StimScience Inc.
Developer of a consumer wearable headband and mobile app that combine lab‑grade EEG sensing, personalized transcranial alternating current stimulation (tACS), and cloud-based AI/ML analytics. The system uses a session-based workflow (pre/post EEG snapshots, short pre‑bed stimulation, and overnight monitoring) to build a per-user model of sleep ('brainprint'), adapt stimulation across sessions, and deliver automated sleep reports via a mobile app and cloud service.
Industries
Nr. of Employees
small (1-50)
StimScience Inc.
Patents
System for variably configurable, adaptable electrode arrays and effectuating software
US-12208264-B2
View DetailsSystems, methods, and devices for biomarker shaping and sleep profile enhancement
US-12042606-B2
View Details
System for variably configurable, adaptable electrode arrays and effectuating software
US-12208264-B2
View DetailsSystems, methods, and devices for biomarker shaping and sleep profile enhancement
US-12042606-B2
View DetailsProducts
Smart sleep headband (wearable device)
Wearable headband combining EEG sensors, stimulation electrodes, integrated bone‑conduction audio, removable electronics, and wireless connectivity to deliver short pre‑bed stimulation sessions and collect overnight brainwave data for cloud processing and reporting.
Smart sleep headband (wearable device)
Wearable headband combining EEG sensors, stimulation electrodes, integrated bone‑conduction audio, removable electronics, and wireless connectivity to deliver short pre‑bed stimulation sessions and collect overnight brainwave data for cloud processing and reporting.
Services
Subscription service that processes overnight EEG recordings to build individualized stimulation programs, deliver short nightly stimulation sessions, and provide automated sleep reports and trend tracking via a mobile app and cloud platform.
Subscription service that processes overnight EEG recordings to build individualized stimulation programs, deliver short nightly stimulation sessions, and provide automated sleep reports and trend tracking via a mobile app and cloud platform.
Expertise Areas
- Personalized neurostimulation for sleep
- EEG‑based sleep monitoring and analytics
- AI/ML personalization for wearable neurotechnology
- Clinical research in human sleep neuroscience
Key Technologies
- Transcranial alternating current stimulation (tACS)
- Electroencephalography (EEG)
- Closed‑loop stimulation systems
- AI/ML personalization algorithms
News & Updates
Preprint white paper reporting early findings on personalized transcranial electrical stimulation and sleep outcomes.
Peer‑reviewed article reporting initial findings that personalized tACS increased sleep quantity and reduced sleep onset compared to fixed stimulation.
Reported collection and analysis of a large multi‑night sleep dataset (site reports >200,000 nights) and multi‑year R&D activity in laboratory settings.
Site reports clinician endorsements or sharing across a clinician network (reported counts on the site).
Preprint white paper reporting early findings on personalized transcranial electrical stimulation and sleep outcomes.
Peer‑reviewed article reporting initial findings that personalized tACS increased sleep quantity and reduced sleep onset compared to fixed stimulation.
Reported collection and analysis of a large multi‑night sleep dataset (site reports >200,000 nights) and multi‑year R&D activity in laboratory settings.
Site reports clinician endorsements or sharing across a clinician network (reported counts on the site).