Polimatica operates in the specific environment of Real Time Embedded System solutions with a special focus on the Automotive field since 1982, supporting companies in the process of innovating and managing their systems through the supply of professional services and turnkey projects.

Polimatica is able to cover the whole production cycle, from collecting the client's requirements to the functional analysis, development, testing and production. The whole process is carried out using appropriate methodologies and Best Practices.

Methodology

Polimatica develops all the software according with the most important software development quality standards. Every step of the analysis, development and testing process is documented. In order to control the entire process we use versioning software, test tracking tools and bug tracking tools. 

Software Development Methodology

The standard methodology that we use for the development of the embedded software is the international , a prototypical and incremental methodology that helps the development team to accomplish the customer and user needs and to be faster in solving all the problems.

Test Methodology

• TestLink to manage the test process: test case (unit test, integration test, validation test, acceptant test); task definition; test report;
• Mantis as a bugs tracking solution;
• SubVersion to track and maintain the different software release.

Those products can be accessed in intranet or in internet (https) and can be used from our customer that can control the process and the activities done.

Our Services:

• Project Management/Release Management

  Management of medium/large projects both in the development and evolutionary phase. Coordination of work groups, suppliers and management of relations with final users.

• Firmware design

  Completing of turnkey projects or development of firmware (C, C++, Assembler), thanks to an in-depth knowledge of the mail microprocessors and the most widespread communication standards in the automotive field (CAN BUS, Keyword 2000).

• Software design
  

  Definition of architectures and development of applications for programming and diagnosis of electronic boxes on Microsoft platform (VB6, Framework .NET C#, ASP .Net) with development of specific communication drivers.

• Testing
  

  Standardization of test procedures and release of software with particular care of non-regression releases, coordination and management of validation groups.

History Cases

Real Time Embedded Automotive projects

Analysis and development solution of a remote data collector firmware for data acquisition and data analysis from ECU used to collect data from vehicles during the test or diagnostic phase.
Device output: IO, BUS-CAN, line K, modem GSM-GPRS, GPS, USB.
Microprocessor: Motorola 68332
Language: C++

Analysis and development solution for statistical data acquisition and analysis of specific condition of use in automotive environment. Data can be acquired during all the vehicle life time.
Device output: IO, BUS-CAN, line K, modem GSM-GPRS, GPS, USB.
Microprocessor: Motorola 68332
Language: C++

Analysis and development of a firmware solution for retrieving and displaying TMC (traffic message channel) message for real time gps navigator in automotive environment.
Microprocessor: Motorola MPC555
Language: C/C++

Real Time Embedded Projects in non-automotive field

Different project in firmware development and testing in railway environment to manage brake system and management, diagnostic and safety management.

Automation of vocal announcements in trains

Management of lanes and payment systems in highways

Highway road sign management with variable message panes

Software project