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Just like the Rosetta Stone helped Jean-François Champollion to decipher the hieroglyphs, Aionobios can assist you in your work by letting you focus on what matters. We will crunch your data, piece it together, and bring out a clearer picture of your processes, assets, and prospects. Experts in AI, science, engineering and user experience, nothing will remain cryptic to us.
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Our cutting-edge SaaS solution for Battery Monitoring and Predictive Maintenance. Designed for industries relying on or manufacturing large-scale battery systems, our platform offers a comprehensive dashboard and reporting tools. Harnessing advanced data analytics, we translate raw battery cell data into actionable insights on performance, health status, and future evolution. Unlock operational efficiency, reduce downtime, and prolong battery lifespan through early detection and data-driven decision-making.
User-friendly interface showing real-time data, key performance indicators, and trend analyses.
Employ machine learning models to predict battery failures, inefficiencies, or degradation, reducing unplanned outages and costs.
Advanced analytics to calculate State-of-Health (SoH) and State-of-Charge (SoC), facilitating proactive management.*Actionable Insights*: Data-driven recommendations on when to charge, discharge, or replace battery units.
Tailor-made reports to meet specific business needs, with options for automatic scheduling and distribution.
Built with industry-standard encryption and capable of scaling with your operations.
Our cutting-edge Saas solution for Battery Monitoring and Predictive Maintenance. Designed for industries relying on or manufacturing large-scale battery systems, our platform offers a comprehensive dashboard and reporting tools. Harnessing advanced data analytics, we translate raw battery cell data into actionable insights on performance, health status, and future evolution. Unlock operational efficiency, reduce downtime, and prolong battery lifespan through early detection and data-driven decision-making.
User-friendly interface showing real-time data, key performance indicators, and trend analyses.
Employ machine learning models to predict battery failures, inefficiencies, or degradation, reducing unplanned outages and costs.
Advanced analytics to calculate State-of-Health (SoH) and State-of-Charge (SoC), facilitating proactive management.
Data-driven recommendations on when to charge, discharge, or replace battery units.
Tailor-made reports to meet specific business needs, with options for automatic scheduling and distribution.
Built with industry-standard encryption and capable of scaling with your operations.
Our groundbreaking algorithm suite for Flow Chemistry Process Optimization. Tailored for microfluidics, millifluidics, and traditional flow chemistry, our platform integrates seamlessly with client-specific analytical methods like GC, MS, HPLC, and spectroscopies. Our algorithms excel at optimizing highly non-linear reactions, where classical experimental designs fall short, such as in photochemistry and plasma chemistry. Elevate your efficiency and throughput with automated, iterative optimization via our compatible robotic sample-changer program.
Our algorithms are designed to work with a range of analytical tools—GC, MS, HPLC, spectroscopy—ensuring precise measurement of reaction yields.
Specializing in highly non-linear reactions, including photochemistry and plasma chemistry, where traditional approaches are not applicable.
Compatible with robotic sample changers, the platform enables automated iteration for continuous optimization.
Real-time data capture and analysis allow quick adjustments to the process parameters.
Adapt the platform to suit your specific needs in terms of scalability, data storage, and reporting.
Easy-to-use, graphical UI designed for effective monitoring and control.
Designed for compatibility with varied analytical methods to accurately measure the physicochemical properties of the synthesized nanoparticles.
Our state-of-the-art algorithm suite for Nanomaterials High-Power Laser Synthesis. Engineered for optimization in solid-phase reactions, this platform seamlessly integrates with client-specific analytical methods such as X-ray diffraction, spectroscopies or electron microscopies. Specializing in highly non-linear synthesis conditions—laser wavelength, power, precursor choice, doping rate, reactant concentrations—our platform provides rapid, iterative optimization, adaptable to robotic automation for parallel processing. Achieve custom-engineered nanoparticles with unprecedented speed and precision.
Designed for compatibility with varied analytical methods to accurately measure the physicochemical properties of the synthesized nanoparticles.
Focuses on complex, non-linear synthesis conditions, outperforming traditional methods where they are not suitable.
Enables integration with robotic automation for high-throughput, parallelized iterative optimization.
Offers fine-tuned control over optical properties and other attributes of the nanoparticles.
A visually intuitive dashboard for real-time monitoring and control.
