Machine Learning - Compressed Sensing
Massive number crunching
Physico-chemical analysis - Environmental analysis
Impurity control
Innovative high-speed data processing
algorithms and techniques
Nuclear Magnetic Resonance
High Res Mass Spectrometry
Identification
Characterisation - Quantification
Embeddable packaged software
web server
As almost all industrial sectors, science is facing some real data challenges.
Indeed instruments, sensors and pictures collect massive amounts of information and raw data, structured or not. Due to the increasing size of data, current technologies require new approaches for an optimized exploitation ! Computation has to be done where the data is and should to be done locally.
A significant amount of data is generated in real time. Treatment and handling must be performed « on-the-fly », usually without the possibility of archiving the data flow. Moreover, day-to-day datasets are often disparate, noisy and prone to be corrupted by outliers and artefacts. Despite this complexity, our new algorithms, mathematical approaches and methodological techniques allow more robust, faster and automatized data-flows.
Today CASC4DE builds innovative hardware-enhanced capabilities and softwares to accelerate your research and extract hidden insights from your data flow.
Speed up your results flow
Optimize your performances
Dedicated dual expertise in analytical methods (NMR, High Resolution MS) and software & data engineering
Software Applications, Technology Solutions created uniquely for Your Needs
🔬 Recent studies have highlighted concerning levels of per- and polyfluoroalkyl substances (PFAS), often called “forever chemicals,” in water supplies across Europe.
📊Pollution Among Top Global Threats Pollution is now ranked as the tenth most pressing global threat according to the 2024 Global Risks Report by the World Economic Forum.
A groundbreaking study published on October 17, 2024 and led by research teams from the University of Birmingham and Shenzhen University, under the direction of Stuart Harrad and Yi Zhen, has revealed alarming levels of PFAS (per- and polyfluoroalkyl substances), often called “forever chemicals,” in bottled and tap water worldwide.
🔬 A new study from Hailey E. Hampson et al. published in Science of the Total Environment reveals that exposure to per- and polyfluoroalkyl substances (PFAS) may impair kidney function, with the gut microbiome and metabolites playing a crucial role.
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