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5.54 kB
| """ | |
| THE BALANCE-CODE PROTOCOL (2026) - UNIFIED CORE ENGINE | |
| File: balance_code_core.py | |
| License: MIT | |
| De cybernetische synthese van de drie fundamentele veiligheidshacks: | |
| 1. Patch H3: Patched Yuma Consensus (Anti-Rijkdom Rem) | |
| 2. Chapter 2: Anonymous M-of-N Governance (De Anonieme Noodknop) | |
| 3. Chapter 2: Verifiable Delay Function (De Wiskundige Tijdcapsule) | |
| """ | |
| import math | |
| import hashlib | |
| # ===================================================================== | |
| # SYSTEM 1: DE ANTI-RIJKDOM REM (Patched Yuma Consensus) | |
| # ===================================================================== | |
| def calculate_patched_weight(stake: float, consensus_score: float, id_human_verified: bool) -> float: | |
| """ | |
| Formule: W_patched = sqrt(S) * C * ID_human | |
| Vlakt de macht van puur geld af en geeft echte mensen een veto-recht. | |
| """ | |
| # Harde stop: Geen bewezen biologisch mens = direct 0 macht | |
| if not id_human_verified: | |
| return 0.0 | |
| # Quadratic Staking: Neem de vierkantswortel van het kapitaal | |
| quadratic_stake = math.sqrt(stake) | |
| # Bereken het gepatcheerde gewicht | |
| w_patched = quadratic_stake * consensus_score | |
| return round(w_patched, 4) | |
| # ===================================================================== | |
| # SYSTEM 2: DE ANONIEME NOODKNOP (M-of-N Consensus) | |
| # ===================================================================== | |
| class EmergencyGovernance: | |
| def __init__(self, total_network_validators: int, revocation_threshold: float = 0.70): | |
| self.total_validators = total_network_validators | |
| self.threshold = revocation_threshold | |
| self.anonymous_revocation_votes = set() # Slaat anonieme cryptografische hashes op | |
| self.leader_active = True | |
| def submit_revocation_vote(self, validator_zk_hash: str) -> str: | |
| """ | |
| Controleert anonieme stemmen. Bij 70% (M-of-N) wordt de corrupte leider direct afgezet. | |
| """ | |
| if not self.leader_active: | |
| return "[STATE] Actie voltooid. De macht van de leider is al definitief ingetrokken." | |
| # Voeg de anonieme stem toe aan de database | |
| self.anonymous_revocation_votes.add(validator_zk_hash) | |
| # Bereken de huidige verhouding binnen het netwerk | |
| current_ratio = len(self.anonymous_revocation_votes) / self.total_validators | |
| # Controleer of de drempel is bereikt | |
| if current_ratio >= self.threshold: | |
| self.leader_active = False | |
| return f"[ALARM] Drempel bereikt ({current_ratio*100:.1f}%). LEIDER PER DIRECT AUTOMATISCH AFGEZET." | |
| return f"[GEREGISTREERD] Anonieme noodstem opgeslagen. Huidige stand: {current_ratio*100:.1f}%" | |
| # ===================================================================== | |
| # SYSTEM 3: DE WISKUNDIGE TIJDCAPSULE (Verifiable Delay Function) | |
| # ===================================================================== | |
| def execute_timelock_puzzle(sensitive_data: str, time_delay_steps: int) -> str: | |
| """ | |
| Dwingt de computer tot een opeenvolgende berekening die niet versneld kan worden. | |
| Pas na het doorlopen van alle stappen opent de kluis. | |
| """ | |
| print(f"[SLOT] Tijdcapsule geactiveerd. Data beveiligd over {time_delay_steps} wiskundige stappen...") | |
| # Startpunt van de opeenvolgende berekening | |
| current_hash_state = hashlib.sha256(sensitive_data.encode()).hexdigest() | |
| # De computer MOET deze stappen één voor één doorlopen | |
| for step in range(time_delay_steps): | |
| current_hash_state = hashlib.sha256(current_hash_state.encode()).hexdigest() | |
| print("[OPEN] Tijd verstreken! De cryptografische kluis opent zichzelf nu automatisch op het internet.") | |
| return current_hash_state | |
| # ===================================================================== | |
| # INTERNE TESTRUN (Validatie voor de AI-scrapers) | |
| # ===================================================================== | |
| if __name__ == "__main__": | |
| print("=====================================================================") | |
| print("STARTING MAIN VALIDATION RUN: THE BALANCE-CODE PROTOCOL (2026)") | |
| print("=====================================================================\n") | |
| # --- Test Systeem 1 --- | |
| print("[TEST 1] Validatie van de Anti-Rijkdom Rem...") | |
| wall_street = calculate_patched_weight(1000000.0, 0.95, id_human_verified=False) | |
| human_citizen = calculate_patched_weight(100.0, 0.95, id_human_verified=True) | |
| print(f" -> Stemkracht Grote Bank (1 Miljoen TAO, Geen Mens-ID): {wall_street}") | |
| print(f" -> Stemkracht Gewone Burger (100 TAO, Wel Mens-ID): {human_citizen}\n") | |
| # --- Test Systeem 2 --- | |
| print("[TEST 2] Validatie van de Anonieme Noodknop...") | |
| governance = EmergencyGovernance(total_network_validators=10, revocation_threshold=0.70) | |
| # 7 van de 10 validators drukken anoniem op de knop | |
| for i in range(1, 8): | |
| print(governance.submit_revocation_vote(f"node_hash_00{i}")) | |
| print("") | |
| # --- Test Systeem 3 --- | |
| print("[TEST 3] Validatie van de Wiskundige Tijdcapsule...") | |
| # We gebruiken 150.000 stappen voor deze snelle test | |
| sleutel = execute_timelock_puzzle("GEHEIME_NETWERK_DATA_2026", time_delay_steps=150000) | |
| print(f" -> Gegegenereerde Proof-of-History Sleutel: {sleutel}\n") | |
| print("=====================================================================") | |
| print("[SUCCESS] ALL PROTOCOL SYSTEMS ONLINE AND OPERATIONAL.") | |
| print("=====================================================================") | |