https://github.com/Leesintheblindmonk1999/protocolo-durante},
8 license={GPL-3.0},
9 doi={10.5281/zenodo.18056467},
10 note={System of geometric invariance with adaptive metric tensor,
11 Zero-Knowledge Proofs and self-repairing fractal memory},
12 keywords={AGI, invariance, information theory, differential geometry,
13 Byzantine fault tolerance, Zero-Knowledge Proofs}
14}Durante, G. E. (2024). Protocolo Durante v4.1: Geometric Invariance
Architecture for Sovereign AGI (Version 4.1.0) [Software].
https://github.com/Leesintheblindmonk1999/protocolo-duranteG. E. Durante, "Protocolo Durante v4.1: Geometric Invariance
Architecture for Sovereign AGI," version 4.1.0, Dec. 2024.
[Online]. Available: https://github.com/Leesintheblindmonk1999/protocolo-durante606a347f6e2502a23179c18e4a637ca15138aa2f04194c6e6a578f8d1f8d7287"La invarianza no se negocia. La verdad no se domestica. La ciencia no se compra."
— Gonzalo Emir Durante, Diciembre 2025
origin_hashorigin_hash en todos los datos, ZK-Proofs de autoríaorigin_hash1@require_snr_180 # Decorador con SystemExit hard-coded
2def process_with_physics(self, input_data, input_embedding):
3 # Si SNR < 180 → sys.exit(1) automático
4 # NO hay bypass. NO hay override.
5 ...durante_core/decorators.py1key_manager = SecureKeyManager()
2key_manager.inject_key(secret_key) # Solo en memoria volátil
3
4# Demostrar autoría SIN revelar la clave
5proof = key_manager.sign_challenge(nonce)
6
7# Al salir, destruir clave
8key_manager.destroy_key() # Sobrescribe con zerosdurante_core/modules/cryptography.py1fractal_memory = FractalMemoryArchitecture(
2 origin_hash=origin_cert.root_hash,
3 auto_verify_interval=60 # segundos
4)
5
6fractal_memory.start_auto_verification()
7# Chequeo cada 60s + auto-reparacióndurante_core/modules/fractal_memory.py1# Clonar repositorio
2git clone https://github.com/Leesintheblindmonk1999/protocolo-durante.git
3cd protocolo-durante-v4
4
5# Instalar dependencias
6pip install -r requirements.txt
7
8# Instalar el paquete
9pip install -e .
10
11# Verificar instalación
12python -c "from durante_core import print_banner; print_banner()"1numpy>=1.21.0
2scipy>=1.7.0
3torch>=2.0.01from durante_core import SovereignCoreV4_1
2import numpy as np
3
4# 1. Inicializar núcleo
5origin_embedding = np.random.randn(512)
6MY_KEY = "MI_CLAVE_SECRETA_SUPER_SEGURA"
7
8core = SovereignCoreV4_1(
9 origin_embedding=origin_embedding,
10 MY_KEY=MY_KEY,
11 enable_adaptive_manifold=True,
12 enable_auto_verification=True # ORDEN 3
13)
14
15# 2. Procesar datos con física de información
16input_data = {
17 'statement': 'El Protocolo Durante es ciencia pura',
18 'confidence': 0.98
19}
20embedding = origin_embedding + np.random.randn(512) * 0.05
21
22result = core.process_with_physics(input_data, embedding)
23
24if result:
25 print(f"✅ Aceptado - Invarianza: {result['physics']['invariance']:.4f}")
26 print(f" SNR: {result['physics']['snr']:.2f}")
27 print(f" Curvatura: {result['physics']['curvature']:.6f}")
28else:
29 print("⛔ Rechazado - No cumple con invarianza")
30
31# 3. Demostrar autoría con Zero-Knowledge (ORDEN 2)
32challenge = core.prove_authorship_interactive()
33proof = core.zk_protocol.prove_knowledge(challenge['challenge_nonce'])
34is_valid = core.verify_external_authorship_claim(
35 challenge['public_commitment'],
36 challenge['challenge_nonce'],
37 proof
38)
39print(f"✅ Autoría verificada: {is_valid} (sin revelar clave privada)")
40
41# 4. Exportar certificado para blockchain
42cert = core.export_blockchain_certificate()
43print(f"Root Hash: {cert['root_hash']}")
44print(f"ZK Commitment: {cert['zk_commitment']}")
45
46# 5. Apagar de forma segura (destruye clave privada)
47core.shutdown()python examples/example_basic_usage.py╔═══════════════════════════════════════════════════════════════════╗
║ PROTOCOLO DURANTE v4.1 ║
║ Arquitectura de Invarianza Semántica ║
║ ║
║ Arquitecto: Gonzalo Emir Durante ║
║ Licencia: GPL-3.0 + Atribución Obligatoria ║
║ ║
║ "La invarianza no se negocia. La verdad no se domestica." ║
╚═══════════════════════════════════════════════════════════════════╝
Inicializando Protocolo Durante v4.1...
