Mission Brief

Ending the Deployment Gap in AI for Science & EngineeringFrom techbio and biotech to physical AI, materials, robotics, and clinical R&D

Today, most AI initiatives never make it into production—especially in techbio, biotech, physical AI, and AI4Science/AI4Engineering domains like longevity, virtual cells, clinical analytics, and biomanufacturing.

ArcellAI is the agentic data and context layer for AI-native R&D across techbio, biotech, physical AI, and scientific and engineering domains. Our agents ingest, structure, and operate on multimodal lab, clinical, operational, and IP data—unifying ingestion, provenance, and orchestration so models, scientific software, and real-world systems actually deploy, interoperate, and improve over time.

Our mission is to accelerate scientific progress to the speed of software and enable accessible, affordable longevity for everyone.

The Deployment Gap in AI for Science & Engineering

In techbio, biotech, physical AI, and AI4Science/AI4Engineering—from longevity and virtual cells to clinical analytics, bioengineering, and biomanufacturing—most AI never leaves the lab. Models look strong in notebooks and slide decks, but break against messy, multimodal, regulated reality.

The failure modes rhyme everywhere: fragmented data silos, brittle one-off pipelines, no trustworthy provenance, and no orchestration layer that makes AI agents safe enough to operate on real R&D and engineering systems.

ArcellAI is built to close this gap: an agentic data layer that sits across lab, software, and model infrastructure, so scientific and engineering AI is deployable, auditable, and continuously improving.

Field Report

Observed failure patterns

  • Assays, omics, imaging, and documents live in separate systems with no shared ontology.
  • One-off pipelines without versioning, lineage, or reproducibility safeguards.
  • Models tuned on static snapshots, not live experimental and manufacturing feedback.
  • Compliance and clinical teams unable to trust or audit AI recommendations.

ArcellAI response

  • Agentic multimodal ingestion that continuously harmonizes lab, clinical, and IP data.
  • End-to-end provenance graph with tamper-evident lineage and replayable runs.
  • Orchestration that turns experiments into reliable, versioned AI workflows.
  • Governed semantic layer that gives scientists, clinicians, and regulators a shared source of truth.

Watch the Launch Video

See how ArcellAI transforms data workflows for R&D teams

What the Agentic Data Layer Delivers

End-to-end automation across ingestion → transformation → lineage → orchestration → model invocation. Standardized tool APIs and deep integrations turn your data infrastructure into autonomous scientific and engineering workflows. A self-driving semantic layer ensures metrics and calculations remain consistent across teams. Every run versions data, captures lineage, and strengthens your provenance graph.

Agentic Data Engineering

Automates ingestion → cleaning/transformation → lineage → orchestration across your R&D stack.

Context-Aware Reasoning

Purpose-built agents with domain-specific intelligence via context engineering and tool use.

Provenance & Reproducibility

Versioned datasets, transformation lineage, and auditable workflows captured in a provenance graph lightly anchored on distributed ledger rails for tamper-evident, long-range agent memory.

Self-Driving Semantic Layer

Autonomously defines and centralizes research metrics, experimental KPIs, and statistical calculations—ensuring consistency and governance across all R&D analytics.

Ready to Accelerate R&D?

ArcellAI turns fragmented data work into autonomous, reproducible workflows—so your team can focus on discovery. Go from raw data to decisions in hours, not months.

Meet Our Team

The brilliant minds behind ArcellAI's revolutionary agentic data science platform.

To Be Disclosed

Our team information will be revealed soon. Stay tuned for updates on the exceptional researchers and engineers building the future of autonomous data science.

Built on PyTDC

The ArcellAI platform is built on the data view design and API-first paradigm introduced in the PyTDC publication at ICML 2025. PyTDC is a multimodal machine learning platform for biomedical foundation models that unifies distributed data sources and standardizes AI inferencing and benchmarking endpoints.

Get In Touch

Ready to revolutionize your data science workflows? Let's discuss how ArcellAI can accelerate your research.