Welcome to Qusp
Brain-computer interfaces built for clinical reality
Configure montages, run pipelines, monitor signal quality. The control plane for EEG and BCI, in one self-hosted deployment.
npx agentai onboard --yes
pnpm dlx agentai onboard --yes
bunx agentai onboard --yes
Trusted by clinical and research teams
Cited by the world's top neuroscience labs
4.8/5
Built for clinical and research teams
What you get
Everything you need to run neuroclinical systems
Four core capabilities, one platform. No glue code, no half-built integrations, no surprises in the clinic.
Signal Acquisition
Capture multi-channel EEG from any device with synchronized timing, event markers, and shared session context.
Processing Engine
Real-time signal processing with persistent sessions, resumable analyses, and graceful artifact recovery.
Monitoring
Every channel, event, and transform logged. Replay any session, isolate any artifact.
Compliance
Approval gates, data-quality thresholds, and audit logs. Clinical rigor without the overhead.
ABOUT US
Built for researchers, not vendors
At Qusp, we believe great neurotechnology disappears into the workflow. We handle the hard parts of EEG and BCI infrastructure so you can focus on the science.
Learn More
What we offer
Signal Acquisition
Open Methods
Real-Time Monitoring
Quality Controls
Self-Hosted Deploy
$ npx qusp onboard --yes
→ Installing Qusp runtime...
→ Setting up Postgres on port 5432...
→ Ready. Open http://localhost:3000
→ Installing Qusp runtime...
→ Setting up Postgres on port 5432...
→ Ready. Open http://localhost:3000
pnpm dlx agentai onboard --yes
bunx agentai onboard --yes
BENEFITS
Clinically validated Out Of The Box
Skip months of custom tooling. Deploy clinical-grade brain-computer interfaces with validated pipelines, traceability, and governance built in from day one.
Open Methods
Self-hosted, openly documented, no vendor lock-in. Audit the methods, validate the pipeline, run it on your own infrastructure.
Reproducible Results
Deterministic pipelines and version-pinned methods keep analyses consistent. No more irreproducible results between runs.
Full Observability
Every channel, event, and transform logged. Replay any session, isolate any artifact, audit any analysis.
Bring Your Own Hardware
Works with major EEG amplifiers, dry and wet electrodes, research and clinical systems. Switch hardware without rewriting a single pipeline.
8.4M+
Recording Hours
Multi-Site Studies
Coordinate recordings across sites with shared protocols, synchronized timing, and unified data — not isolated scripts running in parallel.
Validated Protocols
Clone validated study protocols from the research community. Sleep studies, ERP paradigms, neurofeedback regimens — ready to run.
OUR PROCESS
From raw signal to insight In Three Steps
01
Acquire & Connect
Connect your EEG hardware and start recording in minutes. One setup installs everything you need, in the lab or the clinic.
qusp connect
Connect Device
Start Session
02
Process & Analyze
Build analysis pipelines in a few lines of code. Set montages, filters, and quality thresholds. Define reproducible workflows with shared context.
Set Montage
Apply Filters
Set Thresholds
03
Deploy & Monitor
Hit run. Monitor recordings live from one dashboard. Pause, annotate, or flag any session. Every event logged, every session replayable.
Start Recording
Live Monitoring
Replay Any Session
Testimonials
LSL
Stream EEG in real time over Lab Streaming Layer for synchronized multi-device acquisition.
BIDS
Export recordings in Brain Imaging Data Structure format for standardized, shareable datasets.
EDF/BDF
Read and write European Data Format files for clean interchange with clinical systems.
MNE-Python
Hand off to MNE-Python pipelines for source localization and advanced statistics.
EEGLAB
Integrate with EEGLAB and FieldTrip for established MATLAB-based analysis.
REDCap
Sync session metadata and outcomes with REDCap for clinical research data capture.
Validated signal pipelines. Built-in.
Connect Qusp to your EEG hardware, recording systems, data stores, and analysis tools. If we don't support your device, integrate it in a few lines with our SDK.
Explore Platform
Problem Solved
What changes when you build on Qusp
Without Qusp
Dozens of disconnected recordings. No idea which session is which. Data lost between sessions.
With Qusp
Recordings stay organized and labeled. Sessions persist and sync. Nothing gets lost.
