Complete Banking Machines TRIZ Cases

Pre-set limits and local storage keep cash transactions moving during outages, then forward records after reconnection.

Pre-authorized mobile transactions protect personal information while a location-aware wearable adapts health and communication functions.

Flexible wearables combine health monitoring with secure automated payments.

This case combines health sensing with intermediary payment and preliminary ordering to reduce fraud exposure and transaction delays.

This case combines wearable health monitoring with advance ordering and encrypted payment intermediation to reduce wait time and fraud risk.

A cloud authentication server adds second-stage verification to money handling after user ID and password login.

This case uses decentralized ATM learning, alert relay, and adaptive model updates to contain attacks across paired networks.

This case combines firmware flow tracking, secure bus communication, and tamper detection to improve ATM note-handling reliability.

A cloud platform forecasts ATM media levels, redirects deposits, and remotely disables deposits to reduce costly cash interventions.

Cloud-based forecasting redirects deposits across SSTs, reducing replenishment costs and theft risk through real-time ATM media control.

A controller sequences selected valuable media devices for parallel transaction handling, reducing delays and limiting visible details.

Mirror portions around the ATM display reflect rear surroundings, while environment-controlled lights provide security warnings.

This case combines segmented gap barriers with shock-absorbing baseplates to block tool insertion and reduce peak pulling forces.

A machine learning model checks device limits, supply, location, and traffic to reduce failed transactions, travel, and resource waste.

Server-connected authentication deactivates expired cards and generates replacements without manual handling or courier delays.

A local device detects mobile capabilities and selects authentication tiers for secure, private ATM transactions without physical contact.

A local device captures kiosk data and relays a deep link, enabling secure remote transactions without exposing card and PIN credentials.

Gesture sensing privately flags banking transactions made under duress.

This case uses vibrational sensors to detect forced entry during dispensing and trigger alarms, locks, and camera activation.

A spark-activated pneumatic mechanism marks banknotes, reducing installation and maintenance complexity without electrical power.

The diagnosis system identifies the first abnormal sensor value and guides workers to repair both the failed module and its cause.

Pre-authenticated mobile transactions reduce ATM wait time and contact.