An android pos system is a software application for an in-store checkout process. Retailers use these systems to process customer transactions, combine store inventory data with customer purchase decisions, and monitor in-store theft. The first POS systems were developed in the 1970s by Michael Aldrich of Digital Equipment Corporation and Patrick O’Malley, who had been working on the problem at IBM since 1967.The POS system is the owner of all the data. The system will provide the reports, and statistics that are needed. The type of reports is up to you.I’m sure they know what they are looking for to keep your business running at peak efficiency, so you must take their advice. A POS system reviews customer transactions and identifies customer trends and patterns to help make your store more successful.
Different components of android POS systems:
An android pos system is a system that processes transactions and records them on the cloud. The whole system consists of three components:
- Android device:The device with the POS software installed, which could be either a tablet or a smartphone. It is a device that works on the Android operating system, which is a revised version of the Linux operating system.
- An access point:The connection to the internet (comes in form of a router). It creates a wireless local area network by connecting various computer systems to the Internet, within a building or an office.
- Backend server: All the POS systems consist of a frontend server and a backend server. The backend server is where all the business operations and analytics are tracked and managed. It is where all the transactions are processed and stored.
Two types of architecture for android POS system:
- Traditional architecture:
The traditional architecture uses a server to store data and control access to the data. The device connects through a wireless connection by using Bluetooth or Wi-Fi. It can work without internet access, but it can’t work offline. It is designed for a small retail store with less than 20 registers and 200 transacting customers per day.
- Cloud-connected architecture:
The cloud-connected architecture uses a server to store data and control access to the data. The device connects through an internet connection by using Wi-Fi or 3G/4G LTE networks, which allows it to work offline as well as online. The system is designed for stores with more than 20 registers and more than 200 transacting customers per day where there are multiple locations with many cashiers on duty.
