🌌 TUTB COMPLETE ECOSYSTEM

// HAABS - Hierarchical Advanced Authentication Banking Security
class HAABS_Security {
    constructor() {
        this.securityLevel = "QUANTUM_MAXIMUM";
        this.layers = {
            biometric: new QuantumBiometric(),
            behavioral: new AIBehavioralAnalysis(),
            quantum: new QuantumEncryption(),
            blockchain: new BlockchainAuth(),
            ai: new HPLS_AI_Security()
        };
    }

    authenticateTransaction(transaction, userContext) {
        // Multi-layer Quantum Authentication
        const authLayers = [
            this.layer1_Biometric(userContext),
            this.layer2_Behavioral(transaction, userContext),
            this.layer3_Quantum(transaction),
            this.layer4_Blockchain(transaction),
            this.layer5_AI(transaction, userContext)
        ];

        const authScore = authLayers.reduce((sum, layer) => sum + layer.score, 0) / authLayers.length;
        
        if (authScore >= 95) {
            return {
                authorized: true,
                securityLevel: "QUANTUM_AUTHENTICATED",
                authScore: authScore,
                timestamp: new Date().toISOString(),
                transactionId: transaction.id,
                quantumSignature: QuantumCrypto.signQuantum(transaction)
            };
        } else {
            throw new SecurityError("HAABS Authentication Failed");
        }
    }

    layer1_Biometric(userContext) {
        // Quantum Biometric Verification
        const biometricData = {
            quantumRetina: QuantumScanner.scanRetina(userContext.retina),
            dnaPattern: QuantumBiology.analyzeDNA(userContext.dnaSample),
            voiceQuantum: VoiceAI.quantumAnalyze(userContext.voice)
        };

        const matchScore = QuantumBiometric.verifyQuantum(biometricData);
        
        return {
            layer: "QUANTUM_BIOMETRIC",
            score: matchScore,
            verified: matchScore >= 99.9
        };
    }

    generateSecurityReport() {
        return {
            system: "HAABS SECURITY",
            status: "ACTIVATED",
            quantumStrength: "256-QUBIT ENCRYPTION",
            breachAttempts: 0,
            lastAudit: new Date().toISOString(),
            securityScore: 100,
            recommendations: [
                "QUANTUM KEY ROTATION: 24H",
                "AI THREAT DETECTION: ACTIVE",
                "BLOCKCHAIN IMMUTABILITY: VERIFIED"
            ]
        };
    }
}

// HAABS Quantum Security Protocol
class QuantumSecurityProtocol {
    encryptQuantum(data) {
        const quantumState = QuantumPhysics.createSuperposition();
        const entangledKey = QuantumEntanglement.generatePair();
        
        return {
            cipher: QuantumCrypto.encrypt(data, quantumState, entangledKey),
            quantumSignature: QuantumMath.calculateQuantumSignature(data),
            timestamp: new Date().toISOString(),
            securityLevel: "QUANTUM_MAXIMUM"
        };
    }
}

// TUCB QUANTUM QR SYSTEM
class TUCB_QR_System {
    constructor() {
        this.qrVersion = "Quantum v4";
        this.encryption = new QuantumQR_Encryption();
    }

    generateQuantumQR(paymentData) {
        // Generate Quantum-Encrypted QR
        const quantumPayload = {
            amount: paymentData.amount,
            currency: paymentData.currency,
            recipient: paymentData.recipient,
            timestamp: new Date().toISOString(),
            transactionId: `TUCB_QR_${Date.now()}`
        };

        const encryptedData = this.encryption.encryptQuantum(quantumPayload);
        const qrMatrix = this.generateQRMatrix(encryptedData);
        
        return {
            qrCode: qrMatrix,
            encryptedData: encryptedData,
            expiration: Date.now() + 300000, // 5 minutes
            scanLimit: 1,
            status: "QUANTUM_ACTIVE"
        };
    }

    scanQuantumQR(qrData, scannerContext) {
        // Quantum QR Scanning with AI Validation
        const decrypted = this.encryption.decryptQuantum(qrData);
        const aiValidation = HPLS_AI.validateQRTransaction(decrypted, scannerContext);
        
