Security Management for Banking Branch and ATM Protection Training Course

Course overview

Bank branches and ATM estates face a distinct combination of threats: armed robbery, cash-in-transit attack, ATM skimming, card trapping, explosive or ram-raid damage, insider access misuse, tailgating, and violent or abusive customer incidents. Security managers must protect people, cash, customer data, and service availability while maintaining an accessible customer environment and controlling operating costs. This course equips participants to turn security concerns into risk-based controls, documented procedures, and defensible investment decisions for branch and ATM networks.

Participants learn to conduct branch and ATM threat, risk and vulnerability assessments; map attack paths; define protection zones; and select proportionate physical, electronic, procedural, and personnel controls. Coverage includes CCTV and video analytics requirements, intrusion detection, access-control design, duress alarms, ATM anti-skimming measures, key and cash management, guard-force deployment, vendor assurance, incident escalation, and recovery planning. Participants also apply ISO 31000 risk principles, ISO 22301 continuity requirements, ISO/IEC 27001 control thinking, and relevant PCI DSS considerations to banking security operations.

The five-day programme combines instructor-led technical sessions with bank-specific scenarios, site-security design workshops, tabletop incident exercises, and peer challenge sessions. Working from a realistic branch and ATM estate case, each participant develops a Security Management Improvement Plan containing a risk register, control recommendations, incident-response workflow, prioritised action roadmap, and management reporting measures. This deliverable can be adapted for use in their own branch network, regional security function, or outsourced security-provider review.

The course is designed for professionals who already work around banking premises, cash operations, fraud prevention, facilities, resilience, or security governance and need stronger practical capability in protecting branch and self-service banking environments.

Course objectives

By the end of this course, participants will be able to:

• Conduct a branch and ATM threat, risk and vulnerability assessment using an ISO 31000-aligned risk register
• Map ATM and branch attack paths to identify weaknesses in perimeter, lobby, cash-handling, and self-service zones
• Specify layered CCTV, intrusion detection, access-control, duress alarm, and physical-hardening controls for a branch site
• Evaluate ATM anti-skimming, anti-shimming, card-trapping, jackpotting, and explosive-attack countermeasures
• Develop cash-management, key-control, contractor-access, and guard-force procedures with clear accountability points
• Create an incident-response playbook for robbery, ATM compromise, suspicious activity, and violent customer events
• Prioritise security investments through risk treatment options, cost-benefit reasoning, and residual-risk reporting
• Produce a branch and ATM Security Management Improvement Plan for management approval and implementation tracking

Benefits of attending

Target competencies

Who should attend

• Bank Security Managers — who are accountable for protecting branches, ATMs, staff, customers, and cash assets
• Branch Operations Managers — who must embed practical security controls without disrupting customer service
• ATM and Self-Service Channel Managers — who oversee availability, maintenance, fraud controls, and physical protection of ATM estates
• Corporate Security Officers — who conduct security reviews, manage incidents, and coordinate protective measures across locations
• Facilities and Property Managers — who specify building, access, surveillance, and contractor controls for bank premises
• Business Continuity and Operational Risk Professionals — who need to connect site-security threats with resilience and risk reporting

Requirements and prerequisites

Participants should have working experience in banking operations, branch administration, ATM operations, facilities, security, fraud risk, or business continuity. They should understand basic terms such as risk, incident, access control, CCTV, alarm response, and escalation, and be comfortable reviewing procedures and completing simple risk-rating tables. Familiarity with their organisation’s branch layout, ATM operating model, outsourced guard arrangements, or incident-reporting process is helpful. No engineering qualification, law-enforcement background, cybersecurity certification, or prior knowledge of ISO standards is required. The course explains the relevant security-management frameworks and physical-security concepts from an applied banking perspective.

Training methodology

Instructor-led sessions use annotated branch plans, ATM photographs, incident footage descriptions, and control-design examples to explain each method. Participants work in groups to assess a simulated branch and ATM estate, score risks in a register, identify attack paths, and test response decisions through robbery and ATM-compromise tabletops. Short case studies examine failed and effective control combinations rather than isolated technologies. Daily workshops build sections of an individual improvement plan, and the final session includes peer review and a practical 90-day implementation planning exercise.

