MIKAZUKI
Connect biometric sensors to Android.
Capture raw data instantly.
App Now Available!
Android app for sensor data collection
Capture, visualize, and export raw data for AI development.
*This app is intended for research and development purposes only. It is not designed for medical treatment or diagnosis.
Key Features
- Import and display serial data from biometric sensors on Android devices
- Support for high-resolution data acquisition up to 1 kHz (some features require a paid plan)
- Export time-series data in CSV format for external analysis (available in the paid version only)
- Offline, simple design for use anywhere
- Optional integration with a research and development support platform for researchers and engineers
Supported Environment & Notes
- This app is for Android only.
- A biometric sensor, a microcontroller (e.g., Arduino), and a wired connection setup are required separately.
- This app is intended for research and development purposes only. It is not designed for medical treatment or diagnosis.
- Biometric sensors and the required connection setup are not included and must be prepared separately.
- If you need a custom sensor setup to match your use case, please contact us for individual consultation (available for academic institutions and corporate customers only).
Capture Raw Biometric Data
on Your Smartphone
MIKAZUKI is a development platform for AI and healthcare research.
Simple and reliable. Connect biometric sensors directly to Android.
Capture and visualize raw data in real time.
A one-stop solution
for mobile measurement environments.
Challenges with Conventional Systems
- Bulky equipment
- Difficult setup
- PC-dependent workflows
- High setup effort
What MIKAZUKI Enables
- Portable, smartphone-based measurement
- End-to-end development support
- Wide sensor compatibility
Service Flow & Components
Supported Sensors
ECG / EMG
EEG / Respiration
Provided Resources
Circuit design support
Firmware
App templates
Source code
Mobile Implementation
Direct Android Connection
Outcome
Research efficiency
＆
Real-time analysis
Have you faced
challenges like these?
Custom apps per sensor
Each sensor requires separate app development, slowing down research.
Bulky, costly hardware
Devices are large, expensive, and hard to deploy in real-world settings.
No access to raw data
Systems often provide only processed data, limiting research flexibility.
Complex setup required
PCs and specialized drivers make setup difficult for many users.
Who is for MIKAZUKI?
For Research & Development Teams
Clinical Research Teams
Current Challenges
Need 24-hour biometric data, but large equipment slows setup and
transport.
Mobile Measurement
Easy-to-use wearables enable bedside measurement with less burden on patients and researchers.
Pharma R&D Teams
Current Challenges
Raw data analysis is essential, but collaboration with AI teams often slows progress.
Instant Raw Data Access
Collect and share raw data instantly without preprocessing, accelerating
analysis cycles.
HealthTech & AI Startups
Current Challenges
High-frequency data is needed, but building apps from scratch delays PoC.
Rapid PoC
Start collecting high-frequency data in weeks with no app development
required.
Value We Provide
Fully local
operation
Protect sensitive data with an offline design that does not rely on the cloud.
Raw data acquisition architecture
Provide a pipeline designed for analyzing subtle waveform variations.
Smartphone-only
workflow
Enable measurement, visualization, storage, and export—all without a PC.
Sensor-Agnostic
Interface
Compatible with serial communication, allowing reuse of existing devices without modification.
Prototyping
Support
Enables researchers to quickly implement and test their own algorithms.
Service Overview
MIKAZUKI provides customized solutions
based on your research theme, sensor specifications, and experimental protocols.
Custom 3D-printed enclosures
Custom enclosures for any setup, delivered with STL/STEP files and physical models.
Firmware examples
Ready-to-use firmware with high sampling rates and multi-channel support.
Android reference app
Reference app with real-time visualization, export, and parameter control.
Full Android app source code
Full app source code provided via a shared Git repository.
Custom implementation options
Custom implementation support for UI/UX, BLE, and AI integration.
Technical support
Ongoing technical support with debugging, reviews, and documentation.
IRB support
IRB support with protocol preparation and ethics review assistance.
Medical device classification support
PMDA classification support with regulatory consultation.
*BLE wireless modules, AI analysis libraries, etc., will be proposed in stages according to the roadmap.
System Architecture Example
Contact Us
Have questions?
Can you capture this data? Can sampling be customized?
Talk to our engineers directly.
Demo units and online demos available.
Disclaimer / Important Notice
By using the MIKAZUKI Development Support Service (hereinafter referred to as the “Service”), customers (users) are deemed to have agreed in advance to the following terms.
Please review and understand the contents before making an inquiry.
1.Nature of the Service
- For Research Use Only： This Service provides technical support for building a research-oriented mobile platform, including circuit design, firmware examples, and Android application templates for directly connecting various sensors (such as ECG, EMG, respiration, and EEG) to smartphones.
- Not a Medical Device： The deliverables provided by our company do not qualify as medical devices under applicable laws and regulations (including Japan’s Pharmaceuticals and Medical Devices Act).
They must not be used directly for diagnostic or therapeutic purposes.
2.Intellectual Property (IP)
All rights to the content used in providing this Service (hereinafter referred to as the “Content”) and all deliverables shall remain the property of our company.
We grant users a non-exclusive, non-transferable, and non-sublicensable license to use the Content and deliverables within Japan in accordance with individual agreements.
Such use does not constitute a transfer of ownership rights.
3.Disclaimer of Warranties
The Service and all deliverables are provided on an “AS IS” basis.
We make no warranties whatsoever, including but not limited to merchantability, fitness for a particular purpose, or absence of errors.
Users are responsible for verifying functionality, safety, and compliance with applicable laws when using the Service and deliverables.
4.Limitation of Liability
Except in cases of willful misconduct or gross negligence on our part, we shall not be liable for any damages arising from the use or inability to use the Service or deliverables.
In the event liability is recognized, it shall be limited to the total amount paid by the user to our company.
5.Third-Party Products and OSS
Deliverables may include products such as sensors manufactured by third parties and open-source software (OSS) libraries.
Use of such third-party products and OSS shall be governed by their respective terms and licenses, which shall take precedence.
We make no warranties regarding the performance, legality, or any other aspects of such third-party products or OSS.
6.Service Changes and Termination
We reserve the right to modify or terminate the Service with reasonable prior notice.
We shall not be liable for any damages resulting from such changes or termination.
Standard Service Flow
(For reference only. Details may vary—please contact us for more information.)
1.Requirements Hearing and Contract Execution：
We conduct interviews with users regarding research objectives, sensor specifications, and experimental protocols, and define the technical requirements necessary for development.
Based on this, we provide a quotation and enter into an individual agreement.
2.Risk Assessment (User-led / Company-supported)：
Users are responsible for conducting hazard analysis and personal data risk assessments in accordance with ISO 14971 and documenting the results.
We provide technical guidance to mitigate identified risks and supply relevant documentation as needed.
3.PoC and Validation (Shared Responsibility)：
We provide application and hardware prototypes, along with operational guidance and remote debugging if necessary.
Users are responsible for evaluating performance, safety, and regulatory compliance, and determining acceptance.
4.Custom Implementation & Documentation (Company-led / User Review)：
Upon request, we implement additional features and prepare technical documentation and user manuals.
Users review the deliverables and confirm their suitability for research purposes.
5.Regulatory Compliance & Operation (User-led / Company-supported)：
Users are responsible for completing all necessary legal and ethical procedures prior to operation.
We provide ongoing support, including technical documentation and responses to inquiries as needed.
Specified Commercial Transactions Act Notice | Privacy Policy | Home
©nonat Inc. All Rights Reserved.