Electromechanical transducers turn ATM user input surfaces into tamper sensors, detecting damage or manipulation without separate security hardware.
Void-flag test transactions verify terminal and network status without settlement, helping detect compromise and reduce insecure card processing.
Image-based AI maps ATM component positions and generates multilingual audio guidance, replacing manual measurement and separate accessibility coding.
Risk-based authentication lets ATMs reduce transaction delays while maintaining fraud controls and offering real-time products such as microloans.
Rotatable holding parts let one ATM cassette holder support different cassette sizes and connector orientations without interference.
Round-robin sensor subsets compare capacitance baselines to detect card-reader skimmers, limit false positives, and disable the terminal.
Mobile deposits convert physical cash into virtual currency for secure ATM access, including users without traditional bank accounts.
An intermediary computing platform connects cash handling devices with banking infrastructure, simplifying deposit records and treasury processing.
AI models analyze user profiles and transaction histories to tailor ATM content without redesigning the transaction hardware.