ARITHMOS Appoints Software Developer for ArithmosCentrum

ARITHMOS Technology welcomes Gateano Giusto to its team as an experienced software developer to continue the development of the ArithmosCentrum ERP software package.

ARITHMOS announced today the appointment of Gaetano Giusto as Head Software Developer for ArithmosCentrum Enterprise Resource Planning (ERP) software.


Gaetano brings over 15 years of experience in the information technology sector covering multiple roles including programmer, software developer, system integrator and IT project management. Prior to joining ARITHMOS, Gaetano was a Project Manager for a European IT company, responsible for the implementation, startup and development of management software and web solutions. He also has expertise in software project analysis and consultancy for the implementation and development of business management software.

Gaetano is responsible for furthering the development of ArithmosCentrum, ARITHMOS’ proprietary ERP software that manages the information flow between sales, project management, finance and resourcing for any project-oriented service provider. ArithmosCentrum is a unique ERP system in that it improves project governance by incorporating project management and back office tasks and linking the project plan to the budget proposal and resource schedule and is customizable for specific industry or company needs.

In addition to his work on ArithmosCentrum, Gaetano will also apply his knowledge and expertise to the continuous development of Symphony – ARITHMOS’ customizable and cost-effective electronic data capture (EDC) solution offered as a SaaS (Software as a Service) solution.

About ArithmosCentrum

ArithmosCentrum is an Enterprise Resource Planning (ERP) designed for any project-oriented service provider wanting to improve project governance. From the basics of timesheet management through to the more complex processes such as cost proposal preparation and resource scheduling, ArithmosCentrum helps you improve efficiency and communication while minimizing administration time.