Smartening
radiation
measurement
Smartening
radiation
measurement
SMARTIUM's AI innovations at the service of measurement
SMARTIUM combines innovation and know-how to design reliable, high-performance custom AI solutions.
SMARTIUM's unique technological know-how helps companies and institutions solve their most demanding problems.
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SMARTIUM's expertise covers data mining, digital modeling and the development of artificial intelligence algorithms applied to physical measurement systems, image processing and real-time object tracking.
With accurate, reliable and customized solutions, SMARTIUM transforms your data into informed decisions.
Our areas of expertise
Artificial Intelligence algorithm development
SMARTIUM utilise des algorithmes de machine learning et deep learning pour analyser des volumes massifs de données et fournir des solutions prédictives et automatisées.
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Modeling of complex behaviors
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Real-time detection and classification
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Anticipation of critical events
Monte Carlo simulation and modeling
Using probabilistic simulation techniques, SMARTIUM helps its customers to assess risks, anticipate scenarios and optimize their processes.
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Physical process simulation
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Failure prediction and predictive maintenance
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Risk assessment in complex environments
Measurement systems and sensors
SMARTIUM integrates state-of-the-art technologies with existing sensors to monitor, control and secure critical environments.
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Ionizing radiation
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Thermal, optical and acoustic measurements
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Real-time and remote monitoring
Customized software solutions
As each environment is unique, SMARTIUM develops solutions tailored to the specific needs of its customers.
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Adaptability to industry and regulatory standards
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Customized database generation
Complementary expertise to suit your projects:
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Image processing
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Auxiliary signal processing
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Camera tracking
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Environment identification
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Our CSR contribution
SMARTIUM has developed variance reduction methods to optimize complex simulations and significantly reduce their energy impact. This approach is fully in line with our CSR approach, combining technological performance and environmental responsibility.
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Monte Carlo simulations, used in particular to model physical phenomena, require considerable computing time and mobilize substantial IT resources.
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Variance reduction methods have enabled us to speed up calculations and reduce algorithm training time from 6 to 2 months, while improving the accuracy and reliability of results. By drastically reducing the time required to use servers and IT equipment, we are helping to reduce the carbon footprint of AI, while guaranteeing top-level performance.
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Why choose SMARTIUM ?
SMARTIUM specializes in three key segments: Industry, Health and Safety, guaranteeing solutions tailored to the specific challenges of each field.
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With SMARTIUM, you benefit from the support of a project manager who is your single point of contact, guaranteeing you an innovative, high-performance solution.
A team of experts
Physicists, engineers, PhDs and data scientists with dual skills in physics and data processing ensure optimum use of your measurement data.
Controlling data from nuclear physics measurements
SMARTIUM's expertise in nuclear physics enables it to process complex data with a high level of precision.
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Advanced modeling and simulation
Thanks to Monte Carlo modeling and simulation, SMARTIUM generates high-quality databases for training AIs and improving analysis accuracy.
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AI for sensor optimization
SMARTIUM develops software solutions that bring artificial intelligence to measurement systems, enabling better use of sensor data and optimized decision-making.
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Easy and immediate integration
SMARTIUM software solutions integrate effortlessly into your existing infrastructures, without the need for additional hardware, for concrete, measurable results as soon as they are deployed.
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Custom AI development
SMARTIUM has the skills to design artificial intelligence models from A to Z, adapted to the specific needs of each project.
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