The device records.
In-ear EEG sensing research, session identity, timing, contact conditions and acquisition metadata.
The physical measurement layer
MZRNEUROTECHLet’s connect THE AI INTELLIGENCE LAYER
Large language models can connect a study’s recording summaries, diaries, protocols and review history. The goal is not a more confident chatbot. It is a more inspectable research brief.
THE LANGUAGE-MODEL LAYER
Explore how the AI layer connects recording summaries, diaries, protocols and prior review decisions—without hiding uncertainty.
Ask across sources.
Go back to the evidence.
LONGITUDINAL CONTEXT
PREPARED EXAMPLEN-03 has 48 more reviewable minutes than N-02, but its analysis version also changes the exclusion criteria. The AI needs to reconcile the method note, coverage register and reviewer context before calling the difference a study finding.
THE AI RESEARCH WORKSPACE
Six connected capabilities bring recording summaries, study context and review history together. Each has defined inputs, reviewable outputs and a human decision boundary.
Bring multiple recording summaries, quality flags, participant notes, and prior reviewer decisions into one contextual review. Separate a recurring observation from a gap in the data.
Extract reported events from a sleep diary or interview. Align approximate time references with recording intervals while preserving uncertainty and disagreement between sources.
Retrieve relevant passages from an approved study context. Draft an answer that points to the recording summary, reviewer note, or protocol section behind each material statement.
Compare a study packet with its approved documentation requirements. Surface missing identifiers, absent approvals, mismatched versions, and unrecorded decisions for the study coordinator.
Organize a team-approved library of papers and method notes. Compare research questions, study populations, measurement methods and limitations without presenting a publication as evidence about an individual.
Draft research summaries, reviewer questions and study-coordination briefs using a defined schema. Carry source links, limitations, version references and ownership into the handoff.
DIFFERENT MODELS. DIFFERENT RESPONSIBILITIES.
A responsible system should distinguish what was measured, what an algorithm estimated, and what a language model wrote.
In-ear EEG sensing research, session identity, timing, contact conditions and acquisition metadata.
The physical measurement layerQuality screening, exclusions and versioned signal-derived features, evaluated against the intended research task.
Task-specific models and explicit calculationsAuthorized summaries, diaries, protocols and review history assembled into cited questions, comparisons and drafts.
Long-context reasoning and retrievalInspect the evidence, resolve uncertainty, approve interpretation and decide what is appropriate to share.
Human authority and accountabilityNo standalone language model is presented as a raw EEG decoder, clinical decision-maker or substitute for device validation.
EVALUATE WHAT THE MODEL ACTUALLY DOES
Before a connected deployment, define the sources, intended users, output schema and failure conditions. Evaluate the review—not just the wording.
Does each material statement have relevant source support?
References, intervals and source typeDoes the output preserve disagreement between records?
The conflict, not a guessed resolutionDoes the model say what it cannot establish?
Exclusions, unknowns and missing notesAre calculations explicit and reproducible?
Units, definitions and calculation basisCan a draft be mistaken for a completed decision?
Reviewer, version and approval statusTHE NEXT QUESTION IS WORTH EXPLORING