PEPITe offers a platform for managing industrial data, from capture to use. Thanks to AI, it responds to concrete business needs and optimises processes: reducing energy and raw material consumption, improving product quality and OEE, all in the interests of performance and sustainability.
The success of PEPITe stems from its team of software developers and expert engineers with complementary skills.
Innovative Development Team
PEPITe's software development team focuses on creating powerful yet user-friendly analytical tools. Based on client feedback and project team input, PEPITe continuously invests in R&D, working closely with universities to integrate cutting-edge technologies in advanced analytics, machine learning, and web development.
Experienced Engineering Team
PEPITe’s project team consists of experienced engineers with diverse backgrounds and solid expertise in advanced analytics and data science. With extensive experience in applying advanced analytics to optimize industrial processes, they work closely with clients and partners to implement OPTImaestro projects globally.s.
History
Since its founding in 2002, PEPITe has focused on AI-based software development for industrial applications. Its primary goal is to create significant value by improving resource productivity, such as yield, OEE, quality, energy optimization, and predictive maintenance. This focus has driven the evolution of PEPITe's software, DATAmaestro, a solution that continues to advance in the field of industrial optimization.
Connectivity, data integration and security, ease of implementation, and web technologies are essential for quickly deploying sustainable solutions. DATAmaestro, a web-based software suite, offers advanced machine learning through an intuitive interface. With DATAmaestro, factory engineers can improve productivity through self-service advanced analytics, empowering them to make informed decisions and optimize processes.
PEPITe also collaborates with global partners to implement its technology, including the OPTImaestro methodology, resulting in impactful projects in sectors such as paper, oil and gas, energy, chemicals, cement, and steel, leading to impressive cost savings.