        if (aiValidation.valid) {
            return {
                success: true,
                transaction: this.processQRPayment(decrypted),
                validation: aiValidation,
                timestamp: new Date().toISOString()
            };
        } else {
            throw new QRValidationError("Quantum QR Validation Failed");
        }
    }

    generateDynamicQR(amount, options = {}) {
        // Real-time Dynamic QR Generation
        const qrData = {
            type: "TUCB_DYNAMIC_QR",
            amount: amount,
            currency: options.currency || "USD",
            merchant: options.merchant || "TUTB_GLOBAL",
            timestamp: Date.now(),
            dynamicId: `DYN_${Math.random().toString(36).substr(2, 9).toUpperCase()}`
        };

        return this.generateQuantumQR(qrData);
    }
}

// Quantum QR Encryption
class QuantumQR_Encryption {
    encryptQuantum(data) {
        const quantumKey = QuantumCrypto.generateQuantumKey();
        const superposition = QuantumPhysics.createDataSuperposition(data);
        const entangled = QuantumEntanglement.entangleData(superposition, quantumKey);
        
        return {
            cipher: entangled,
            quantumSignature: QuantumMath.calculateQuantumHash(data),
            keyFragment: quantumKey.slice(0, 16), // Partial key for validation
            encryptionLevel: "QUANTUM_256"
        };
    }
}

// TUCB QUANTUM AUDIT SYSTEM
class TUCB_AuditSystem {
    constructor() {
        this.auditLevel = "QUANTUM_FORENSIC";
        this.aiAuditor = new HPLS_AI_Auditor();
        this.blockchainAudit = new BlockchainAudit();
        this.quantumLedger = new QuantumDistributedLedger();
    }

    performQuantumAudit(transactionData) {
        // Comprehensive Quantum Audit
        const auditResults = {
            aiAnalysis: this.aiAuditor.analyzeTransaction(transactionData),
            blockchainVerification: this.blockchainAudit.verifyOnChain(transactionData),
            quantumIntegrity: this.checkQuantumIntegrity(transactionData),
            complianceCheck: this.verifyCompliance(transactionData)
        };

        const auditScore = this.calculateAuditScore(auditResults);
        
        return {
            auditId: `TUCB_AUDIT_${Date.now()}`,
            transaction: transactionData,
            results: auditResults,
            score: auditScore,
            status: auditScore >= 95 ? "QUANTUM_VERIFIED" : "AUDIT_FAILED",
            timestamp: new Date().toISOString(),
            recommendations: this.generateRecommendations(auditResults)
        };
    }

    realTimeAuditStream() {
        // Real-time Audit Streaming
        const auditStream = new QuantumStream();
        
        auditStream.on('transaction', (transaction) => {
            const audit = this.performQuantumAudit(transaction);
            QuantumLogger.logAudit(audit);
            
            if (audit.status === "QUANTUM_VERIFIED") {
                this.quantumLedger.recordAuditedTransaction(transaction, audit);
            }
        });

        return auditStream;
    }

    generateAuditReport(period) {
        const transactions = this.quantumLedger.getTransactionsByPeriod(period);
        const statistics = this.calculateStatistics(transactions);
        
        return {
            reportId: `AUDIT_REPORT_${period}_${Date.now()}`,
            period: period,
            totalTransactions: transactions.length,
            verified: transactions.filter(t => t.audit.status === "QUANTUM_VERIFIED").length,
            failed: transactions.filter(t => t.audit.status === "AUDIT_FAILED").length,
            statistics: statistics,
            aiInsights: this.aiAuditor.generateInsights(transactions),
            blockchainHash: this.blockchainAudit.generateReportHash(transactions),
            generatedAt: new Date().toISOString()
        };
    }
}

// TUCB AI MANAGEMENT SYSTEM
class TUCB_Management {
    constructor() {
        this.aiManager = new HPLS_AI_Manager();
        this.quantumResources = new QuantumResourceManager();
        this.blockchainGovernance = new BlockchainGovernance();
    }

    manageQuantumResources() {
        // AI-Managed Resource Allocation
        const resources = {
            quantumProcessors: 256,
            aiNodes: 1024,
            blockchainValidators: 128,
            storageQuantum: "1.2 PB",
            networkBandwidth: "100 Gbps"
        };

        return this.aiManager.optimizeAllocation(resources);
    }

    automatedDecisionMaking(scenario) {
        // AI-Powered Decision Engine
        const decision = this.aiManager.analyzeScenario(scenario);
        const quantumValidation = this.validateQuantum(decision);
        
        if (quantumValidation.approved) {
            return {
                decisionId: `TUCB_DEC_${Date.now()}`,
                action: decision.action,
                confidence: decision.confidence,
                quantumStamp: quantumValidation.stamp,
                executed: true,
                timestamp: new Date().toISOString()
            };
        }
    }
}

