Corensia
Comprehensive professional dietetic and clinical software integrated with a database of 12,025 foods and 477 detailed nutrient parameters (USDA & Global DBs).
Bibermod Labs is an independent technology laboratory that transforms academic research into scalable, entrepreneurial software products across advanced statistics, bioinformatics, AI, and systems engineering.
Bibermod Labs software processes millions of biochemical, genomic, and statistical data points offline and securely.
3 core disciplines our laboratory drives
Dietetics, biochemistry, clinical analytics, and nutritional optimization algorithms.
Structural equation modeling, scale adaptation, meta-analysis, and research software.
Digital signage, hospitality platforms, second-brain knowledge systems, and IoT.
Flagship scientific software platforms developed and maintained by our laboratory
Comprehensive professional dietetic and clinical software integrated with a database of 12,025 foods and 477 detailed nutrient parameters (USDA & Global DBs).
AI-powered clinical case simulation and dietetics training platform. Allows students and clinicians to simulate nutrition therapy processes through realistic patient scenarios.
A smart desktop focus companion designed for individuals with ADHD and time blindness to break hyperfocus cycles and manage breaks effortlessly (v1.1.10).
AI-powered clinical nutrigenetics and pharmacogenetics decision support panel mapping 12,091 genes, 8,405 enzymes, 8,860 nutrients/metabolites, and 7,986 active drug substances.
Nutrilase maps MTHFR, COMT, and CYP enzymatic variants from offline VCF files to construct biological connection graphs.
Corensia processes 477 nutrient parameters to provide automated recipe optimization, menu creation, and AI clinical summaries.
BBR Claria offers offline break management and vignette visual alerts using Rust/Tauri consuming ~15 MB RAM.
BBR Stats computes Confirmatory Factor Analysis (CFA), Cronbach α, and McDonald ω coefficients for academic researchers.
Our 3-stage iterative engineering pipeline turning scientific theories into production software
Analyzing complex problems and mathematical/bioinformatics models in academic literature.
Transforming models into high-performance data structures, Python/R libraries, and modern stacks.
Delivering user-centric, scalable, market-ready software products and platforms.
Let's turn your academic research or deep-tech idea into scalable software
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