Scientific rigor
Ontologies, standards, and interoperable metadata boost statistical power and translational probability.
MAAP turns every preclinical animal into a rich, reusable research asset—linking FAIR metadata, 3Rs, and AI so teams run fewer repeats and make earlier go/no-go decisions.

Vision: Extract maximum scientific value from every animal used.
Problem: scattered spreadsheets and siloed systems force repeat studies and missed phenotypes.
Solution: a FAIR-by-design platform that structures metadata, monitors outcomes, and integrates with your lab stack—so studies are powered, traceable, and reusable.
MAAP is not a digital notebook or database plumbing. It turns animal experiments into structured, interoperable scientific assets that can be combined, compared, and reanalyzed without re-running cohorts.
Ontologies, standards, and interoperable metadata boost statistical power and translational probability.
Reduction via reuse; refinement via better monitoring; replacement via better predictions.
Less reinventing data, accelerated timelines, and AI-ready assets for multi-site programs.
MAAP isn't merely "compatible" with FAIR; it makes FAIR measurable:
Capture once, reuse everywhere—centralize and link data, metadata, and protocols to cut repeats.
Ontology-driven, FAIR-by-design architecture with audit trails and SEND/ARRIVE-ready outputs.
Secure sharing across sites; LIMS/ELN/HCM integrations; assets ready for AI and regulators.
Investigations → Studies → Assays. Ingest from LIMS/ELN/AMS with lineage intact.
JSON-LD + vocab validation so every subject and assay stays comparable. See <a href="/fair-by-design">FAIR</a>.
Assets, not files: export, reanalyze, and compare across cohorts. Browse the <a href="/use-cases">use cases timeline</a>.
Better metadata → higher statistical power → fewer repeated experiments.
Better monitoring → fewer missed phenotypes → earlier decisions.
Interoperability across sites → reduced duplication and cleaner transfers.
Ask: “How many mice could we reduce with 30% reuse of behavioral metadata?” Talk to us.
No. MAAP connects with your existing systems—ELNs, LIMS, HCM platforms—to avoid duplicate entry. It serves as a metadata hub that enriches, links, and harmonizes what you already capture.
MAAP manages preclinical metadata—subjects, protocols, devices, and outcomes—using ontology-based standards (JSON-LD, ARRIVE, FAIR, NWB soon) for full semantic consistency. Learn more in <a href="/fair-by-design">FAIR-by-Design</a>.
MAAP records all subject and experiment life events, enabling traceability, reproducibility, and transparency aligned with ethical best practices.
Export to CSV, JSON, JSON-LD, and RO-CRATE (NWB coming soon), and integrate with analytics tools, publications, or repositories like OSF.
MAAP serves academic labs, CROs, and pharma teams. Its modular architecture scales from small studies to enterprise programs.

Founder, CEO & CSO
15 years in preclinical research and behavioral neuroscience; founded Ontaya, NeuroNautix, and built MAAP to improve metadata management.

Backend Backbone
API Platform specialist; reviews architecture, hardens code, and crafts reusable modules.

CCO
Business development leader with 20+ years in MedTech across hematology, cell therapy, and osteoarthritis. Shapes GTM, builds CRO/biopharma/academic partnerships, and drives commercialization that keeps preclinical metadata FAIR and usable. Native French; fluent in English and Spanish.
Get in touch today.
How we make preclinical metadata FAIR-by-design.