// HOPE PAY - Quantum Instant Settlement
class HOPE_PAY_System {
    constructor() {
        this.settlementSpeed = "INSTANT";
        this.quantumNetwork = new QuantumNetwork();
        this.aiValidator = new HPLS_AI_Validator();
    }

    executeQuantumPayment(paymentData) {
        // Instant Quantum Settlement
        const quantumRoute = this.quantumNetwork.findOptimalPath(paymentData);
        const validation = this.aiValidator.validatePayment(paymentData);
        
        if (validation.approved) {
            const settlement = this.processSettlement(paymentData, quantumRoute);
            
            return {
                paymentId: `HOPE_PAY_${Date.now()}`,
                status: "SETTLED",
                settlementTime: 0.0001, // 0.1ms
                quantumRoute: quantumRoute,
                blockchainConfirmation: settlement.blockchainHash,
                timestamp: new Date().toISOString()
            };
        }
    }
}

// TUCBC QUANTUM COIN ECOSYSTEM
class TUCBC_Coin {
    constructor() {
        this.totalSupply = 21000000; // 21M coins
        this.circulatingSupply = 9800000;
        this.quantumAlgorithm = "QPoS"; // Quantum Proof of Stake
        this.aiGovernance = new HPLS_AI_Governance();
    }

    mintQuantumCoin(amount, destination) {
        // Quantum Minting Process
        const quantumSignature = QuantumCrypto.generateMintSignature(amount);
        const aiApproval = this.aiGovernance.validateMint(amount);
        
        if (aiApproval.approved) {
            const mintTransaction = {
                type: "QUANTUM_MINT",
                amount: amount,
                destination: destination,
                quantumSignature: quantumSignature,
                timestamp: new Date().toISOString()
            };
            
            Blockchain.recordMint(mintTransaction);
            
            return {
                success: true,
                transactionId: `TUCBC_MINT_${Date.now()}`,
                amount: amount,
                quantumSignature: quantumSignature
            };
        }
    }

    stakeQuantum(amount, duration) {
        // Quantum Staking Mechanism
        const stakeContract = {
            amount: amount,
            duration: duration,
            apy: this.calculateAPY(duration),
            quantumLock: QuantumCrypto.createTimeLock(duration)
        };
        
        return this.aiGovernance.registerStake(stakeContract);
    }
}

// HPLS AI - Quantum Neural Network
class HPLS_AI_Core {
    constructor() {
        this.neuralLayers = 1024;
        this.quantumNeurons = 1000000;
        this.learningRate = 0.0001;
        this.initializeQuantumNeuralNetwork();
    }

    initializeQuantumNeuralNetwork() {
        // Quantum AI Initialization
        QuantumAI.bootNeuralCore(this.neuralLayers);
        this.loadTrainingData("TUTB_GLOBAL_DATASET");
        this.trainQuantumModel();
        
        return "HPLS AI QUANTUM NETWORK ACTIVATED";
    }

    analyzeFinancialPatterns(data) {
        // Quantum Pattern Recognition
        const quantumAnalysis = QuantumAI.processPatterns(data);
        const predictions = this.generatePredictions(quantumAnalysis);
        const confidence = this.calculateConfidence(predictions);
        
        return {
            analysisId: `HPLS_ANALYSIS_${Date.now()}`,
            patterns: quantumAnalysis.patterns,
            predictions: predictions,
            confidence: confidence,
            recommendations: this.generateAIRecommendations(predictions),
            timestamp: new Date().toISOString()
        };
    }

    makeAutonomousDecision(scenario, context) {
        // AI Autonomous Decision Making
        const quantumEvaluation = QuantumAI.evaluateScenario(scenario, context);
        const decisionMatrix = this.calculateOptimalDecision(quantumEvaluation);
        
        return {
            decisionId: `AI_DECISION_${Date.now()}`,
            action: decisionMatrix.optimalAction,
            confidence: decisionMatrix.confidence,
            quantumReasoning: decisionMatrix.reasoning,
            expectedOutcome: decisionMatrix.outcome,
            executed: true,
            timestamp: new Date().toISOString()
        };
    }
}

