Our Mission

RDIUP is an innovative SME located in Paris Area (JEI). Its mission is to promote Research-Development and Innovation actions (RDI) and identify potential technologies and appropriate solutions in rapid changing society. RDIUP develops and exploits novel technologies (data analytics, IA, IoT and robotics) in order to create industrial proof of concepts and viable projects. Moreover, we contribute positively to increase the capacity building of our partners through skilled partnerships.

Vision_V5

 

Our Services

 

Software development

We  develop tailored AI tools and digital solutions to address customer or partner technological requirements.

Pilot settings

Based on our large networks in Europe and Africa, RDIUP defines pilots and experimentations to address specific needs and technological specifications.

Prototyping

We accompany clients to develop a proof of concept for pertinent projects, propose a protocol of tests and assess the cost-effectiveness and return of investments (ROI).

 

 

Our Sectors

 

hospital in the future

Healthcare

We develop wearable and smart application based on data mining and advanced algorithms for medical staff in order to ensure prevention, personalized analysis, promote well-being and foster the e-health concept.

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Transport

RDUIP is interested in electric and autonomous vehicles (cars, bikes, ship, drone …). We realize novel sensors based on data fusion and AI algorithms.

 

energy

Energy

RDIUP proposes and exploits ideas for next-generation solutions (smart grid, RES, biofuel, …) related to energy efficiency and analyses data to optimize consumptions.

 

 Our solutions

Cloud-based platform

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We are focused on the development of secure cloud-based platform (PaaS and SaaS) and user-friendly interfaces based on open frameworks (Django and React). Also, we develop blockchain and information layers.

ML and clustering

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We develop data analytics module for Cleaning, filtering, and elaboration of kno dwledge base. Behaviors prediction, Key performance indicators and making adequate decision by using ML are indispensable in Energy, health, and transport sectors .

Digital TWIN

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RDIUP is specialized in the design and the development of mixed reality  for various sectors (energy, building and transport). Digital Twin concept allows to improve the real world and share the knowledge and experiences between each agents.

  • Smart Planning APP

  • Evylor Mobility APP

  • Cooperative creation and operation APP

  • Recommender system

 

 

Contact

2 Rue Louis Blériot, Les Mureaux
0033 (0) 649256016
habib.nasser@rdiup.com

 

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Our European projects

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RDIUP receives funding from the European Union's research and innovation programme to develop novel solutions and technologies in Energy, Mobility, FoF, Education and Health sectors
By bringing together hybrid energy storage systems, the EU-funded FlexCHESS project will improve grid stability and plant efficiency by providing a range of ancillary services to distribution and transmission networks. FlexCHESS' cutting-edge solutions to improve the storage capacity and resilience of smart grids will be based on the digital twin concept, virtual energy storage systems and distributed ledger technology.
By bringing together hybrid energy storage systems, the EU-funded FlexCHESS project will improve grid stability and plant efficiency by providing a range of ancillary services to distribution and transmission networks. FlexCHESS’ cutting-edge solutions to improve the storage capacity and resilience of smart grids will be based on the digital twin concept, virtual energy storage systems and distributed ledger technology.
To prevent misdiagnosis and ensure appropriate treatment for such cases, the EU-funded SMILE project is aimed at developing an Open Knowledge Platform (OKP) and interactive gamification tools. These resources will provide young individuals with self-assessment and self-care services to effectively manage AD. Additionally, the project will incorporate predictive tools to offer personalized recommendations and interventions.
To prevent misdiagnosis and ensure appropriate treatment for such cases, the EU-funded SMILE project is aimed at developing an Open Knowledge Platform (OKP) and interactive gamification tools. These resources will provide young individuals with self-assessment and self-care services to effectively manage AD. Additionally, the project will incorporate predictive tools to offer personalized recommendations and interventions.
In this context, the EU-funded MASTERPIECE project will create a digital coordination and cooperation arena that will facilitate the creation and operation of energy communities throughout Europe. The project’s overall objectives are to empower traditional energy consumers and to make them active agents of collaborative energy communities. It will also create user-centric solutions based on participatory approaches such as cocreation and naturally accelerate citizens’ involvement. M
In this context, the EU-funded MASTERPIECE project will create a digital coordination and cooperation arena that will facilitate the creation and operation of energy communities throughout Europe. The project’s overall objectives are to empower traditional energy consumers and to make them active agents of collaborative energy communities. It will also create user-centric solutions based on participatory approaches such as cocreation and naturally accelerate citizens’ involvement. M
 
The EU-funded HELIOS project will create a new smart, scalable and modular battery pack concept for a wide range of electric vehicles, from mid-size cars to buses. The project will develop and integrate innovative materials, designs, technologies and processes to improve battery performance, energy density, safety, lifespan and levelized cost of storage. HELIOS will explore innovative solutions integrating hardware and software, leveraging advanced materials, power electronics, sensors and cutting-edge ICT such as cloud-based big data analytics, artificial intelligence and technology.
The EU-funded HELIOS project will create a new smart, scalable and modular battery pack concept for a wide range of electric vehicles, from mid-size cars to buses. The project will develop and integrate innovative materials, designs, technologies and processes to improve battery performance, energy density, safety, lifespan and levelized cost of storage. HELIOS will explore innovative solutions integrating hardware and software, leveraging advanced materials, power electronics, sensors and cutting-edge ICT such as cloud-based big data analytics, artificial intelligence and technology.