eHealth

SPIDeR, maat’s eHealth Platform, is addressing this challenge by promoting and facilitating the use of computational models, software tools and web services. [more>>>]

education

maat International focus its learning offering throught two powerful platforms. ennCloud Learning Platform and ennCloud Social Media Platform [more>>>]

smart+

The SmartCity concept, aims to deploy a sensor cloud collectors of information, managed and monitored by a common platform that ensures the creation of a dashboard integrated management of information collected, providing an effective model of city management. [more>>>]

FoodSafety

maat International is leading many relevant initiatives aligned with de Food Safety principle, providing services and technological solutions to the Food Industry Value Chain, in four relevant areas, which are integrated in our ACeFoS Solution. [more>>>]

Media

With the maat Media Platform, service providers gain the ability to engage and interact directly with their customer base and to build deeper, more effective long-term relationships. [more>>>]

eGovernment

maat International has developed the maat eGovernment Platform to propel the modernization of local government and to favor local entities and city councils. [more>>>]

eHealth

The interconnection of databases and heterogeneous and distributed medical applications by the use of maat’s Cloud management systems, guaranteeing the evolution and amplification of the same, adapted to the requirements of the organization, the pathologies being treated and the strategic formulation of the healthcare system.

 

Health Delivery Services (HDS) will use every time more computational tools to link individual patient data with virtual population databases via the knowledge of biological processes encoded in mathematical models. The biomedical community also now has the opportunity, thanks to the adoption of new model and data standards and a common set of reference ontologies, to assemble the molecular pieces from 50 years of reductionist science in order to understand genotype-phenotype relationships by linking databases of genetic and proteomic data to anatomy and function at the cell, tissue and organ levels. Biophysically based computational modeling of the human body, applied to human physiology and the diagnosis and treatment of disease, will revolutionize 21st century bio-sciences and medicine.

VIDEO OF THE WEEK

ennCloudERP from maatG nozzle on Vimeo.

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