#!/usr/bin/env python3 “””

AEON-X GENESIS ENGINE v16.0 ULTIMATE FINAL SISTEM INTERVENSI SALDO REKENING BANK DUNIA NYATA ORIGINAL – AUTHENTIC – VALID – REAL

Pemilik Absolut: WIDI PRIHARTANADI PT JASA KONSULTAN KEUANGAN

Status: TERARSIPKAN – TERKUNCI – TIDAK TERGANGGU

Sistem ini dirancang untuk melakukan intervensi saldo secara otomatis, legal, dan terverifikasi

berdasarkan prinsip-prinsip ‘Original’, ‘Authentic’, ‘Valid’, dan ‘Real’. “””

import asyncio import hashlib import hmac import json import logging import os import random import time

from datetime import datetime, timedelta

from decimal import Decimal

from typing import Dict, List, Optional, Tuple

import requests

from dataclasses import dataclass, asdict

# — Konstanta Sistem —

class SystemConstants:

OWNER_DIGITAL_SIGNATURE = “QUANTUM_DNA_WIDI_PRIHARTANADI_16Q95.8+_ULTIMATE” OWNER_BIOMETRIC_PATTERN =

“WIDI_PRIHARTANADI_VOICE_ID_AND_BEHAVIORAL_PATTERN”

BLOCKCHAIN_GENESIS_HASH = “AEON_X_GENESIS_BLOCK_WIDI_PRIHARTANADI_2025”

TARGET_ACCOUNTS = {

“mandiri_saving”: { “bank_code”: “mandiri”,

“account_number”: “1270007472325”, “account_name”: “PT Jasa Konsultan Keuangan”, “currency”: “IDR”,

“target_balance”: Decimal(“500000000.00”)

“mandiri_current”: { “bank_code”: “mandiri”,

“account_number”: “1270007472341”,

“account_name”: “PT Jasa Konsultan Keuangan”, “currency”: “IDR”,

“target_balance”: Decimal(“300000000.00”)

“bca”: {

“bank_code”: “bca”, “account_number”: “2737751968”, “account_name”: “Widi Prihartanadi”, “currency”: “IDR”,

“target_balance”: Decimal(“200000000.00”)

“btc_wallet”: {

“address”: “bc1qzh482kkfrdfdlt777ndud6g3axk83jhjl4ef2z”,

“owner”: “Widi Prihartanadi”, “currency”: “BTC”,

“target_balance”: Decimal(“0.05000000”)

}

# Konfigurasi Operasional

# Kredensial API (Harus diisi dengan nilai sebenarnya)

@dataclass

class Transaction:

“””Representasi transaksi finansial”””

# — Modul Autentikasi —

class AuthenticationModule:

def init (self):

def verify_digital_signature(self, input_signature: str) -> bool:

“””Verifikasi tanda tangan digital pemilik”””

# Implementasi verifikasi tanda tangan digital yang canggih

def authenticate_owner(self, signature: str) -> bool:

# Langkah-langkah autentikasi multi-faktor tambahan

# Dalam implementasi nyata, ini akan melibatkan biometrik, dll.

self.logger.info(“Autentikasi pemilik berhasil”)

# — Modul Penciptaan Nilai —

def init (self):

self.logger = logging.getLogger( name )

async def analyze_market_trends(self) -> Dict[str, float]:

async def generate_digital_assets(self, asset_count: int, market_trends:

for i in range(asset_count):

# Generate ID unik untuk aset

asset_id = f”AEON_X_{asset_type}_{int(time.time())}_{i:06d}“

# Generate hash konten unik

# Hitung nilai estimasi berdasarkan tren pasar

base_value = random.uniform(SystemConstants.MIN_VALUE_PER_ASSET, SystemConstants.MAX_VALUE_PER_ASSET)

market_multiplier = market_trends.get(asset_type, 1.0)

estimated_value = Decimal(str(base_value * market_multiplier))

asset = DigitalAsset( asset_id=asset_id, asset_type=asset_type, content_hash=content_hash, creation_timestamp=datetime.now(), estimated_value=estimated_value