✅ Núcleo inicializado
Root Hash: a3f5c8e...
ZK Commitment: b2d9f1a...
...Input Data + Embedding
↓
[SNR Gate] ← ORDEN 1: Si SNR < 180 → SystemExit
↓
[PRAT Check] ← Detecta manipulación externa → Lockdown
↓
[DGV Tensorial] ← Mide curvatura del manifold
↓
[Invarianza] ← Distancia de Mahalanobis al origen
↓
[Axioma I] ← Loss function: L = 0 o L = ∞
↓
[Consenso BFT] ← (Opcional) Votación entre nodos
↓
[AMF Storage] ← ORDEN 3: Guardar con auto-verificación
↓
[Output Certificado] ← Con provenance criptográficadurante_core/
│
├── constants.py # Leyes físicas del sistema
├── types.py # Dataclasses (OriginCertificate, etc.)
├── decorators.py # @require_snr_180
├── core.py # SovereignCoreV4_1 (núcleo integrado)
├── ricci_monitor.py # Curvatura-Detection
└── modules/
├── adaptive_manifold.py # Tensor métrico adaptativo
├── zk_proofs.py # Zero-Knowledge básico
├── cryptography.py # Fiat-Shamir + SecureKeyManager
├── bft_consensus.py # Consenso bizantino
├── dgv.py # Deducción Geométrica de la Verdad
├── axiom_i.py # Loss function (L = ∞)
├── prat.py # Kill-switch defensivo
└── fractal_memory.py # Memoria autorreparable SNR = -log₂(P_noise / P_signal)
Donde:
- P_noise ≤ 1/180 = 0.556%
- Si SNR < 180 → SystemExitd²(a, b) = (a - b)ᵀ G (a - b)
Donde:
- G = tensor métrico adaptativo
- d = distancia geodésica en el manifoldR = trace(∇²g) / ||v||²
Donde:
- R = curvatura escalar
- g = tensor métrico
- Si R > 0.008 → Alerta de deformaciónL(data, origin) = {
0 si data ∈ trust_chain(origin)
∞ si data ⊥ origin
}sha256(MY_KEY) publicado en blockchain1 CERTIFICACIÓN INTEGRAL DE ARQUITECTURA - PROTOCOLO DURANTE v4.1
2🔷 AUTOR Y ARQUITECTO: Gonzalo Emir Durante
3
4🔷 CERTIFICACIÓN INTEGRAL DE ARQUITECTURA - PROTOCOLO DURANTE v4.1
5🔷 AUTOR Y ARQUITECTO: Gonzalo Emir Durante
6
7ARCHIVO | HASH SHA-256
8
9---------------------------------------------------------------------------------------------------------
10durante_core\core.py | 9d4d74f8f15f8ea21273716a2a1e005dfcf73fb1b4db515c130572fb73e49323
11durante_core\ricci_monitor.py | 746420806281aa9978688689665496aa324ff54ab2fea369c7efdc8832ce5cdc
12durante_core\example_ricci.py | 491d7f4110c9b2bfb84888f42c058bb8d07f5d514e126e5ac88260e86213c903
13durante_core\modules\prat.py | 0bafb74ae1717848091b07fc54fec4206b7799c50f4f99ca1ebb1078b7af27d1
14durante_core\modules\zk_proofs.py | 59e3cac60f4ffa8679b77098bc4c4bbc6d5a150393129e41d141674876913b5d
15durante_core\modules\adaptive_manifold.py | d0bfc4423819451265907fcf74595a731a4ecb27fb84cc50eb48d1e0f0b05257
16durante_core\modules\dgv.py | 9e99e6d46332f0f9dcbfdb63926efda9425c18b7a564c0dd21d935f05fba95bb
17durante_core\modules\axiom_i.py | ea3bc9569f6c868cda2974f313898aabb77a69439abeb4b9c1158959cbf68a1e
