Higher Professional Diploma in Banking, Fintech and Digital Payment Security

Programme Overview The Higher Professional Diploma in Banking, Fintech and Digital Payment Security is an advanced, practice-oriented programme designed for professionals working in cybersecurity, banking technology, financial services, fintech, payments, infrastructure, risk, auditing and information security governance. The programme examines the complete financial-technology environment, including banking applications, digital payment systems, ATM and POS environments, EFT Switches, payment gateways, APIs, databases, network infrastructure, data centres, identity and access management, security monitoring and incident-response operations. Participants will not study the subjects only from a theoretical or compliance perspective. They will work with realistic architectures, synthetic banking data, simulated payment transactions, controlled security incidents and deliberately vulnerable applications within the isolated MTA Digital Bank training environment. The practical training methodology follows a complete professional lifecycle: - Understand the banking function and intended business process. - Identify the assets, data flows and trust boundaries. - Discover the vulnerability or security weakness. - Demonstrate the impact safely within the authorised laboratory. - Collect technical evidence. - Determine the root cause. - Implement the appropriate remediation. - Retest the system and verify the correction. - Document the finding professionally. - Explain the technical risk and business impact to management. Programme Duration The diploma includes: 96 hours of guided instructor-led training and supervised practical laboratories 24 hours of structured independent assignments, research and project work 120 total learning hours The comprehensive final examination and integrated practical assessment are included in the full diploma pathway. Programme Tuition Module 1: Banking Technology, EFT Switching and Digital Payment Architecture Total Hours: 24 hours Tuition: USD 450 Module 2: Secure Banking Infrastructure, Networks and Data Centres Total Hours: 27 hours Tuition: USD 550 Module 3: Fintech Application, API and Payment Security Total Hours: 30 hours Tuition: USD 650 Module 4: Payment Data Protection, PCI DSS and Cryptographic Key Management Total Hours: 24 hours Tuition: USD 450 Module 5: Financial Security Operations, Incident Response and Operational Resilience Total Hours: 15 hours Tuition: USD 300 Complete Higher Professional Diploma Total Hours: 120 hours Tuition: USD 2,400 Each module may be registered for and completed separately. The total tuition of USD 2,400 includes all five modules, access to the MTA Digital Bank practical environment, structured assessments, module Certificates of Achievement, the comprehensive final examination and the Higher Professional Diploma certificate for eligible participants. Certification Pathway Module Certificates A separate Certificate of Achievement is awarded upon successful completion of each module. To receive a module Certificate of Achievement, the participant must: - Meet the required attendance level - Complete the assigned practical activities - Submit the required professional deliverables - Pass the module assessment - Comply with the laboratory rules and professional code of conduct - Higher Professional Diploma To qualify for the complete Higher Professional Diploma, the participant must: - Earn the Certificate of Achievement for all five modules. - Complete the integrated MTA Digital Bank capstone activities. - Submit the required technical and executive deliverables. - Pass the comprehensive final examination. - Pass the final integrated practical assessment. Completion of individual modules alone does not automatically grant the Higher Professional Diploma. Module 1 Banking Technology, EFT Switching and Digital Payment Architecture Duration: 24 total learning hours Guided training: 18 hours Independent work: 6 hours Tuition: USD 450 Module Description This module introduces the architecture, operation and security context of modern banking, fintech and digital payment environments. Participants learn how financial transactions move between customers, banking channels, merchants, payment gateways, acquirers, issuers, card networks, EFT Switches, core banking systems, HSM environments and settlement systems. Main Topics - Banking technology architecture - Core Banking Systems - Internet and mobile banking - ATM and POS environments - Card-management systems - Payment gateways - Digital wallets - Issuers and acquirers - Merchant environments - EFT Switch functions - On-us and off-us transactions - Authorization, clearing and settlement - Payment transaction lifecycle - ISO 8583 concepts - Message Type Indicators and data elements - Transaction reversals and advice messages - Payment-routing concepts - Financial-system trust boundaries - Business and operational dependencies - Practical Activities Participants will: - Analyse an ATM cash-withdrawal flow - Analyse a POS purchase transaction - Map a mobile-banking fund transfer - Follow an authorization request and response - Analyse a simulated transaction reversal - Identify systems involved in a financial transaction - Identify sensitive data at each processing stage - Identify trust boundaries and potential attack points - Review simplified ISO 8583 messages - Correlate transaction records across multiple systems - Prepare a financial transaction Data Flow Diagram - Document transaction-security requirements - Professional Deliverables - Banking transaction-flow diagram - Financial-system asset inventory - Data classification worksheet - Trust-boundary analysis - Transaction-risk analysis Module assessment report Certificate Successful participants receive: Certificate of Achievement in Banking Technology, EFT Switching and Digital Payment Architecture Module 2 Secure Banking Infrastructure, Networks and Data Centres Duration: 27 total