LANTAPE Biosensors are the world’s first bespoke biomarkers AI platform for ear-based biomarker sensing applications. Packed with an unprecedented array of high-precision sensors, LANTAPE Biosensors redefines what’s possible in wearable tech. Designed for both medical and wellness applications, LANTAPE Biosensors are modular, reconfigurable, and built for the future.
Potential biomarker and vital sign collection includes the following:
- Body Temperature
- Heart Rate
- Pulse Oxygenation
- Blood Pressure
- Respiration Rate
- Blood Glucose
- HRV
- LASI
- Stress Level
- Body Sound (Bone-Con. & In-Ear Audio)
- Body, Ear Canal, & Head Motion
- Ear Canal Deformations via Pressure
- Ovulation Tracking
Designed for Expansion. Built for Innovation.
ARCHITECTURE
The LANTAPE Biosensors architecture is designed with a highly modular structure, enabling seamless integration of various sensors and components to adapt to different applications.
The system’s flexible interfaces and expandable design ensure easy customization, supporting diverse use cases. The device architecture is designed with a highly modular structure, enabling seamless integration of various sensors and components to adapt to different applications.
Flexible interfaces and expandable design ensure easy customization, supporting diverse use cases.
Talk to us about your needs and use cases.
POTENTIAL TO DETECT 30+ PHENOMENA
2 × Infra-/Audible-/Ultrasound Microphones (In Ear, Out of Ear)
Knowles SPH0641LU4H-1 LANTAPE Biosensors features two microphones capable of capturing both infrasound and ultrasound audio signals. One microphone is oriented inward toward the ear canal, while the other faces outward. By default, it supports audio streaming to a connected device at up to 48 kHz and recording to the internal microSD card at up to 62.5 kHz.
Potential Applications
3-Axis Bone Conduction Accelerometer
Bosch BMA580 LANTAPE Biosensors includes a 3-axis accelerometer that also functions as a bone-conduction microphone. Positioned at the entrance of the ear canal, it can also capture ear canal deformations. Recording is supported at up to 3.2 kHz for audio signals, making it ideal for detecting voice signals transmitted via bone conduction.
Potential Applications
Photoplethysmography Sensor
Analog Devices MAXM86161 The earpiece features a pulse oximeter with red, infrared, and green PPG sensors to detect blood volume changes via light absorbance. This enables real-time heart rate and blood oxygen (SpO₂ ) monitoring. By default, LANTAPE Biosensors supports streaming PPG data at up to 400 Hz via BLE and recording at up to 800 Hz. The calculated metrics can be streamed and recorded at up to 10 Hz.
Potential Applications
9-Axis Inertial Measurement Unit
Bosch BMX160 The 9-axis inertial measurement unit consists of an accelerometer, a gyroscope, and a magnetometer. By default, LANTAPE Biosensors allows streaming IMU data in real-time at up to 120 Hz via BLE and recording to the internal SD card at up to 800 Hz.
Potential Applications
Optical Skin Temperature Sensor
Melexis MLX90632 LANTAPE Biosensors is equipped with a factory-calibrated, medical-grade optical temperature sensor that can measure skin temperature with high accuracy. The data can be streamed via BLE or recorded to the internal SD card at up to 64 Hz.
Potential Applications
Ear Canal Pressure Sensor
Bosch BMP388 LANTAPE Biosensors has an inward-facing pressure sensor that makes it possible to measure pressure changes in the sealed ear canal. It possible to get precise measurements up to 120 Hz streamed via BLE and up to 200 Hz recorded to the internal SD card.
Potential Applications
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