The Next-Generation BCI Ecosystem

From raw signal to

Run your entire BCI workflow in one desktop app, then publish methods others can actually reproduce.

Reproducible
AI-Powered
Collaborative
Publication-Ready

Built for biosignals

EEG, fNIRS, and EMG in one workspace.

Pipelines, not scripts

Design the method once, reuse it anywhere.

Runs on your machine

Your data and compute stay local by default.

Method travels with results

Workflow, settings, and reports stay attached.

Two apps, one workflow

Run it in BCILattice. Share it through BCINexus.

Do the work locally, then publish the method, no scripts to stitch between the two.

Desktop app · Free

BCILattice

The desktop workspace you actually work in.

Signals

Import files or stream live EEG, fNIRS, EMG.

Analysis

ICA, epoching, time-frequency, and features.

Training

Visual pipelines with local CPU/GPU training.

Reports

Publication-ready figures and exports.

Cloud platform

BCINexus

Where the work gets shared and reused.

Workflows

Reusable, versioned pipelines.

Review

Team feedback and reviewer sign-off.

Publish

Methods and results others can rerun.

Community

Discover, cite, and reuse work.

One account works across both apps.

Analyze locally Publish globally Reuse methods
What you can do

Everything from raw signal to published method.

Acquire, preprocess, build pipelines, train models, and publish without stitching scripts together.

Free desktop app

BCILattice

One app. Your entire BCI workspace.

Real analysis, not scripts

Channel quality and visualizations, ready before you train.

One format, every stage

Same project from raw signal to shared study.

Built for teams

Share workspaces, compare runs together.

BCILattice, ML Suite
BCILattice ML Suite Execute view showing training accuracy scores and live loss curves
How it works

From local workflow to reproducible publication

Start in BCILattice, package the method with its artifacts, then publish only when the work is ready for others to inspect and reuse.

Reproducible workflow path7 steps
STEP 01

Download BCILattice

Run work locally

STEP 02

Load your data

EEG, fNIRS, EMG

STEP 03

Reuse a study

Import published work

STEP 04

Build the method

NeuralFlow and MLFlow

STEP 05

Train and report

Keep compute local

STEP 06

Publish context

Share artifacts

STEP 07

Review and cite

Feedback, link, reuse

live
Faster experimentation

One workflow.
Every subject and model, compared.

Build one pipeline, compare models, track every run.

Multi-subject pipelines in one workflow
Model Selector compares architectures
Every run logged and restorable in Experiment Hub
Model comparison training

5 models × subjects · logged in Experiment Hub

S1S2S3S4S5S6S7S8S9EEGNetShallowCDeepConvLSTMTransf.
36/45

Multi

subjects

Side by side

model results

1 workflow

drives it all

HOW PUBLISHING WORKS

From workflow to reusable research.

01

Prepare & Describe

WORKFLOWMETADATA
BCILattice
↑
100%research packaged

Every workflow is complete and reproducible.

WHAT YOU PREPARE:

Complete your workflow in BCILattice, including preprocessing, training, evaluation, reports, models, and generated artifacts.

WHAT YOU DESCRIBE:

Add the title, abstract, methodology, datasets, authors, references, and supporting documents.

READY FOR PUBLICATION:

Your research is organized into a complete submission instead of disconnected files.

02

Review & Share

VISIBILITYREVIEW
BCINexus
↑
3visibility levels

Private, shared, or public, your choice.

VISIBILITY OPTIONS:

Keep your work private, share it with collaborators, or submit it for public publication.

QUALITY REVIEW:

Reviewers evaluate completeness, reproducibility, documentation, and overall research quality.

PUBLICATION READY:

Only approved research moves forward to public release.

03

Publish & Build Upon

PUBLICATIONLINEAGE
BCINexus
↑
∞reusable research

Every publish creates a reusable research asset.

WHAT GETS PUBLISHED:

Workflow, datasets, artifacts, reports, citations, downloads, version history, and supporting documentation.

COMMUNITY IMPACT:

Researchers can reproduce, extend, benchmark, fork, and cite your work while preserving complete research lineage.

Reusable studies

Stop starting from zero.
Reuse studies that already run.

Explore published studies. Adapt proven methods. Publish reproducible research.

…

Published studies

…

Total topics

…

Published datasets

Free

to browse and import

BCINexus Community

Build credibility with
researchers solving similar problems.

Connect with researchers, learn from proven approaches, and publish work that others can reproduce with confidence.

EEG ResearchersfNIRS LabsBCI EngineersClinical TeamsPhD StudentsPostdocs
View full leaderboard
Our Mission

Make BCI research connected, reproducible, and ready to build on.

Our mission is to give the BCI community one open home for its work, where anyone can discover, build, share, review, and reuse datasets, methods, models, workflows, and studies.

Every result carries its lineage: who produced it, how it was made, who reviewed it, and where it has been reused. Contributors are credited at every step, so researchers can go from finding an idea to building on it right away, picking up exactly where the last study left off.

  • The Next-Generation BCI Ecosystem
  • You Stay in Control
  • Traceable from Start to Finish
  • Credit That Travels with the Work
Across Research Labs Education Startups

BCINexus

The research infrastructure for BCI.

ResearchersWorkflowsModelsDatasetsStudiesPeer ReviewLabsInstitutionsDeploymentEdge Devices
Questions, answered

How BCINexus fits into your research

No. BCINexus complements publishing platforms such as IEEE, Springer Nature, Elsevier, Frontiers, and PLOS, as well as neuroscience journals like the Journal of Neural Engineering. Your paper is published through your chosen venue, while BCINexus hosts the complete research workflow, datasets, code, studies, models, and documentation, making your work reproducible, reusable, and easy to cite.

Still have a question? Talk to the team

Why us

Two products, two reasons to start.

One account across both, on the same cloud infrastructure. Switch on sync and your studies are backed up and safe — published or not.

BCINexus

Where the work gets found, reviewed and reused.

Cloud platform

Make your work part of a larger research network

  • Discover what others are working on

  • Connect your work with the BCI community

  • Turn completed work into reusable research

  • Research that can be examined and reproduced

  • Share research without losing context

  • Turn published research into a starting point

  • Re-run. Adapt. Extend.

  • Every derivative work stays linked to its source

  • Keep your team around the same research

Browse the community

BCILattice

The desktop workspace you actually do the research in.

Desktop app

From raw data to finished study, faster than ever

  • Your data, analysis and workflows in one place

  • EEG, fNIRS and EMG in one workspace

  • Build the pipeline your research needs

  • Extend with your own libraries and methods

  • Your entire experiment history, connected

  • AI that works with your workflows and results

  • Create and edit reports without leaving your research

  • Turn published methods into new experiments

  • The whole study, packaged as one

Explore BCILattice

Start with your data

Get BCILattice today.
Publish research others can reproduce.

From raw signals to published research in one workflow.

Local-first Visual workflows Reusable studies Research publishing

We're still improving this, as best we can. Doing research and need something specific? Ask for a feature