learning hours Guided training: 21 hours Independent work: 6 hours Tuition: USD 550 Module Description This module focuses on the secure design, configuration and assessment of banking infrastructure, data centres, networks, operating systems, virtualization environments and privileged administrative access. Participants examine how financial institutions should isolate critical systems, protect management interfaces, control vendor access, secure production environments and maintain availability and resilience. Main Topics - Secure banking infrastructure architecture - Data-centre security - Network zoning and segmentation - Internet-facing and DMZ environments - Application and database zones - Cardholder Data Environment segmentation - EFT Switch and payment-processing zones - ATM and POS network isolation - Administrative and management zones - Security-monitoring zones - Backup and disaster-recovery networks - Firewalls and access-control rules - Network Access Control - Secure remote administration - Jump servers and bastion hosts - Privileged Access Management - Identity and access control - Service accounts - Segregation of duties - Maker-checker controls - Vendor and third-party access - Windows and Linux security - Virtualization security - Secure configuration and hardening - High availability and fault tolerance - Backup protection - Ransomware-resilient architecture Practical Activities Participants will: - Review a deliberately weak banking network architecture - Identify insecure trust relationships - Discover excessive network access - Design secure banking security zones - Build a firewall-access matrix - Restrict access to critical banking services - Assess administrative and vendor access - Review privileged-user assignments Identify segregation-of-duties conflicts Review Windows and Linux configuration weaknesses Assess virtualization and backup risks Propose secure management and monitoring paths Redesign the architecture according to business and security requirements Verify the corrected segmentation design Professional Deliverables Secure banking network diagram Firewall-access matrix Privileged-access matrix Infrastructure hardening checklist Segregation-of-duties analysis Architecture risk assessment Remediation roadmap Certificate Successful participants receive: Certificate of Achievement in Secure Banking Infrastructure, Networks and Data Centres Module 3 Fintech Application, API and Payment Security Duration: 30 total learning hours Guided training: 24 hours Independent work: 6 hours Tuition: USD 650 Module Description This module provides advanced practical training in the security assessment of fintech applications, banking portals, mobile-backend services, payment APIs and digital transaction workflows. Participants use the deliberately vulnerable MTA Digital Bank environment to identify, demonstrate, remediate and retest application, API and business-logic vulnerabilities. Main Topics Fintech application architecture Web and API attack surfaces REST API security Authentication and session management OAuth 2.0 concepts OpenID Connect concepts JSON Web Token security Object-level authorization Function-level authorization Role-Based Access Control Input validation Secure transaction processing Business-logic vulnerabilities Rate limiting and resource controls Transaction replay Duplicate transaction processing Idempotency controls Race conditions Beneficiary-management security Account and statement authorization Mass assignment Excessive data exposure Information leakage Injection vulnerabilities Cross-Site Scripting Cross-Site Request Forgery Insecure file upload Password-reset security Secrets management Secure coding and remediation Vulnerability reporting and retesting Practical Activities Participants will practise inside the MTA Digital Bank environment by: Enumerating banking and fintech API endpoints Analysing customer and administrative roles Testing authentication and session controls Identifying Broken Object-Level Authorization Accessing unauthorised synthetic account information Testing Broken Function-Level Authorization Testing beneficiary-management workflows Identifying insecure transaction-processing logic Demonstrating transaction replay Testing missing idempotency controls Identifying excessive data exposure Testing weak password-recovery processes Reviewing JWT implementation weaknesses Testing role and privilege enforcement Discovering input-validation weaknesses Demonstrating controlled application vulnerabilities Collecting professional technical evidence Implementing secure server-side authorization Correcting vulnerable application logic Retesting the corrected implementation Preparing technical and executive vulnerability findings Professional Deliverables API attack-surface inventory Vulnerability evidence package Technical vulnerability findings Business-impact analysis Secure coding recommendations Retesting report Application-security assessment report Certificate Successful participants receive: Certificate of Achievement in Fintech Application, API and Payment Security Module 4 Payment Data Protection, PCI DSS and Cryptographic Key Management Duration: 24 total learning hours Guided training: 21 hours Independent work: 3 hours Tuition: USD 450 Module Description This module focuses on protecting payment-account data, determining PCI DSS scope, securing the Cardholder Data Environment and managing cryptographic keys throughout their lifecycle. Participants learn how payment data may unintentionally spread across databases, logs, exports, support systems, backups and development environments, and how suitable technical and governance controls should be implemented. Main Topics Payment-account data Cardholder data Sensitive authentication data PAN storage, masking and truncation Data retention Encryption and tokenization PCI DSS v4.0.1 concepts PCI DSS scope Connected-to systems Cardholder Data Environment Segmentation and scope reduction Access-control requirements