Course outline

Day 1: Banking security risk landscape and governance

• Bank branch, ATM, cash-in-transit, and self-service threat landscape
• Security governance roles across branch operations, security, facilities, fraud, and vendors
• ISO 31000 risk-management principles applied to physical banking security
• Threat, risk, vulnerability, and consequence definitions for branch environments
• Risk-register structure, likelihood criteria, impact criteria, and residual-risk ratings
• Regulatory, insurance, audit, and duty-of-care security expectations
• Security performance indicators for incidents, control health, response, and loss trends

Workshop: Participants build an initial risk register for a regional branch and ATM portfolio, including threat statements, ratings, existing controls, and control gaps.

Day 2: Branch protection design and operational controls

• Security zoning for public areas, staff areas, cash areas, plant rooms, and restricted records spaces
• Crime Prevention Through Environmental Design principles for bank branches
• CCTV coverage planning, retention requirements, camera positioning, and evidential-quality considerations
• Access-control architecture for staff, contractors, visitors, cleaners, and shared premises
• Intrusion detection, panic alarms, duress systems, and alarm-response escalation
• Cash-handling workflows, dual custody, key control, safe access, and opening and closing procedures
• Guard-force deployment models, post orders, patrol verification, and service-level measures

Workshop: Teams complete a layered-security design review for a branch floor plan and produce a control layout with justified recommendations.

Day 3: ATM protection and self-service channel security

• ATM threat modelling for skimming, shimming, card trapping, malware, jackpotting, and physical attack
• ATM site classification by location, footfall, exposure, cash loading model, and response capability
• Anti-skimming and anti-shimming device selection, inspection routines, and tamper indicators
• Physical ATM hardening against ram raids, gas or solid explosive attacks, and forced removal
• ATM vestibule access controls, lighting, sightlines, CCTV, and suspicious-device detection
• Remote monitoring, alarm verification, maintenance access, and vendor technician controls
• PCI DSS considerations for payment-card environments and security incident handling

Workshop: Participants assess an ATM estate case and produce a ranked countermeasure schedule for high-, medium-, and lower-risk locations.

Day 4: Incident response, investigation, and continuity

• Incident command roles for robbery, assault, ATM attack, suspicious package, and security-system failure
• Immediate actions for life safety, scene security, police liaison, and customer communication
• Evidence preservation for CCTV, alarm logs, access records, cash records, and ATM transaction data
• Security incident classification, notification thresholds, escalation matrices, and decision logs
• Post-incident staff welfare, trauma support, debriefing, and corrective-action management
• Business continuity planning for branch closure, ATM outage, cash disruption, and alternate service arrangements
• ISO 22301-aligned recovery objectives and exercising requirements for banking locations

Workshop: Participants run a tabletop response to a coordinated ATM compromise and branch robbery scenario, producing an incident action log and recovery priorities.

Day 5: Assurance, investment planning, and implementation

• Security assurance reviews, branch inspection checklists, and control-testing evidence
• Security-provider due diligence, contract controls, audit rights, and performance reporting
• ISO/IEC 27001 control thinking for physical access, supplier relationships, and incident management
• Security investment appraisal using risk reduction, residual risk, lifecycle cost, and operational impact
• Management reporting dashboards for incidents, vulnerabilities, overdue actions, and control compliance
• Ninety-day implementation planning, ownership assignment, milestones, and dependency mapping
• Executive presentation techniques for security findings and investment recommendations

Workshop: Participants finalise and present their Security Management Improvement Plan, including a prioritised roadmap, governance measures, and management decision requests.

Tools & standards covered

ISO 31000:2018 Risk Management, ISO 22301:2019 Business Continuity Management Systems, ISO/IEC 27001:2022 Information Security Management Systems, PCI DSS v4.0.1

A typical training day

Live online deliveries follow the same structure in the East Africa Time zone, with shorter screen blocks and longer breaks.

What the fee includes

How you can take this course

Certification

Participants who complete the full five days receive the Skillset Development Certificate of Completion, stating the course title, course code, dates and delivery format — suitable for professional-development records and employer reimbursement.

Frequently asked questions