# BACKBONE — Medical IoT Platform | Spinex IO SPINEX IO · MEDICAL IoT # IoT infrastructure connecting health technology. Backbone IoT enables data flow between medical devices, wearable technology, and digital health systems **It is a gateway and IoT integration infrastructure.** CONNECTION **Multi-Device Integration** DATA **Secure Data Transfer** INFRASTRUCTURE **Scalable IoT Architecture** [Explore Backbone IoT ↓](https://spinex.io#backbone-yetenekleri) [Request a Technical Demo →](https://spinex.io/en/page/cms/019ff5865178722782920f271a6ddf0a) GATEWAY MEDICAL IoT BLE MQTT API INTEGRATION BACKBONE IoT CAPABILITIES ## What does Backbone IoT offer? It manages the entire integration process, from acquiring data from medical devices to securely transferring it to digital health platforms, under a single IoT infrastructure. 01 GATEWAY & DEVICE ### Collecting Data from Medical Devices Backbone IoT enables the digital transfer of health data by connecting compatible medical devices, wearable health technology, and sensors via a Gateway device. DEVICE *→* GATEWAY *→* DATA 02 DEVICE INTEGRATION ### Medical Device Integration It enables the integration of medical devices from different manufacturers with digital health systems through a common infrastructure. Multiple Devices Shared Infrastructure 03 REAL-TIME DATA ### Real-time data collection It supports the real-time acquisition, processing, and transfer of health data generated from connected devices to relevant systems. LIVE DATA 04 Data Standardization ### Data Transformation and Standardization It supports interoperability between devices and digital platforms by converting data formats from different devices into common data structures. DATA A + DATA B *→* **STANDARD** 05 SECURE COMMUNICATION ### Secure Data Transmission It ensures that the collected health data is transferred to the relevant digital health systems via secure communication protocols. SECURE ENCRYPTED 06 SCALABLE IoT ### Scalable Integration It offers a modular structure that supports the easy integration of new medical devices, sensors, and health technology into the existing infrastructure. DEVICE + SENSOR + PLATFORM BACKBONE IoT ECOSYSTEM ## Supported Integrations Backbone IoT enables the integration of data from medical devices and wearable health technology with digital health platforms and health information systems. DEVICE LAYER **Medical Devices** *→* CONNECTED GATEWAY + IoT INFRASTRUCTURE **BACKBONE IoT** *→* DIGITAL LAYER **Health Platforms** 01 / DEVICE LAYER ### Medical Devices and Wearable Technology Backbone IoT supports the digital transfer of data generated from various medical devices, wearable health technology, and sensors to the digital infrastructure via the Gateway device. Smart Bracelets *✓* Continuous Glucose Monitoring Systems CGM *✓* Patch ECG *✓* Smart Sensors *✓* Vital Signal Measurement Devices *✓* Compatible Medical Devices *✓* Device Connection **GATEWAY** 02 / PLATFORM LAYER ### Digital Platforms and Healthcare Systems Health data processed via Backbone IoT can be securely transferred to relevant digital health platforms and health information systems. TURP Digital Health Platform *✓* Health Monitor *✓* ECG & HRV Analysis Platform *✓* Clinical Research Platform *✓* Hospital Information Management Systems HBYS *✓* Remote Health Information Systems *✓* PLATFORM INTEGRATION **IoT** TECHNICAL INFRASTRUCTURE ## Supported Technologies Backbone IoT brings together different technologies, from device communication to standardization and secure transmission of health data, in a single integrated infrastructure. 01 / COMMUNICATION ### Communication Protocols Medical devices support data communication between gateways and digital platforms via different connection technologies. BLE **Bluetooth Low Energy** Wireless device communication GATT **GATT** BLE data services MQTT **MQTT** IoT messaging protocol API **REST API** System and platform integration WS **WebSocket** Real-time data communication DEVICE → GATEWAY → PLATFORM 02 / INTEROPERABILITY ### Health Informatics Standards It supports the sharing of health data between different information systems through standard and interoperable data structures. HL7 HEALTH DATA STANDARD **HL7** A data standard that supports the sharing of clinical and administrative data among health information systems. STANDARD FHIR HEALTH DATA EXCHANGE **FHIR** Modern digital health applications include a structure that supports standardized health data exchange. STANDARD DEVICE DATA *→* **HL7 / FHIR** *→* HEALTH SYSTEM 03 / SECURITY ### Security The transfer of health data and system access are supported by secure communication, authentication, and authorization mechanisms. **TLS / SSL** Encrypted data communication **✓** **OAuth 2.0** Secure authorization **✓** **JWT** Token-based authentication **✓** **Role-Based Empowerment** Controlled system access **✓** **GDPR Compliant Data Management** Managing personal health data **✓** SECURE DATA LAYER **Secure Health Data Communication** 01 CONNECTION **BLE / GATT** *→* 02 IoT COMMUNICATION **MQTT / WebSocket** *→* 03 DATA STANDARD **HL7 / FHIR** *→* 04 SECURITY **TLS / OAuth / JWT** *→* 05 INTEGRATION **REST API** BACKBONE IoT APPLICATION AREAS ## Areas of Application Backbone IoT can be used in various healthcare and technology scenarios requiring secure and uninterrupted data communication between medical devices and digital health systems. 