Logging and monitoring requirements Vulnerability-management requirements Penetration-testing considerations Evidence collection Third-party service providers Common compliance failures Symmetric and asymmetric cryptography Hashing and integrity Digital signatures Certificate management HSM concepts Software-based HSM simulation PKCS#11 concepts Cryptographic key generation Key storage Key rotation Key backup and recovery Split knowledge Dual control Key custody Key compromise response Practical Activities Participants will: Review a simulated payment architecture Determine PCI DSS scope Identify systems within and connected to the Cardholder Data Environment Analyse segmentation effectiveness Locate synthetic payment data across multiple systems Identify inappropriate payment-data storage Review masking, truncation and encryption controls Prepare a PCI DSS evidence matrix Review third-party payment access Initialise a software-based training cryptographic token Generate and manage training keys Sign and verify simulated transaction data Rotate and retire test keys Simulate dual control and split knowledge Respond to a simulated key-compromise scenario Prepare a payment-data remediation plan Professional Deliverables PCI DSS scope diagram Payment-data inventory Cardholder Data Environment matrix PCI DSS evidence checklist Cryptographic key-management procedure Key-compromise response plan Payment-data remediation report Certificate Successful participants receive: Certificate of Achievement in Payment Data Protection, PCI DSS and Cryptographic Key Management Module 5 Financial Security Operations, Incident Response and Operational Resilience Duration: 15 total learning hours Guided training: 12 hours Independent work: 3 hours Tuition: USD 300 Module Description This module focuses on financial-sector security monitoring, detection engineering, incident investigation, operational resilience, risk management and executive communication. Participants analyse events generated by the MTA Digital Bank, investigate realistic financial-sector incidents and make containment decisions while considering the availability and continuity of critical banking and payment services. Main Topics Financial-sector Security Operations Banking and payment log sources API and application logs EFT Switch logs ATM and POS events Authentication and directory-service logs Firewall and database events Security Information and Event Management Detection engineering Alert severity and prioritisation Credential compromise Account takeover Insider activity Vendor-account compromise Unauthorised data export Payment-routing changes Suspicious transaction activity Incident classification Initial triage Evidence preservation Containment Eradication and recovery Business continuity Disaster recovery Operational resilience Third-party incident coordination Risk assessment ISO 27001 alignment NIST Cybersecurity Framework alignment Incident reporting Executive communication Post-incident review Practical Activities Participants will: Analyse logs from multiple banking systems Build a financial incident timeline Investigate a simulated account-takeover incident Analyse unauthorised beneficiary creation Investigate suspicious payment activity Review a compromised vendor-access scenario Analyse unusual privileged activity Identify indicators of data exfiltration Design SIEM detection rules Define alert-severity criteria Prepare investigation and containment procedures Conduct a ransomware tabletop exercise Determine which services should be isolated Determine which banking services must remain available Prepare an incident-response report Present findings and recommendations to management Prepare for the integrated diploma assessment Professional Deliverables SIEM detection use case Incident timeline Investigation worksheet Containment decision matrix Incident-response report Risk register Executive incident summary Operational-resilience improvement plan Certificate Successful participants receive: Certificate of Achievement in Financial Security Operations, Incident Response and Operational Resilience Integrated MTA Digital Bank Practical Environment The MTA Digital Bank is an isolated, purpose-built training environment containing fictional banking systems, synthetic customer information, simulated transactions and deliberately introduced security weaknesses. The environment may include: Digital banking web portal Customer and administrative APIs Customer accounts and balances Transaction history Beneficiary management Fund-transfer functions Operations and administrative portal Payment gateway EFT Switch and ISO 8583 simulator ATM and POS transaction simulator Financial database Identity and access-management services Privileged administrative access Network-security zones Monitoring and SIEM services Simulated HSM and key-management environment Backup and disaster-recovery systems Incident-response evidence packages All data, accounts, balances, payment information, cryptographic keys and transactions used in the environment are synthetic and created exclusively for authorised training. The environment is not connected to any real bank, customer, financial institution, payment network or production system. Target Audience The diploma is suitable for: Cybersecurity professionals Banking IT professionals Fintech technical teams Payment-system professionals Infrastructure and network engineers Security analysts SOC analysts Incident-response teams Internal auditors Information-security officers Risk and compliance professionals Security architects Technical project managers Professionals working with EFT Switch, ATM, POS or payment environments Recommended Prerequisites Participants should preferably have: Basic networking knowledge Basic Windows and Linux knowledge General cybersecurity fundamentals Familiarity with web applications and databases Basic understanding of information-security risks Previous penetration-testing experience is beneficial but not mandatory.