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Deciphering biodegradation mechanisms with data-driven precision
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ArophaAI is an industry-grade biodegradation simulation platform designed to accelerate new material development by providing data-driven assessments of environmental regulatory compliance. Using AI-driven models, ArophaAI simulates biodegradability tests and enable users to screen a broader chemical space, and analyze material behavior under diverse environmental conditions—streamlining research and regulatory assessments with data-driven precision.
Our platform provides high-throughput in-silico screening of material biodegradability in batch mode to facilitate experiment design and the selection of the most promising candidates for experimental validation. Users can submit simulation experiments through a structured well-guided Data Submission Template without concerns about data retention as submissions remain inaccessible at every stage of data processing.
For batch simulation pipelines, simply provide the chemical structure or FTIR spectra of your material along with its shape type. Next, specify the biodegradation standard method guidelines, medium options, inoculum types, biodegradation measurement techniques, temperature, and pH. Once the simulation is complete, you will receive predicted biodegradation curves over time for each simulation.
1) Sign up using a business email to access our platform. Registration is currently invite-only. To request an invitation, please fill out the contact form.
2) Unlock up to 10 Complimentary AI simulation credits (limited to one allocation per company).
3) Test ArophaAI using your real-world regulatory-approved datasets to validate compliance in biodegradability assessments.
Our simulation pipelines are built with rigorous data privacy safeguards to ensure maximum client data confidentiality. Data submitted through the Data Processing Portal remains completely inaccessible after computation is complete—it is never printed, stored on disk, or retained in persistent storage. All data in transit is securely encrypted, and all computations occur exclusively in volatile memory (RAM). Once processing is finished, the results are securely delivered via email to maintain end-to-end confidentiality.