Frame the question
Write a falsifiable claim, a baseline, sample size rationale, and a scoring rule before collecting data. An experienced participant’s report is an observation to test.
Human insight.
Machine potential.
A proposed bridge between a brain–computer interface, AI imaging, and a human participant. Your starting point for rigorous, imaginative research.
Configure your kit ↓01 / INPUT
→Neural interface
Record signals and quality metadata.
02 / INTERPRETATION
→AI imaging
Generate labelled image hypotheses.
03 / EVIDENCE
Human research
Preserve reports. Test blind. Replicate.
The research boundary
Today’s BCIs can support measured neural-signal interfaces. They do not establish remote viewing, access to nonlocally stored information, or a White Noise Computer. Quantum entanglement alone cannot carry controllable messages. The kit studies claims through conventional measurements.
Read sources & principles01 / STACK EXPLORERDifferent tools.
Different tools.
Different starting points.
| Neural interface | Proposed AI & software pairing | Build first | Access |
|---|---|---|---|
| OpenBCI Cyton ↗ | BrainFlow + MNE + local SDXL / Diffusers | Artifact-aware EEG timeline with a separate image-hypothesis panel | Research hardware |
| EMOTIV EPOC / Insight ↗ | Cortex API + Gemini + an image-generation workflow | Synchronised reports, licensed signal streams, and versioned prompts | Licence dependent |
| Muse ↗ | Muse SDK + Claude Vision + SDXL | Session journal and participant-sketch annotation | SDK terms apply |
| Neurable ↗ | Developer kit + Gemini-assisted research notes | Focus/fatigue interface experiments using available outputs | Request access |
| Neuralink ↗ | Clinical research adapter + a versioned AI analysis layer | Protocol planning and simulated device data | Clinical partnership |
Suggested architectures, not tested integrations or vendor partnerships. Raw-data access, model licences, device compatibility, privacy terms, and API availability must be verified before purchase or use. Neuralink is not presented as a consumer developer kit.
RESEARCH CONSOLE / 001YOUR FIRST RESEARCH STACK
Build your development kit.
Pair a neural interface with an AI workflow. Export a starting specification, then validate each integration.
02 / RESEARCH PATHGive every claim
Give every claim
a fair test.
Keep the target blind
An independent custodian randomises and conceals targets. Separate participant, facilitator, scorer, and target roles; prevent ordinary information leakage.
Record with consent
Use informed consent and suitable ethical oversight. Preserve raw EEG, quality flags, timestamps, participant sketches, and reports with access controls.
Lock the AI workflow
Freeze prompts, model versions, seeds, and candidate count before revealing a target. An AI-generated image is a hypothesis, not a recovered photograph.
Score and replicate
Score against preregistered alternatives, blinded raters, and chance baselines. Report misses and all planned analyses. Seek independent replication.
Publish the boundary
Separate measured results, interpretation, and speculation. A surprising score alone would not identify a mechanism or demonstrate quantum communication.
FROM RESEARCH TO TRANSFORMER APPSOne contract.
One contract.
Many possible forms.
Define every app through intent → constraints → simulation → human review → audit. A future O.S.T.S.S. adapter could translate that contract into physical behaviour if the necessary systems are ever validated.
Today, the development kit targets conventional software and synthetic data. Swarm and fabrication adapters stay in simulation.
Explore Swarm FoundryTHE NEXT IDEA COULD BE YOURSStart with a concept.
Find your starting point Start with a concept.
Take it somewhere new.
Fork a direction. Build a small prototype. Publish what you learn.