mBrainTrain provides lightweight, fully head‑worn portable EEG systems that deliver wireless, ultra‑low latency brain recordings with sub‑millisecond time synchronization and real‑time movement‑artifact removal. The devices offer high‑resolution signal quality and real‑time streaming to PCs or Android phones, enabling researchers to capture reliable EEG data during free movement, outdoor field studies, hyperscanning, and even microgravity experiments on the International Space Station.
Funding
$74.4K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional EEG research relies on bulky, wired equipment that restricts participant movement and limits data collection to laboratory settings, making it difficult to study brain activity in real‑world, outdoor, or microgravity environments.
Solution
mBrainTrain offers lightweight, fully head‑worn portable EEG systems that provide wireless, high‑fidelity brain recordings comparable to conventional wired rigs. The devices feature ultra‑low latency transmission, sub‑millisecond time synchronization via LSL and TTL protocols, and automatic real‑time movement‑artifact removal, enabling reliable data capture during free movement, outdoor field studies, hyperscanning, and even on the International Space Station. Raw EEG streams are transmitted in real time to a PC or Android phone for immediate analysis, while the robust analog‑to‑digital conversion and strong common‑mode rejection ensure high signal quality across diverse environments.
Target Audience
Primary customers are academic and industry researchers conducting neuroscience, neuroergonomics, or hyperscanning studies who require mobile, high‑quality EEG recordings in laboratory, field, or space environments.
Features
- Fully head‑worn, lightweight design that allows unrestricted participant movement
- Wireless data transmission with ultra‑low latency and sub‑millisecond synchronization (LSL/TTL) for multimodal integration
- Automatic real‑time movement artifact detection and removal to maintain data integrity in dynamic settings
- High‑resolution A/D conversion with strong common‑mode rejection for superior signal quality
- Real‑time streaming to PC or Android devices, supporting both offline and online analysis workflows
- Compatibility with hyperscanning and neuroergonomic experiments through precise time‑stamping across multiple devices
- Proven operation in extreme conditions, including microgravity experiments aboard the International Space Station