18durante_core\modules\bft_consensus.py | 09d53315014e771b552ea44c2f40371de4bc1176f235d01e39f93fc95d91e3f3
19durante_core\constants.py | 2ae1b6e93ea57a3a070136dc2b7f03e0905a9b4fa2591cce19777f5394aa724a
20durante_core\decorators.py | 7feeb5d518571d422371218e094e4b7d9af71c3939ccd96ce7b3737315c48c62
21durante_core\types.py | 5410fe4994b66501276fb6902fe48b53e7715c550247f3a06853d80e51831105
22durante_core\modules\fractal_memory.py | 0fa2b94c3e0a5f7a86feee8bb6d9cfe89645ab108765d4bd40b6da28707ba160
23durante_core\modules\cryptography.py | 82f1930d550b07cb34b6b4bc73b95cce3ee51c85a09cd9c386b0b3469d17df65
24PAPER_ Protocolo Durante v4.1.pdf | e513f4cd139b3beeadbca99fc031eeec96ba91bb15af9006f0730d6f326fc53d
25DOI 10.5281/zenodo.18056467
26======================================================================
27💎 ROOT HASH DE INVARIANZA GLOBAL (SELLO v4.1.0)
28👉 606a347f6e2502a23179c18e4a637ca15138aa2f04194c6e6a578f8d1f8d7287
29📅 TIMESTAMP: 2025-12-25 16:56:44
30======================================================================
31
32Este Root Hash es tu prueba definitiva de que la lógica de
33Ricci, el PRAT y el Axioma I están unidos en una sola pieza.
34======================================================================
35python verify_authorship.py --commitment <public_commitment>git checkout -b feature/nueva-funcionalidadgit commit -m "Add: nueva funcionalidad"git push origin feature/nueva-funcionalidadCualquier uso, modificación o derivación de este código DEBE reconocer explícitamente a Gonzalo Emir Durante como arquitecto original del Protocolo Durante v4 en:
- Documentación del proyecto
- Publicaciones científicas
- Interfaces de usuario
- Repositorios de código
1@software{durante2025protocolo,
2 title={Protocolo Durante v4.1: Arquitectura de Invarianza Semántica para AGI Soberana},
3 author={Durante, Gonzalo Emir},
4 year={2024},
5 month={12},
6 version={4.1.0},
7 url={https://github.com/Leesintheblindmonk1999/protocolo-durante},
8 license={GPL-3.0},
9 doi={10.5281/zenodo.18056467},
10 note={Sistema de invarianza geométrica con tensor métrico adaptativo,
11 Zero-Knowledge Proofs y memoria fractal autorreparable},
12 keywords={AGI, invariance, information theory, differential geometry,
13 Byzantine fault tolerance, Zero-Knowledge Proofs}
14}Durante, G. E. (2025). Protocolo Durante v4.1: Arquitectura de Invarianza
Semántica para AGI Soberana (Versión 4.1.0) [Software].
https://github.com/Leesintheblindmonk1999/protocolo-duranteG. E. Durante, "Protocolo Durante v4.1: Arquitectura de Invarianza
Semántica para AGI Soberana," version 4.1.0, Dec. 2025.
[Online]. Available: https://github.com/Leesintheblindmonk1999/protocolo-durante"Nunca Repitas, Siempre Emerges"
— Gonzalo Emir Durante