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ATM cash loading and planning services

ATM cash loading and planning services

Frequency of ATM use has tends to vary by location and season. For example, ATMs in office areas have more withdrawals in the evening before holidays and more deposits before credit card payment dates. Cash loading planning service formulates the date and amount of ATM cash replenishment and collection based on such ATM transaction data. Appropriate planning prevents cash shortages or surpluses, while minimizing the frequency of maintenance, and reducing costs.

※*This service is provided by ATM Japan Business Service, Ltd.

Features and Benefits of Deployment

  • Accurately forcast the volume of ATM transactions to optimize the frequency of cash loading.

    Accurately forcast the volume of ATM transactions to optimize the frequency of cash loading.

  • Reduce the frequency of cash replenishment and collection by security companies by approximately 10% to 40%.

    Reduce the frequency of cash replenishment and collection by security companies by approximately 10% to 40%.

  • Prevents cash shortages or surpluses at ATMs and avoids automatic ATM shutdowns.

    Prevents cash shortages or surpluses at ATMs and avoids automatic ATM shutdowns.

  • Shortens the driving distance of security vehicles and improving vehicle efficiency and reducing CO2 emissions.

    Shortens the driving distance of security vehicles and improving vehicle efficiency and reducing CO2 emissions.

Overview of Services

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We quantitatively understand basic transaction trends and characteristic changes by analyzing transaction data from ATMs.
Based on this information, we can forecast future cash demand by day and by money type, and identify when cash should be replenished or collected before automatically shutting down ATMs due to cash shortages or surpluses. Moreover, beyond considering to shorten the driving distance of the security vehicle, we request the security companies to make this arrangement.
These plans are settled based on the loading planning system developed by us.