01 REMOTE MONITORING ### Remote Patient Monitoring It supports the transfer of patients' health data from connected devices to remote monitoring systems. DEVICE → GATEWAY → TRACKING 02 HOME HEALTH ### Home Healthcare Services It enables the transmission of health data obtained from medical devices used at home to digital health systems. HOME HEALTHCARE 03 HOSPITAL ### Hospitals It supports the integration of different medical devices in the hospital environment with digital systems through a common IoT infrastructure. MEDICAL IoT 04 CLINICAL CARE ### Clinics It supports the transfer of data from healthcare devices used in clinics to patient tracking and clinic management systems. CLINICAL INTEGRATION 05 SMART HOSPITAL ### Smart Hospital Applications It supports smart hospital scenarios by enabling the integration of connected medical devices and sensors into a central data infrastructure. CONNECTED HEALTHCARE 06 DIGITAL HEALTH ### Digital Health Platforms It enables the integration of data from medical devices into digital health applications and platforms. API & PLATFORM 07 SPORTS HEALTH ### Sports Health It supports the transfer of data obtained from wearable technology and health sensors to performance and health monitoring systems. WEARABLE DATA 08 CLINICAL RESEARCH ### Clinical Trials It supports the transfer of data generated from devices and sensors used in research processes to digital research infrastructures. RESEARCH DATA 09 CORPORATE HEALTH ### Corporate Health Programs It supports the transfer of data obtained from devices used in corporate health and wellbeing applications to central platforms. CORPORATE HEALTH 01 FIELD **Medical Devices** *→* 02 IoT LAYER **Backbone IoT** *→* 03 DATA **Secure Transfer** *→* 04 AIM **Digital Health Systems** BACKBONE IoT ADVANTAGES ## Advantages Provided by Backbone IoT From device connectivity to data management, security to scalability, Backbone IoT supports the convergence of health technology in a common and manageable infrastructure. 01 ### Data Collection via Gateway It enables the transfer of health data generated from medical devices and sensors to the digital infrastructure via the Gateway device. 02 ### Integration with Different Manufacturers It supports compatible medical devices from different manufacturers to work together under a common integration infrastructure. 03 ### Real-Time Data Management It supports the real-time acquisition, processing, and transmission of health data from connected devices to relevant systems. 04 ### Flexible and Modular Architecture It offers a modular IoT integration structure that can be expanded according to different device, sensor and platform needs. 05 ### Secure Data Communication It supports the transfer of health data through secure communication methods and authorization mechanisms. 06 ### Compliance with Health Standards It offers a framework that supports integration scenarios using health informatics standards such as HL7 and FHIR. 07 ### Easy Integration of New Devices It facilitates the integration of new medical devices and sensors into the existing Backbone IoT infrastructure. 08 ### Scalable IoT Infrastructure It offers a scalable infrastructure that can adapt to the increasing number of devices and new use cases. 09 ### Integration with Digital Health Platforms It supports the transfer of collected health data to TURP, Health Monitor, and other digital health systems. SINGLE IoT INFRASTRUCTURE **End-to-end data integration from the device to the digital health platform** MEDICAL DEVICE *→* GATEWAY *→* BACKBONE IoT *→* DIGITAL PLATFORM BACKBONE IoT SOLUTION ECOSYSTEM ## Who is it suitable for? Backbone IoT offers flexible integration solutions for organizations and technology developers who need to transfer data generated from medical devices to digital health systems via a secure, standard and scalable infrastructure. 01 HEALTHCARE PROVIDERS ### Hospitals It supports the integration of various medical devices and sensors in a hospital setting with digital health systems. MEDICAL IoT 02 MEDICAL DEVICE ### Medical Device Manufacturers It provides integration infrastructure for medical devices to exchange data with digital health platforms and information systems. DEVICE INTEGRATION 03 DIGITAL HEALTH ### Digital Health Platform Developers It provides an integration infrastructure that supports digital health applications in accessing real-time data generated from medical devices. API & Data 04 HOME HEALTH ### Home Healthcare Providers It supports the remote monitoring and transfer of health data from medical devices used at home to healthcare systems. REMOTE HEALTH 05 SPORTS TECHNOLOGY ### Sports Technology Companies It supports the transfer of data obtained from wearable technology and performance sensors to health and performance platforms. WEARABLE DATA 06 ACADEMIC ### Universities It supports the integration infrastructure for academic studies and applied projects in the fields of health technology, IoT, and medical data. ACADEMIC PROJECTS 07 RESEARCH & DEVELOPMENT ### R&D Centers It offers a flexible IoT infrastructure for the development and testing of integration scenarios for new medical devices, sensors, and digital health technology. R&D INTEGRATION FROM TECHNOLOGY TO HEALTHCARE **Backbone IoT creates a common integration infrastructure between device developers and healthcare providers.** Device *→* Backbone IoT *→* Health System BACKBONE IoT • MEDICAL IoT INTEGRATION ## Securely connect your health technology. Backbone IoT collects health data from your medical devices. **Gateway device and IoT integration infrastructure via** Transfer data securely and seamlessly to digital health platforms. DATA SOURCE **Medical Devices** *→* INTEGRATION LAYER **Backbone IoT** Gateway + IoT Infrastructure *→* DATA TARGET **Digital Health Platforms** [SOLUTIONS **Explore our Integration Solutions** \ →](https://spinex.io/en/our-products/) [TECHNICAL REVIEW **Request a Technical Demo** \ →](https://spinex.io/en/page/cms/019ff5865178722782920f271a6ddf0a) [COMMUNICATION **Get in Touch** \ →](https://spinex.io/en/page/cms/019ff5865178722782920f271a6ddf0a) Gateway **•** Medical IoT **•** Secure Data Communication **•** Digital Health Integration