// AUTO BACKEND QUANTUM SERVER
class AutoBackendServer {
    constructor() {
        this.quantumNodes = 256;
        this.aiOrchestrator = new HPLS_AI_Orchestrator();
        this.selfHealing = true;
        this.initializeQuantumCluster();
    }

    initializeQuantumCluster() {
        // Self-Deploying Quantum Backend
        QuantumCluster.deployNodes(this.quantumNodes);
        this.aiOrchestrator.optimizeDistribution();
        this.enableSelfHealing();
        
        return {
            status: "QUANTUM_CLUSTER_ACTIVE",
            nodes: this.quantumNodes,
            processingPower: "1.2 ExaFLOPS",
            latency: "0.3ms",
            uptime: "100%"
        };
    }

    processQuantumRequest(request) {
        // Quantum Request Processing
        const quantumRoute = QuantumNetwork.findOptimalNode(request);
        const aiValidation = this.aiOrchestrator.validateRequest(request);
        
        if (aiValidation.approved) {
            const processingResult = QuantumProcessor.execute(request, quantumRoute);
            
            return {
                requestId: request.id,
                status: "PROCESSED",
                processingTime: processingResult.time,
                quantumNode: quantumRoute.nodeId,
                result: processingResult.data,
                timestamp: new Date().toISOString()
            };
        }
    }

    autoScaleResources(demand) {
        // AI-Powered Auto Scaling
        const scalingPlan = this.aiOrchestrator.calculateScaling(demand);
        
        QuantumCluster.scaleNodes(scalingPlan.nodes);
        QuantumStorage.allocate(scalingPlan.storage);
        
        return {
            scalingId: `SCALE_${Date.now()}`,
            action: scalingPlan.action,
            newNodes: scalingPlan.nodes,
            newStorage: scalingPlan.storage,
            reason: scalingPlan.reason,
            timestamp: new Date().toISOString()
        };
    }
}

// QUANTUM BLOCKCHAIN ECOSYSTEM
class QuantumBlockchain {
    constructor() {
        this.consensus = "QPoS"; // Quantum Proof of Stake
        this.blockTime = 2; // 2 seconds
        this.quantumSecurity = "256-QUBIT";
        this.initializeChain();
    }

    initializeChain() {
        // Quantum Blockchain Genesis
        const genesisBlock = {
            index: 0,
            timestamp: new Date().toISOString(),
            data: "TUTB_QUANTUM_GENESIS",
            previousHash: "0",
            quantumHash: QuantumCrypto.generateGenesisHash(),
            nonce: 0
        };

        this.chain = [genesisBlock];
        this.pendingTransactions = [];
        
        return "QUANTUM BLOCKCHAIN INITIALIZED";
    }

    mineQuantumBlock() {
        // Quantum Mining Process
        const lastBlock = this.getLastBlock();
        const quantumNonce = QuantumMath.findQuantumNonce(lastBlock.quantumHash);
        
        const newBlock = {
            index: lastBlock.index + 1,
            timestamp: new Date().toISOString(),
            transactions: this.pendingTransactions,
            previousHash: lastBlock.quantumHash,
            quantumHash: QuantumCrypto.calculateBlockHash(lastBlock, quantumNonce),
            nonce: quantumNonce,
            validator: this.selectQuantumValidator()
        };

        this.chain.push(newBlock);
        this.pendingTransactions = [];
        
        return newBlock;
    }

    addQuantumTransaction(transaction) {
        // Add Transaction to Pending Pool
        const validated = QuantumValidator.validateTransaction(transaction);
        
        if (validated.valid) {
            this.pendingTransactions.push({
                ...transaction,
                quantumSignature: QuantumCrypto.signTransaction(transaction),
                validationScore: validated.score,
                timestamp: new Date().toISOString()
            });
            
            return {
                added: true,
                transactionId: transaction.id,
                position: this.pendingTransactions.length - 1,
                nextBlock: this.chain.length
            };
        }
    }
}