Healthcare solutions built around continuous physiological data

We translate biosensing, embedded systems, and data intelligence into connected healthcare solutions designed for real-world monitoring.

From physiological signals to wearable healthcare devices

We develop compact platforms that combine physiological sensing, embedded electronics, wireless connectivity, and intelligent processing in one wearable system.

Signal quality, power efficiency, miniaturization, wearing comfort, and long-term stability guide every engineering decision.

  • Multi-parameter sensing
  • Low-power architecture
  • On-device processing
  • BLE connectivity
  • Mechanical integration
  • Prototype validation

Typical applications Sleep monitoring · Cardiorespiratory monitoring · Recovery · Home healthcare

72 BPM
98 SpO₂
18 RPM

Extending monitoring beyond clinical environments

Reliable remote care depends on more than transmission. We connect sensing, edge processing, communication, and data services into a coherent monitoring workflow.

Patient Wearable sensing
Edge Signal processing
Connectivity BLE / Mobile
Platform Data management
Healthcare Review & management

Post-discharge monitoring Home monitoring Long-term observation Elderly care

02:47 OVERNIGHT
68 HR 97% SpO₂ 15 RR LOW Motion

Continuous monitoring for a clearer understanding of sleep

Sleep involves cardiovascular, respiratory, movement, and behavioral signals. Our wearable sensing systems capture these parameters throughout the night while minimizing interference with natural sleep.

Compact hardware, embedded algorithms, and connected data processing support home screening, sleep quality assessment, and long-term observation.

Heart Rate SpO₂ Respiration Movement

Supporting physiological monitoring over time

Long-term care requires continuity rather than isolated measurements. Our platform is engineered around power efficiency, wearing comfort, data integrity, and dependable operation over extended periods.

Cardiovascular health Heart rate and trend monitoring
Respiratory health SpO₂ and respiratory trends
Recovery management Observation after intervention
Elderly care Home and assisted-living monitoring
Preventive healthcare Meaningful changes over time

Engineering the system around your application

When a fixed platform is not enough, we configure sensing, embedded architecture, firmware, algorithms, connectivity, and form factor around the intended use case.

Application Clinical scenario
Sensing Signal strategy
System Hardware & firmware
Intelligence Processing & algorithms
Product Validation & scale
Sensor configuration Firmware BLE & connectivity Signal processing Algorithm integration Product form factor Data interfaces Manufacturing engineering

Build the next connected healthcare product with Osmiler.

Bring us the monitoring scenario. We provide the engineering foundation to turn it into a reliable, scalable product.

Discuss your application