Without Qusp
A single mislabeled montage can invalidate an entire study's data overnight.
With Qusp
Automated signal-quality checks flag bad channels in real time, before they corrupt your dataset.
Without Qusp
Manual preprocessing steps you forget to apply. Scripts scattered across machines.
With Qusp
Reproducible pipelines run preprocessing automatically. You review instead of repeating.
Without Qusp
One artifact, buried in hours of recording. No idea which event or electrode caused it.
With Qusp
Every event, channel, and transform logged. Replay any session, isolate artifacts in minutes.
Without Qusp
Hand-rolled device integrations that break every time hardware firmware updates.
With Qusp
Hardware-agnostic acquisition layer. Switch EEG devices without rewriting a single pipeline.
Blog
Explore the latest research & insights
FAQ
Everything else you might want to know
Quick answers to help you plan, design, and build with confidence
What is Qusp and who is it for?
Qusp is a clinical-grade platform for EEG acquisition, signal processing, and neurofeedback. It's built for research labs, clinicians, and neurotechnology teams — from a single investigator running one study to multi-site institutions coordinating hundreds of sessions.
How is Qusp different from tools like EEGLAB or MNE-Python?
Those libraries help you analyze recordings after the fact. Qusp runs the whole pipeline live — acquisition, real-time signal-quality monitoring, processing, and storage — and exports cleanly into EEGLAB, MNE-Python, and BIDS so your existing analysis workflow still works.
Is Qusp really open source?
Yes. The self-hosted Community edition is free and runs entirely in your own environment — install it, audit it, and keep full control of your neural data. Qusp Cloud is the paid, managed version, but the core runtime is free forever.
Does it work with my EEG hardware?
Qusp is hardware-agnostic. It connects to amplifiers from g.tec, Brain Products, OpenBCI, and ANT Neuro over Lab Streaming Layer (LSL). Bring your own acquisition hardware and Qusp handles streaming, processing, and storage.
Do I need to know how to code to use Qusp?
No. The dashboard handles acquisition, montage setup, and review without code. For custom pipelines you can script in Python with MNE-Python and EEGLAB, but most studies run start to finish through the interface.
Is there a free trial?
14 days on Qusp Cloud, no credit card required. The self-hosted Community edition is free forever — install it in your own environment and start recording.
What happens if I reach my storage limit?
Recording continues uninterrupted. You get a soft alert at 80% of your storage allocation and options to archive or expand at 100%. No sessions are ever dropped or lost.
Can I switch between self-hosted and Cloud later?
Yes, anytime. Your studies and recordings migrate automatically when you move to Cloud. Switch back to self-hosted and you keep the same pipelines and configuration.
Do you offer discounts for academic or research institutions?
50% off Qusp Cloud for verified academic labs and non-profit research institutions. Grant-funded pilot studies may qualify for extended free access — contact our research team for details.
Do I need specific EEG hardware to use Qusp?
Qusp is hardware-agnostic. It works with amplifiers from g.tec, Brain Products, OpenBCI, and ANT Neuro over Lab Streaming Layer (LSL). You bring your own acquisition hardware; Qusp handles acquisition, processing, and storage.
How long does it take to get up and running?
Under five minutes for the self-hosted edition. One command installs the runtime, sets up the database, and opens the dashboard. Your first EEG stream is live within the hour.
What support do I get on each plan?
The Community edition includes our support forum and full documentation. Cloud gets email support with 24-hour response. Enterprise gets a dedicated success engineer and custom SLAs.
Can I migrate from another EEG analysis tool?
Yes. We provide import paths for EDF/BDF recordings and pipelines built in EEGLAB, MNE-Python, and BrainVision. Most labs complete migration in under a week — your existing montages and workflows carry over.
Do you offer onboarding help?
Cloud plans include a free 30-minute kickoff call. Enterprise plans get a dedicated implementation engineer for the first 90 days. Community users have full documentation and our research support forum.
What happens if something breaks during a study?
Cloud and Enterprise come with 99.9% uptime SLAs and a public status page. Critical issues get same-day response on Cloud, dedicated incident response on Enterprise. Issues in the self-hosted runtime are triaged daily on our issue tracker.