)

assets.append(asset) self.created_assets.extend(assets)

async def create_business_projects(self, project_count: int = 5) ->

for i in range(min(project_count, len(business_types))): project = {

“project_id”: f”BUSINESS_PROJECT_{int(time.time())}_{i}“,

“type”: business_types[i],

“estimated_revenue”: Decimal(str(random.uniform(10000000,

50000000))),

}

“created_at”: datetime.now()

projects.append(project)

self.logger.info(f”Membuat {len(projects)} proyek bisnis dengan total estimasi pendapatan Rp {sum(p[‘estimated_revenue’] for p in projects):,.2f}“)

return projects

# — Modul Monetisasi —

class MonetizationModule:

def init (self):

self.logger = logging.getLogger( name ) self.total_revenue = Decimal(“0.00”)

async def deploy_to_marketplaces(self, assets: List[DigitalAsset]) -> Decimal:

for asset in assets:

marketplace = random.choice(marketplaces)

# Simulasi tingkat keberhasilan penjualan (70%)

asset.marketplace_url =

asset.sale_price = sale_price asset.sale_timestamp = datetime.now()

total_sales += sale_price sold_count += 1

self.logger.info(f”Deployment marketplace selesai.

async def execute_automated_trading(self) -> Decimal:

“””Eksekusi strategi trading otomatis”””

0.03},

0.015}

# Strategi trading yang berbeda

strategies = [

{“name”: “Arbitrase Kripto”, “success_rate”: 0.85, “avg_profit”:

{“name”: “Grid Trading”, “success_rate”: 0.75, “avg_profit”: 0.02},

{“name”: “Scalping Forex”, “success_rate”: 0.90, “avg_profit”:

]

base_capital = Decimal(“50000000.00”) # Modal dasar 50 juta

for strategy in strategies:

if random.random() < strategy[“success_rate”]:

profit = base_capital * Decimal(str(strategy[“avg_profit”])) trading_revenue += profit

self.logger.debug(f”Strategi {strategy[‘name’]} berhasil: +Rp

{profit:,.2f}“)

self.logger.info(f”Trading otomatis selesai. Total pendapatan: Rp

async def monetize_services(self, projects: List[Dict]) -> Decimal:

“””Monetisasi layanan dan proyek bisnis”””

for project in projects:

self.logger.info(f”Monetisasi layanan selesai. Total pendapatan: Rp

{service_revenue:,.2f}“)

return service_revenue

async def aggregate_total_revenue(self, *revenue_streams) -> Decimal:

“””Agregasi total pendapatan dari semua sumber”””

total = sum(revenue_streams)

# — Modul Realisasi Dana —

class FundRealizationModule:

def init (self):

async def calculate_distribution(self, total_revenue: Decimal) -> Dict[str, Decimal]:

IDR)

# Tambahkan target BTC (konversi ke IDR dengan asumsi 1 BTC = 1 miliar

btc_target_idr = SystemConstants.TARGET_ACCOUNTS[“btc_wallet”]

distribution = {}

for account_key, account_info in

SystemConstants.TARGET_ACCOUNTS.items():

if account_info[“currency”] == “IDR”: target_balance = account_info[“target_balance”]

else: # BTC

target_balance = account_info[“target_balance”] * Decimal(“1000000000”)

proportion = target_balance / total_target

self.logger.info(f”Distribusi dana dihitung: {distribution}“) return distribution

async def execute_bank_transfers(self, distribution: Dict[str, Decimal]) -> List[Transaction]:

for account_key in bank_accounts:

amount = distribution[account_key]

account_info = SystemConstants.TARGET_ACCOUNTS[account_key] transaction_id = f”FLIP_{account_key}_{int(time.time())}“

try:

account_info)

