Your lab generates terabytes of neural data. We analyze it overnight.

NeuroForge is an AI-native platform that automatically processes calcium imaging, electrophysiology, and behavioral data. No MATLAB scripts. No manual ROI curation. Upload raw data, get publication-ready results by morning.

10x
Faster analysis
Zero
Code required
24/7
Autonomous processing
neuroforge analysis
$ neuroforge analyze session_042.tif
├─ Detecting motion artifacts... done
├─ Extracting neural signals... 847 neurons found
├─ Deconvolving spike trains... done
├─ Mapping functional circuits... 12 ensembles
├─ Generating report... done
Analysis complete. 42 min elapsed
Results: /reports/session_042/
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How it works

Three steps. No expertise required.

01

Upload raw data

Drop in your .tif, .nwb, or .h5 files from any microscope or recording system. Inscopix, Miniscope, Neuropixels, patch clamp. We handle the rest.

02

AI processes overnight

Our models handle motion correction, signal extraction, spike deconvolution, cell registration across sessions, and functional connectivity mapping. Automatically.

03

Publication-ready output

Wake up to clean traces, identified neurons, circuit maps, and statistical summaries formatted for your next paper. Export to NWB, MATLAB, or Python.

Capabilities

Built for real neuroscience workflows.

Signal Processing

Calcium imaging, any scope

1-photon miniscopes, 2-photon systems, fiber photometry. One platform handles them all with modality-specific preprocessing pipelines tuned for each signal type.

Cross-Session

Track neurons across days

Automatically register and match the same neurons across recording sessions. Track how neural populations evolve over the course of a behavioral experiment.

Circuit Mapping

Functional connectivity in one click

Identify neural ensembles, compute pairwise correlations, and map functional circuits from population activity. No custom analysis scripts needed.

Open Standards

NWB-native, export anywhere

Results stored in Neurodata Without Borders format. Export to MATLAB, Python, or R. Your data stays yours, in formats the community already uses.

The tools neuroscience labs deserve have always been locked inside academic code.

MIN1PIPE proved that automated neural data analysis works. NeuroForge makes it accessible to every lab, every modality, every experiment. The era of running decade-old scripts and hand-curating ROIs is ending.