Specialist agents read your data, plan analyses, and write reproducible notebooks — powered by 1,000+ omicverse functions and your choice of frontier model.
Ten purpose-built agents share the same kernel and 1,000+ omicverse functions. Switch the underlying model per turn — chat history and variables stay synced.
A web workbench where chat, notebook, and a shared Python kernel live side-by-side. Drop an .h5ad, ask a question — the right specialist picks up the work.
.h5ad, 10x mtx, AnnData URLs. Variables auto-detected and surfaced to every agent.
Specialists hand off to each other; the Collaboration pane shows the flow in real time.
Every tool call lands in a Jupyter notebook you can run, edit, and export.
A unified framework for bulk RNA-seq, single-cell, and spatial transcriptomics — 1,000+ functions across 9 modules, with a discoverable function registry that agents can search at runtime.
A flagship library, an agent SDK, drop-in Python ports of canonical R / Bioconductor tools, and Rust accelerators where it counts.
| py-monocle2 | → | Monocle 2 — trajectory inference | Qiu et al., Nature Methods 2017 |
| py-miloR | → | Milo — DA testing on kNN graphs | Dann et al., Nat. Biotech. 2022 |
| py-mclustR | → | CRAN mclust — Gaussian mixture clustering | Scrucca et al., 2016 |
| py-DoubletFinder | → | DoubletFinder — doublet detection | McGinnis et al., Cell Systems 2019 |
| py-scDblFinder | → | scDblFinder — Bioc doublet detection | Germain et al., F1000Research 2021 |
| py-dada2 | → | DADA2 — ASV inference from amplicons | Callahan et al., Nature Methods 2016 |
| py-cca | → | Seurat RunCCA — single-cell integration | Stuart et al., Cell 2019 |
| py-CopyKAT | → | CopyKAT — aneuploidy & CNA from scRNA | Gao et al., Nat. Biotech. 2021 |
| py-scmetabolism | → | scMetabolism — single-cell metabolism | Wu et al., Nat. Protocols 2022 |
| py-inferCNV | → | inferCNV — single-cell CNV inference | Broad Institute |
Your model + our agents = a vertical product. Both the agent SDK and the toolset registry are open and pip-installable.
Drop-in skill for any agent IDE — Claude Code, Cursor, Continue. Inherits the full omicverse function registry.
View on GitHub →The toolset registry every OmicOS agent reads at runtime. Add a new tool, get it across all 10 specialists.
View on GitHub →| 2026-04 | OmicOS launches: chat-driven multi-omics analysis | Product |
| 2026-03 | Pure-Python port of Monocle 2: a drop-in replacement | Engineering |
| 2026-02 | v1.7.9: 70+ tool integrations and a unified function registry | Release |
| 2026-01 | 24× faster Hi-C with rust-scHiCluster | Engineering |
| 2025-12 | Nature Communications 2024 — the omicverse paper | Research |
If you're building frontier models and want a vertical foothold in biology, talk to us. We're model-agnostic and bring 1,000+ tool calls, 10 specialist agents, and a real research user base.
We're building open infrastructure for next-generation biological discovery. omicverse is the engine; OmicOS is the agent host. Together, they're the substrate for a generation of AI-native biology products — including ours, and yours.