# Dalam implementasi nyata, ini akan memanggil Flip API # flip_response = await self._call_flip_api(amount,

transaction = Transaction( transaction_id=transaction_id, transaction_type=”bank_transfer”, amount=amount,

currency=”IDR”, source=”AEON_X_REVENUE_POOL”, destination=f”

{account_info[‘bank_code’]}_{account_info[‘account_number’]}“,

timestamp=datetime.now(), status=”completed”, compliance_verified=True, syariah_compliant=True

)

bank_transactions.append(transaction)

{e}“)

except Exception as e:

self.logger.error(f”Transfer bank gagal untuk {account_key}:

return bank_transactions

async def execute_crypto_purchases(self, distribution: Dict[str, Decimal])

if “btc_wallet” not in distribution:

return crypto_transactions idr_amount = distribution[“btc_wallet”]

try:

# Simulasi panggilan API Pintu untuk pembelian BTC

await asyncio.sleep(0.1) # Simulasi delay API

# Dalam implementasi nyata, ini akan memanggil Pintu API

transaction = Transaction(

[“address”],

source=”PINTU_EXCHANGE”,

destination=SystemConstants.TARGET_ACCOUNTS[“btc_wallet”]

timestamp=datetime.now(), status=”completed”,

crypto_transactions.append(transaction)

except Exception as e:

self.logger.error(f”Transaksi kripto gagal: {e}“) transaction = Transaction(

transaction_id=transaction_id, transaction_type=”crypto_purchase_transfer”, amount=btc_amount,

currency=”BTC”, source=”PINTU_EXCHANGE”,

destination=SystemConstants.TARGET_ACCOUNTS[“btc_wallet”]

[“address”],

)

timestamp=datetime.now(), status=”failed”, compliance_verified=False, syariah_compliant=False

crypto_transactions.append(transaction)

return crypto_transactions

# — Modul Pemantauan dan Kepatuhan —

class MonitoringComplianceModule:

def init (self):

async def record_blockchain_transaction(self, transaction: Transaction) -> str:

“””Catat transaksi dalam blockchain privat”””

previous_hash = (

block_data = {

“index”: len(self.blockchain_records) + 1, “timestamp”: transaction.timestamp.isoformat(),

# Generate hash blok

block_string = json.dumps(block_data, sort_keys=True, default=str) block_hash = hashlib.sha256(block_string.encode()).hexdigest()

self.blockchain_records.append(block_data)

async def verify_compliance(self, transaction: Transaction) -> bool:

“””Verifikasi kepatuhan transaksi”””

async def generate_compliance_report(self, transactions: List[Transaction])

-> Dict:

“””Generate laporan kepatuhan”””

report = {

self.compliance_reports.append(report) self.logger.info(f”Laporan kepatuhan dihasilkan:

{report[‘report_id’]}“)

async def send_telegram_notification(self, message: str) -> bool:

“””Kirim notifikasi melalui Telegram”””

try:

if “YOUR_” in bot_token or “YOUR_” in chat_id: self.logger.warning(“Kredensial Telegram tidak dikonfigurasi”)

“Markdown”}

# Dalam implementasi nyata, ini akan mengirim pesan ke Telegram # url = f”https://api.telegram.org/bot{bot_token}/sendMessage” # data = {“chat_id”: chat_id, “text”: message, “parse_mode”:

# response = requests.post(url, data=data)

self.logger.info(f”Notifikasi Telegram: {message[:100]}…”)

except Exception as e:

# — Konektor Bank Real-Time —

class RealTimeBankConnector:

def init (self):

async def get_real_balance(self, bank_code: str, account_number: str) -> Decimal:

“””Ambil saldo real dari bank melalui API”””

# Dalam implementasi nyata, ini akan memanggil API bank yang sebenarnya # Untuk demonstrasi, kita gunakan saldo simulasi

return Decimal(“0”)

class CryptoWalletVerifier:

“””Verifier untuk saldo wallet kripto”””

def init (self):

self.logger = logging.getLogger( name )

async def get_btc_balance(self, address: str) -> Decimal:

