Medical & Healthcare Industry

Embedded Product Engineering for
Connected Healthcare

Cirqbits supports embedded systems for wearable monitors, portable diagnostics, connected patient-care devices, rehabilitation products, medical IoT equipment, and laboratory systems, with safety, traceability, verification, and certification readiness considered from the start.

Hardware Firmware Mechanical Cloud & Applications
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Medical & Healthcare Devices embedded product engineering
Medical & Healthcare Devices
15+
Years Engineering Experience
End-to-End
Product Engineering
Connected
Hardware to Cloud
Prototype to Production
Lifecycle Support

Industry Engineering Scope

One Engineering Partner Across the Product Stack

Our engineering leadership brings 15+ years of embedded product-development experience. Medical-device work is approached with Safety, Traceability, Verification, Risk Management, and Certification Readiness in mind.

Single-Point Engineering PartnerHardware, Firmware, Mechanical Enclosure, Cloud, Web Application, Mobile Application, Testing, and Production Support stay coordinated throughout development.

Patient Monitoring Systems - ECG, SpO2, BP and Temperature

Portable Diagnostic Devices

Smart Wearables and Fall Detection

Telehealth Devices and Hubs

Point-of-Care Testing Equipment

Medical IoT Devices

Rehabilitation and Therapy Devices

Medication Dispensing and Compliance Tools

Medical Imaging Accessories

Lab and Biotech Equipment

Sterilization and Environment Monitoring

Representative Use Cases

Products and Systems We Help Develop

Representative product types are shown below. Final architecture is selected around accuracy, safety, environment, interfaces, power, compliance, cost, and production objectives.

Patient Monitoring Systems

Connected or standalone systems for vital-sign measurement and alarm handling.

  • ECG, SpO2, BP and Temperature Inputs
  • Signal Filtering and Event Detection
  • Display, Logging and Connectivity

Portable Diagnostic Devices

Handheld tools for glucose, hemoglobin and point-of-care testing.

  • Sensor and Cartridge Interface
  • Battery-powered Operation
  • Result Storage and Mobile Sync

Smart Wearables

Low-power wearable devices for health, wellness and fall detection.

  • PPG, IMU and Temperature Sensors
  • BLE Synchronization
  • Secure Data and OTA

Telehealth Devices and Hubs

Connected patient-care hubs for remote monitoring and consultation workflows.

  • Wi-Fi or Cellular Connectivity
  • Peripheral Device Integration
  • Cloud APIs and Role-based Access

Infusion and Syringe Pumps

Embedded control for fluid-delivery and therapy equipment.

  • Motor and Valve Control
  • Safety Interlocks and Alarm Logic
  • Dose, Timer and Event Logging

Smart Nebulizers and Inhalers

Connected respiratory devices with usage tracking and mobile support.

  • Actuation and Flow Sensing
  • Battery and Charging Management
  • Usage History and Reminders

Rehabilitation and Assistive Devices

Electronics and control systems for therapy and mobility products.

  • Motor and Position Control
  • User Inputs and Safety Feedback
  • Diagnostics and Service Modes

Cold-chain Data Loggers

Monitoring for vaccines, biologicals and temperature-sensitive products.

  • Precision Temperature Measurement
  • Tamper and Excursion Alerts
  • USB, BLE or Cellular Reporting

Interfaces and Integration

Sensors, Control, Communication and Connected Applications

We design the complete path from physical measurement and actuation through embedded processing, communication, user interfaces, data logging, and remote support.

Bio-signals & Sensors

  • ECG, PPG, SpO2, GSR and Optical Sensors
  • Pressure, Strain Gauge and Load Cell Inputs
  • Temperature, Motion and IMU Sensors
  • Heartbeat and Respiration Timing
  • Bio-signal Amplification and Filtering

Device Interfaces

  • USB CDC, HID and MSC
  • UART, SPI and I2C
  • CAN and CANopen where applicable
  • Ethernet, RS-485 and RS-232
  • Motor, Valve and Pump Control

Connected Healthcare

  • BLE 4.2 / 5.x and Wi-Fi
  • NB-IoT, LTE-M, GSM and 4G
  • Zigbee, Thread and LoRaWAN where applicable
  • MQTT, HTTPS and CoAP
  • Secure Storage, TLS and Controlled OTA

Why Cirqbits

Designed for Accuracy, Reliability and Deployment

Product decisions are made with field conditions, serviceability, manufacturability, cybersecurity, verification, and compliance planning in view.

01
Low-power Medical and Wearable Electronics

Planned as part of the overall product architecture, verification, deployment, and lifecycle strategy.

02
Bio-signal Acquisition and Processing

Planned as part of the overall product architecture, verification, deployment, and lifecycle strategy.

03
Patient-friendly UI and Mobile Application Design

Planned as part of the overall product architecture, verification, deployment, and lifecycle strategy.

04
Mechanical Design for Portable and Washable Products

Planned as part of the overall product architecture, verification, deployment, and lifecycle strategy.

05
Verification, Traceability and Risk-oriented Engineering

Planned as part of the overall product architecture, verification, deployment, and lifecycle strategy.

06
ISO 13485, IEC 60601, ISO 14971, FDA and CE Planning

Planned as part of the overall product architecture, verification, deployment, and lifecycle strategy.

Development Process

From Requirement to Production-ready Product

The flow is adapted to project maturity while keeping Hardware, Firmware, Mechanical, Applications, Verification, and Manufacturing aligned.

1
Clinical Use Case Mapping and Specification
2
Sensor and System Architecture
3
Hardware Engineering and PCB Design
4
Firmware, Drivers and Signal Processing
5
Mechanical and Ergonomic Design
6
Application and Cloud Integration
7
Prototype Verification and Risk Review
8
Pre-compliance and Certification Planning
9
Manufacturing Transfer and Support
Certification scope: Formal certification is not included automatically in the initial development scope. Applicable tests, documentation, and certification activities are planned as a separate phase after the beta prototype and target markets are confirmed.

Start Your Project

Develop Safer, Connected Healthcare Products

Share your use case, sensing and control needs, interfaces, operating environment, target volume, compliance goals, and current project stage. Cirqbits can support architecture review, complete development, subsystem engineering, modernization, or production transition.