Turn High-Volume EEG Data Into Interpretable Research Evidence
Neuromap™ supports CROs, pharmaceutical and biotechnology sponsors, Phase I units, universities and research consortia with central EEG quality control, advanced quantitative analysis, biomarker-oriented comparison, longitudinal tracking, specialist neuroscientist review and publication-ready outputs.
A Central EEG Core Laboratory for Complex and High-Volume Studies
Central EEG Quality Control
Apply consistent technical checks across participants, visits, devices and sites before advanced analysis.
170+ Analytical Outputs
Configure a study-specific selection from spectral, frequency, asymmetry, temporal, connectivity, complexity, network and translational domains.
Biomarker-Oriented Research Support
Organise eligible EEG-derived variables into transparent, hypothesis-led research frameworks without presenting exploratory outputs as validated diagnostic endpoints.
Pre/Post and Longitudinal Comparison
Examine within-participant, subgroup and cohort-level change using controlled processing settings.
Research Enhancement Analysis
Support ethically approved studies that compare baseline status, an intervention or exposure period, repeat qEEG and objective change over time.
Publication and Methods Support
Provide methods text, figures, tables, analytical definitions, limitations and specialist scientific interpretation.
High-Volume Operations
Configure standardised workflows for projects involving hundreds of EEG recordings, subject to feasibility, data quality and contracted review requirements.
One Centralised Workflow From Raw Recording to Research-Ready Output
Research teams often receive large volumes of EEG data but lack a single workflow for technical quality control, quantitative processing, cross-participant comparison, longitudinal interpretation and specialist review. Neuromap™ brings these functions together in a structured service designed around the study protocol, data architecture and intended research questions.
Scalable Processing
Configure repeatable analysis pathways for pilot datasets, high-volume studies and repeated assessment schedules.
Advanced Quantitative Analysis
Bring multiple spectral, frequency, asymmetry, connectivity, temporal and network-level outputs into one coordinated analytical framework.
Normative and Benchmark Context
Compare eligible variables against defined reference or benchmark datasets where methodologically appropriate and contractually authorised.
Longitudinal Intelligence
Track within-participant and group-level change across baseline, dosing, follow-up and extension visits.
Specialist Review
Combine computational output with review by an appropriately qualified neuroscience specialist before final release, according to the agreed scope.
Study-Ready Deliverables
Receive structured reports, tables, figures and machine-readable exports configured for the protocol, analysis plan or publication workflow.
From acquisition protocol to reviewed research deliverables in seven stages
Feasibility and Protocol Review
We review the acquisition protocol, file format, montage, sampling rate, recording conditions, metadata and intended research objectives.
Secure Data Intake
De-identified study files and required metadata are transferred through the agreed secure route.
Technical Quality Control
Recordings are checked for completeness, channel integrity, signal quality, artefact burden and protocol conformity.
Advanced EEG and qEEG Analysis
Eligible data pass through the configured Neuromap™ analytical pipeline and predefined study variables are generated.
Normative, Benchmark and Longitudinal Comparison
Outputs are contextualised against approved reference datasets and prior visits where applicable.
Specialist Review
A neuroscience specialist reviews the agreed findings, exceptions and interpretation before release.
Research Deliverables
The study team receives the agreed report, structured variables, visual summaries and optional recorded interpretation.
Built for Research Teams That Need More From EEG
Contract Research Organisations
Add specialist EEG and qEEG capability without building an internal analytical laboratory.
Pharmaceutical and Biotechnology Companies
Support exploratory neurophysiology, pharmacodynamic research, longitudinal analysis and methods development.
Phase I and Healthy-Volunteer Units
Process repeated EEG recordings within standardised early-phase study workflows.
Universities and Hospitals
Access advanced computational analysis and publication-oriented reporting for investigator-led research.
Medical Device and Neurotechnology Teams
Evaluate EEG-derived effects, target engagement and longitudinal change within defined research protocols.
Publishers and Research Consortia
Receive methodological guidance, analytical outputs and transparent reporting support for manuscripts and multicentre projects.
Research Applications Across Neuroscience
Neuromap™ can be configured for research programmes involving healthy volunteers and participant populations across neurodegeneration, neuropsychiatry, neurodevelopment, sleep, cognition and intervention studies. The analytical scope is defined by the protocol and does not replace clinical EEG interpretation or medical diagnosis.
Parkinson's and Movement-Disorder Research
Explore resting-state, motor-network, spectral, connectivity and longitudinal EEG variables within defined research designs.
Neurodegeneration and Cognitive Ageing
Support longitudinal brain-function analysis, cognitive research and exploratory neurophysiology in ageing, mild cognitive impairment and dementia programmes.
Psychiatry and Psychopharmacology
Evaluate predefined EEG variables across mood, anxiety, attention, arousal and treatment-response studies.
Healthy-Volunteer and Early-Phase Studies
Provide repeatable analysis for baseline, dose-escalation, crossover, safety and pharmacodynamic schedules.
Neurodevelopmental Research
Analyse age-referenced EEG patterns, network organisation and longitudinal change in appropriately governed research cohorts.
Sleep, Fatigue and Cognitive Performance
Support studies examining state, vigilance, fatigue, attention and performance-related neurophysiology.
Designed for High-Volume Research Workflows
Neuromap™'s configured analytical workflow is designed to reduce the delay between EEG acquisition and structured research output. In suitable projects, the platform can support an operational throughput of approximately four to six configured reports per hour, subject to recording quality, file standardisation, report complexity, computing capacity and the agreed level of specialist review. Study-specific turnaround times are confirmed during feasibility and contracting.
Discuss Your Dataset and Turnaround RequirementsAlgorithmic Scale With Human Scientific Oversight
Neuromap™ is not positioned as a software-only reporting service. Depending on the agreed service level, quantitative findings, technical exceptions and study-level interpretation can be reviewed by a specialist neuroscientist. Final deliverables may also include a secure recorded explanation for authorised members of the research team.
Planning an EEG-Enabled Study?
Send us your study outline, expected EEG volume, acquisition specifications and required deliverables. We will assess technical compatibility, propose an analysis pathway and provide a study-specific quotation.