This system is being used today for billing purposes in several towns and also all sizes of companies. The system uses programs such as M uni billing which is uses the technology of cloud computing and is utilized every day by companies, cities, towns and private firms across united state and some parts of Canada. After many years of application by the municipalities, system analysts are now conversant with the challenges of developing and using such technologies. So companies which have ventured into developing such systems should aim at developing systems which are and convenient to use. So water utility billing software link water meters with service providers central computer.
Program development life cycle starts from problem identification, whereby programmers identify the challenges in the organization and how it can be solved through use of programs. The next is system analysis which involves thorough investigation of the existing programs outlining their weakness and how to improve them in the new program.
After that, a programmer comes up with a system design which is an over view picture of the program, this is how the program will look like and how data will be flowing from the meters on the ground to central computers in the main office or substation.
Then identify organization problem, that is why such organization is in need of this software. The third stage is program design which includes graphical representation of the idea or program showing how it will work.
After implementation process the management of the company should constantly maintain this software developed through constant updating the program with the current features. This program can be used for sewer billing of any kind that is for flat rate or rates plus other charges.
The fifth stage is program review and testing which include testing part of the program developed to check whether it is giving the required result. Also involves comparing efficient of the new program to that of old program to make decisions whether to enroll the system or just continue with existing one. Program, implementation follows and here the new software developed is put into action or implemented.
After rolling out the program, the company should not stop there and relax, they should evaluate the performance of new software to meet the organization intended goal. Maintenance of this system should also be provided for in the organization plan.
The software increase productivity, improve customer service and minimize operating expenses through reduced learning period since it is intuitive and easy to use. The program reduces client response time by allowing the customer to access data real time, this enables the utility workers to take decisions that are informed.
The software replaces the devices for meter reading with mobile applications which are free of charge. This software allows the users to integrate any other product their using for accounting, billing, collecting payments and other functions. Such technology enables customer to pay their bills with credit cards, debit cards and e checks.
Program development life cycle starts from problem identification, whereby programmers identify the challenges in the organization and how it can be solved through use of programs. The next is system analysis which involves thorough investigation of the existing programs outlining their weakness and how to improve them in the new program.
After that, a programmer comes up with a system design which is an over view picture of the program, this is how the program will look like and how data will be flowing from the meters on the ground to central computers in the main office or substation.
Then identify organization problem, that is why such organization is in need of this software. The third stage is program design which includes graphical representation of the idea or program showing how it will work.
After implementation process the management of the company should constantly maintain this software developed through constant updating the program with the current features. This program can be used for sewer billing of any kind that is for flat rate or rates plus other charges.
The fifth stage is program review and testing which include testing part of the program developed to check whether it is giving the required result. Also involves comparing efficient of the new program to that of old program to make decisions whether to enroll the system or just continue with existing one. Program, implementation follows and here the new software developed is put into action or implemented.
After rolling out the program, the company should not stop there and relax, they should evaluate the performance of new software to meet the organization intended goal. Maintenance of this system should also be provided for in the organization plan.
The software increase productivity, improve customer service and minimize operating expenses through reduced learning period since it is intuitive and easy to use. The program reduces client response time by allowing the customer to access data real time, this enables the utility workers to take decisions that are informed.
The software replaces the devices for meter reading with mobile applications which are free of charge. This software allows the users to integrate any other product their using for accounting, billing, collecting payments and other functions. Such technology enables customer to pay their bills with credit cards, debit cards and e checks.
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If you are looking for information about water utility billing software you should pay a visit to the web pages online here today. Additional details are available at http://www.quikwaters.com now.
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