The H100 is a research-grade, non-medical EEG wearable designed for labs, universities, and developers who require high-quality neural data with full access to raw signals and APIs.

• Patented Hybrid EEG electrodes for research-grade EEG signal acquisitions.
• Low-noise sensor design
• Bluetooth wireless connectivity to mobile, tablet, or laptop
• Research SDKs and APIs
• Ideal for BCI applications.
• Integrated PPG and IMU sensors – enabling multimodal research on brain, heart, and motion.
• Very comfortable form factors and electrode mounting
• Smart algorithms for EEG and PPG data acquisition suitable for outdoor activities.
• Support for real-time streaming and third-party integrations.
• High sampling rate (model-dependent)

The H100 includes eight dry EEG sensors arranged in an optimized montage for cognitive, attention, workload, and general-purpose EEG measurement.

H100 uses patented hybrid electrodes requiring no gels. This makes it suitable for rapid deployment, classroom research, real-time demos, and large participant throughput.

250 Hz

Battery life ranges from 4–5 hours of continuous streaming, depending on sampling rate and connection mode.

The H100 is not a clinical device, but it provides a high-quality EEG comparable to that of other research-grade wearable systems. Independent validation packets are available upon request.

The research app + SDKs support:

• CSV
• LSL stream (desktop SDK)

Yes — full raw EEG access is available in real time or via device logs.

By default, raw EEG is provided without filters. Optional band-pass filters (1–45 Hz) can be enabled in the SDK.

Yes — precise timestamps, event tags, and custom markers are available through the SDK.

Yes. Support includes:

• Example MATLAB pipelines
• Python SDK
• LSL (Lab Streaming Layer)

Yes. The SDK allows synchronization via:

• System timestamps
• Software alignment
• Optional hardware sync (depending on lab setup)

• Python
• Node.js
• iOS / Android
• macOS / Windows
• LSL-based tools like OpenViBE, BCILAB, EEGLAB

Yes, integration for Unity and Unreal is possible. Integration examples for Unity (C#) are included in the developer documentation. Integration examples for Unreal (C++) will be made available in the future.

• API references
• Sample pipelines for signal processing
• Real-time visualization demos

No. All data stays on the researcher’s device or their storage environment.

Not inherently. Approval depends entirely on the researcher’s study design, participant population, and institutional guidelines.

Yes — provided the researcher’s IRB or ethics board approves the study.

No. The device does not collect GPS, biometrics, or personally identifiable information.

Hair can reduce contact. Part hair under the sensors and tighten the strap to improve contact quality.

• Cognitive load
• Workload & attention
• Behavior & perception
• Neuroergonomics
• Classroom/field research
• Rapid prototyping of BCI applications
• ML model training with EEG data
• And many more depending on your exploration

Yes, many researchers use it for multi-hour continuous monitoring.

It is possible for light sleep studies, but not intended for clinical sleep staging.

Yes — the H100 is designed for mobile research environments. However, motion and environmental noise may affect signal quality.

• Ensure electrodes are correctly seated
• Reduce participant movement
• Tighten/adjust the fit
• Move away from electrical noise sources

• Verify Bluetooth is enabled
• Close other apps connected to H100
• Check battery level
• Reset the device (instructions in manual)

Use a cleaning solution and a microfiber cloth. Avoid alcohol or abrasive cleaners.

Yes — institutional and university POs are supported.

Yes — multi-unit packs and institutional licenses are available upon request.

Shipments are available to research institutions in India.

One-year limited warranty for hardware manufacturing defects.

Yes — optional onboarding sessions, lab integration support, and analysis consultation are available.