Healthcare Product Development

Yes. We develop custom healthcare solutions that enable seamless integration with EHR/EMR platforms, laboratory systems, and other hospital infrastructure—including legacy backends. Depending on your existing IT stack, we use HL7, FHIR, or secure web APIs to provide reliable data exchange between our devices and clinical software. We also enforce authentication, encrypt data in transit, and implement access controls to protect sensitive patient information, helping you meet regulatory requirements without custom re-engineering on your side.

We capture physiological signals using high-precision analog front-ends (AFEs), low-noise amplifiers, and analog filtering. To process the acquired data with minimal and predictable latency, we use low-power microcontrollers running lightweight RTOS, ensuring deterministic task scheduling so critical events are detected in real time. For advanced signal processing, we implement DSP algorithms directly on the device. Our expertise in healthcare device engineering helps reduce motion artifacts and improve signal quality, enabling reliable performance in continuous monitoring and IoT solutions used across the healthcare industry.

We support widely used medical communication standards to ensure interoperability with clinical systems. For integration with hospital platforms and EHRs, we implement HL7, FHIR, DICOM, and IEEE 11073 for structured medical device and personal health data exchange. At the connectivity layer, we use Bluetooth Low Energy (BLE), Wi-Fi, and MQTT, while REST APIs enable secure integration with cloud platforms and third-party applications. Our healthcare solutions development focuses on reliable interoperability of custom healthcare systems within modern clinical workflows.

We ensure data security and patient privacy throughout healthcare device development, from system architecture to deployment. Our team implements encrypted storage and data transmission, secure boot, authenticated firmware updates, and role-based access control. We use TLS for secure communications and follow secure coding practices, threat modeling, and rigorous testing. For IoT healthcare devices and smart devices in healthcare, we follow software development practices aligned with IEC 62304 principles and design with HIPAA and GDPR data protection requirements in mind.

We optimize power consumption at every stage of healthcare solutions development. Our engineers select low-power components, including low-quiescent-current ICs and efficient power converters, and optimize firmware using low-power operating modes. We reduce radio activity, disable unused peripherals, and design battery management and charging circuits to maximize safety and battery life. This approach enables reliable operation between charges for IoT devices used in the healthcare industry.

We validate healthcare firmware through a multi-stage testing process that includes static code analysis, unit, integration, and system testing. We perform Hardware-in-the-Loop (HIL) testing to emulate real operating conditions and verify firmware behavior on target hardware. Additional stress, fault-injection, and communication interface testing help ensure stable performance. We also verify data integrity, connectivity, and end-to-end system behavior throughout the healthcare devices engineering lifecycle.