AID3D

Autonomous Intelligence for Data-Driven Discovery

Research agents deployed inside your data silo — turning proprietary datasets into publishable findings without data ever leaving your walls.

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Engine

Agentic Research Pipeline

An autonomous agent loop that decomposes natural-language research prompts into executable plans — from exploratory data analysis through model training to publication-ready reports.

Engine

On-Premise Deployment

Ships as a containerized stack onto your DGX or GPU cluster. Data never leaves the building. Air-gapped, HIPAA-aligned, designed for organizations that cannot move their data to the cloud.

01

Planner

Receives natural-language research objectives. Decomposes into a multi-step plan with checkpoints and human-review gates.

02

EDA Agent

Profiles distributions, missingness, target leakage, class imbalance. Generates visualizations and a data quality report before any modeling begins.

03

Feature Engineering

Domain-aware feature creation. Understands clinical hierarchies, spectral transforms, ICD codes, OMOP CDM, genomic variant encoding, and time-to-event structures.

04

Modeling Agent

Writes and executes real code — XGBoost, LightGBM, PyTorch, TensorFlow. Iterates on hyperparameters, compares architectures, and explains why one approach outperformed another.

05

Evaluation

Beyond accuracy. Calibration curves, fairness metrics, subgroup analysis, clinical utility, decision curves, and FDA-ready model cards and validation documentation.

06

Report Agent

Produces publication-quality outputs — LaTeX manuscripts, executive summaries, interactive dashboards — with proper citations and full reproducibility artifacts.

Not AutoML. A Research Teammate.

Existing platforms optimize for speed-to-deployment. We optimize for research depth. AID3D doesn't drag-and-drop a model — it reasons about your data, proposes hypotheses you haven't considered, runs overnight experiments, and presents findings in the morning. It maintains a research backlog your team can prioritize. It's the scaling function for organizations sitting on massive data lakes with more questions than data scientists.

Build the highest quality gradient boosting model for this signals data.
Now create a deep learning model and see if you can beat it.
Write up the comparison as a methods section with proper statistical tests.

Healthcare & Clinical

EHR data, clinical signals, imaging features, and patient outcomes — research pipelines that run inside hospital data silos.

Pharma & Biotech

Genomics, proteomics, drug response data, and clinical trial analytics on proprietary compound libraries.

Life Sciences Research

Multi-omics integration, signals processing, and large-scale observational study analysis with regulatory-grade documentation.