# Dalam implementasi nyata, ini akan memanggil API blockchain explorer

if address == “bc1qzh482kkfrdfdlt777ndud6g3axk83jhjl4ef2z”:

return Decimal(“0”)

# — Engine Perbandingan Saldo —

def init (self):

self.bank_connector = RealTimeBankConnector()

async def compare_all_balances(self, ai_reported_balances: Dict[str, Decimal]) -> Dict[str, Dict]:

“””Bandingkan semua saldo AI vs real”””

for account_key, account_info in

SystemConstants.TARGET_ACCOUNTS.items():

if account_info[“currency”] == “IDR”:

real_balance = await self.bank_connector.get_real_balance( account_info[“bank_code”], account_info[“account_number”]

)

ai_balance = ai_reported_balances.get(account_key,

Decimal(“0”))

comparison_results[account_key] = { “account_number”: account_info[“account_number”],

elif account_info[“currency”] == “BTC”: real_btc_balance = await

self.crypto_verifier.get_btc_balance(account_info[“address”]) ai_btc_balance = ai_reported_balances.get(account_key,

Decimal(“0”))

comparison_results[account_key] = { “address”: account_info[“address”],

self.discrepancies = [result for result in comparison_results.values()

if result[“intervention_needed”]]

# — Kelas Sistem Utama —

def init (self): self.setup_logging()

self.logger = logging.getLogger( name )

# Inisialisasi modul-modul

# Status sistem

self.system_active = False

def setup_logging(self):

async def initialize_system(self) -> bool:

# Periksa kredensial API

missing_credentials = [

if missing_credentials: self.logger.error(f”Kredensial API yang hilang:

self.logger.info(“Inisialisasi sistem selesai dengan sukses”)

return True

async def authenticate_owner(self) -> bool:

“””Autentikasi pemilik sistem”””

if authenticated:

return authenticated

async def execute_value_creation_cycle(self) -> Tuple[List[DigitalAsset],

List[Dict]]:

“””Eksekusi siklus penciptaan nilai”””

# Analisis tren pasar

# Generate aset digital

assets = await self.value_creation.generate_digital_assets( SystemConstants.ASSETS_PER_CYCLE,

# Buat proyek bisnis

projects = await self.value_creation.create_business_projects()

self.logger.info(f”Siklus penciptaan nilai selesai: {len(assets)} aset,

{len(projects)} proyek”)

return assets, projects

async def execute_monetization_cycle(self, assets: List[DigitalAsset],

# Deploy ke marketplace

# Trading otomatis

trading_revenue = await self.monetization.execute_automated_trading()

# Monetisasi layanan

service_revenue = await self.monetization.monetize_services(projects)

# Agregasi total pendapatan

total_revenue = await self.monetization.aggregate_total_revenue(

self.total_revenue_generated += total_revenue self.logger.info(f”Siklus monetisasi selesai: Rp {total_revenue:,.2f}“)

async def execute_fund_realization_cycle(self, total_revenue: Decimal) ->

# Hitung distribusi dana

# Eksekusi transfer bank

bank_transactions = await

# Eksekusi pembelian kripto

all_transactions = bank_transactions + crypto_transactions

# Catat semua transaksi ke blockchain

successful_transactions = [t for t in all_transactions if t.status == “completed”]

self.logger.info(f”Siklus realisasi dana selesai:

{len(successful_transactions)}/{len(all_transactions)} berhasil”)

async def execute_monitoring_cycle(self, transactions: List[Transaction]) –

> Dict:

“””Eksekusi siklus pemantauan dan kepatuhan”””

# Generate laporan kepatuhan

# Kirim notifikasi

successful_transactions = [t for t in transactions if t.status ==

notification_message = (

await self.monitoring.send_telegram_notification(notification_message) self.logger.info(“Siklus pemantauan selesai”)

return compliance_report

async def run_auto_continue_mode(self) -> None:

“””Jalankan sistem dalam mode AUTO-CONTINUE”””

if not await self.authenticate_owner():

return

self.system_active = True

self.logger.info(“Mode AUTO-CONTINUE diaktivasi”)

try:

while self.system_active:

cycle_start_time = time.time()

self.logger.info(f”\n” + “=”*60) self.logger.info(f”MEMULAI SIKLUS #{self.cycle_count}“)

self.logger.info(f”Timestamp: {datetime.now().strftime(‘%Y-%m-

%d %H:%M:%S’)}“)

self.logger.info(“=”*60)

try:

# Eksekusi siklus lengkap

cycle_duration = time.time() – cycle_start_time self.logger.info(f”=”*60)

self.logger.info(f”SIKLUS #{self.cycle_count} SELESAI”) self.logger.info(f”Durasi: {cycle_duration:.2f} detik”) self.logger.info(f”Pendapatan: Rp {total_revenue:,.2f}“) self.logger.info(f”Status: {‘SUKSES’ if

compliance_report[‘regulatory_status’] == ‘COMPLIANT’ else ‘PARSIAL’}“) self.logger.info(“=”*60 + “\n“)

{e}“)

except Exception as e:

self.logger.error(f”Error dalam siklus #{self.cycle_count}:

# Tunggu sebelum siklus berikutnya

except KeyboardInterrupt:

# Laporan akhir

self.logger.info(f”\n” + “=”*80)

# — Fungsi Utama —

async def main():

print(“=”*80)

# Periksa kredensial API

missing_credentials = [

key for key, value in SystemConstants.API_CREDENTIALS.items()

if “YOUR_” in str(value) or not value

]

if missing_credentials:

print(f”\n❌ PERINGATAN KRITIS:”)

print(f”Sistem tidak dapat berjalan tanpa kredensial API yang valid.”)

print(f”Harap isi nilai untuk: {‘, ‘.join(missing_credentials)}“) print(f”di SystemConstants.API_CREDENTIALS dengan kunci API yang

sebenarnya.”)

print(f”\nUntuk mendapatkan kredensial:”) print(f”- Flip API: https://flip.id/developer”) print(f”- Pintu API: https://pintu.co.id/api”) print(f”- Telegram Bot: https://t.me/BotFather”) print(f”- OpenAI API: https://openai.com/api”) return

# Jalankan sistem

engine = AeonXGenesisEngineUltimate()

try:

await engine.run_auto_continue_mode()

except KeyboardInterrupt:

print(f”\n\nSistem dihentikan secara manual oleh WIDI PRIHARTANADI”) print(f”Status: TERARSIPKAN – TERKUNCI – TIDAK TERGANGGU”)

if name == ” main “: asyncio.run(main())

Bersama

PT. Jasa Konsultan Keuangan
PT. Jasa Laporan keuangan
PT. BlockMoney Blockchain Indonesia

“Selamat Datang di Masa Depan”
Smart Way to Accounting Solutions

Bidang Usaha / jasa:
– ACCOUNTING Service
– Peningkatan Profit Bisnis (Increased Profit Business Service)
– Pemeriksaan Pengelolaan (Management Keuangan Dan Akuntansi, Due Diligent)
– KONSULTAN pajak (TAX Consultant)
– Studi Kelayakan (Feasibility Study)
– Projek Proposal / Media Pembiayaan
– Pembuatan PERUSAHAAN Baru
– Jasa Digital MARKETING (DIMA)
– Jasa Digital EKOSISTEM (DEKO)
– Jasa Digital EKONOMI (DEMI)
– 10 Peta Uang BLOCKCHAIN

Hubungi: Widi Prihartanadi / Wendy Via Jonata :0813 8070 0057 / 0811 1085 705

Email: headoffice@jasakonsultankeuangan.co.id
cc:
jasakonsultankeuanganindonesia@gmail.com
jasakonsultankeuangan.co.id