Building software for a medical device isn’t like building a regular app. There’s no room for “we’ll fix it in the next update.” Every line of code may touch patient safety, regulatory approval, and years of research. That’s why companies in this space have to think differently - deeper documentation, stricter validation, tighter security. It’s a different level of responsibility.

Custom medical device software development companies specialize in exactly that intersection: engineering precision and clinical reality. They work with startups bringing a first device to market, as well as established manufacturers modernizing legacy systems. Beyond coding, they navigate compliance frameworks, risk management processes, interoperability challenges, and usability standards that genuinely matter in healthcare settings.

Below, you’ll find a list of companies operating in this niche. Each brings a slightly different strength to the table - some lean heavily into embedded systems, others focus on connected health platforms, AI integration, or regulatory strategy support. 

 

1. Oski Solutions

Oski Solutions works in custom medical device software development as part of our broader healthcare IT practice. We approach this field with the understanding that medical software is not just another digital product. It connects to clinical workflows, patient data, and in many cases, real-world devices that require stable and secure performance. Our role is to design and build systems that support electronic health records, telemedicine platforms, health information exchanges, and connected medical tools while keeping integration and compliance in mind.

In medical device projects, we focus on practical architecture decisions, clear documentation, and compatibility with existing healthcare environments. That often includes cloud infrastructure, AI components for analytics or diagnostics, and secure data exchange between systems. We also work on mobile health applications and platforms that collect data from wearable devices. The goal is not to overcomplicate things, but to create software that fits into real healthcare settings and functions reliably over time.

Key Highlights:

• Experience in healthcare IT solutions including EHR, telemedicine, and HIE
• Integration of AI, machine learning, and data analytics into medical systems
• Cloud and hybrid infrastructure for scalable medical platforms
• Focus on data security and regulatory awareness
• Support for wearable and mobile health technologies
• White label healthcare software development

Services:

• Custom medical device software development
• Healthcare platform architecture and development
• AI integration for diagnostics and predictive analytics
• Cloud deployment and DevOps setup
• System integration with existing healthcare infrastructure
• Compliance-focused development and documentation
• Ongoing support and maintenance

Contact Information:

• Website: oski.site
• Email: contact@oski.site
• LinkedIn: www.linkedin.com/company/oski-solutions
• Address: Kaupmehe tn 7-120, Tallinn, Estonia
• Phone: +48571282759

 

 

 

 

2. Andersen

Andersen works with MedTech and life sciences companies on custom medical device software development, supporting both standalone SaMD products and software embedded in regulated devices. They operate as a full-cycle engineering partner, covering everything from early requirements and architecture design to testing and post-launch support. Their healthcare practice includes work on telehealth platforms, EMR and EHR systems, patient monitoring solutions, and AI-driven medical applications.

Their teams follow established medical standards and build processes around ISO 13485 and IEC 62304 requirements. In practical terms, this means structured documentation, traceability from requirements to test cases, and attention to validation at each stage. Andersen also focuses on interoperability, integrating solutions with EMRs, PACS, laboratory systems, and other healthcare IT environments. AI, data science, and robotic integrations are part of their broader technical scope when projects require advanced analytics or automation.

Key Highlights:

• Full-cycle SaMD development from concept to support
• Experience with Class I, II, and III medical device software
• Compliance with ISO 13485, IEC 62304, HIPAA, and GDPR
• Integration with EMR, PACS, and health information systems
• AI and data science applied to medical and laboratory solutions
• Data infrastructure setup for medical platforms

Services:

• Software as a Medical Device development
• Embedded and application-level medical software engineering
• AI and machine learning implementation
• Data infrastructure and cloud architecture
• Integration and interoperability engineering
• Usability engineering and UX or UI design
• Verification, validation, and regulatory documentation support

Contact Information:

• Website: andersenlab.com
• Email: contact@andersenlab.com
• Facebook: www.facebook.com/AndersenSoftwareDev
• Twitter: x.com/AndersenLabs
• LinkedIn: www.linkedin.com/company/andersen-lab
• Instagram: www.instagram.com/andersen.global
• Address: 1 Rondo Daszyńskiego, 23rd floor, Warsaw, 00-843, Poland
• Phone: +48 22 390 64 08

 

3. Intellias

Intellias develops custom medical device software for healthcare providers, laboratories, and manufacturers, with a clear focus on regulated environments. Their work covers embedded systems for Class II and Class III devices as well as standalone SaMD platforms. Projects often include remote patient monitoring, wearable integrations, hospital systems, and connected diagnostic tools.

They structure their development around compliance requirements such as FDA regulations, CE marking, ISO 13485, and HIPAA. Alongside embedded engineering, they build cloud platforms that aggregate device data and enable analytics. Their teams also implement IoT-based device tracking, cybersecurity controls, and real-time monitoring systems designed to support clinical decision-making and patient safety.

Key Highlights:

• Embedded software for medium and high-risk medical devices
• SaMD development for monitoring and diagnostics
• Integration with wearables and connected medical equipment
• Regulatory alignment with FDA, CE, HIPAA, and ISO standards
• Strong focus on cybersecurity and data protection
• Cloud-based platforms for large-scale health data processing

Services:

• Embedded medical device software engineering
• Cloud platform development for healthcare systems
• Advanced analytics and predictive modeling
• IoT integration and device tracking solutions
• Cybersecurity implementation and audits
• Regulatory documentation and compliance support

Contact Information:

• Website: intellias.com
• Email: info@intellias.com
• Facebook: www.facebook.com/Intellias.GlobalPage
• LinkedIn: www.linkedin.com/company/intellias
• Instagram: www.instagram.com/intellias_global
• Address: 500 West Madison Street, Suite 1000, Chicago, IL 60661
• Phone: +1 857 444 0442

 

4. Binary Studio

Binary Studio approaches custom medical device software development from a product-oriented perspective, working closely with startups and growing healthcare companies. Their experience includes IoT-enabled wearable applications, AI-based medical imaging solutions, and telemedicine platforms. They often support clients from MVP stage through long-term product scaling.

Their teams combine web, mobile, and backend development with quality assurance and system architecture design. In medical device contexts, they build applications that process data from heart rate monitors, glucose trackers, and other connected devices. They also integrate AI and machine learning features for diagnostics and imaging tasks, ensuring that usability and performance are considered alongside regulatory needs.

Key Highlights:

• IoT applications for wearable medical devices
• AI-powered medical imaging and diagnostics
• Product-focused development from MVP to scaling
• Web and mobile platforms for healthcare workflows
• Dedicated development teams and QA services
• Experience with telemedicine and digital health tools

Services:

• Medical device companion app development
• AI and machine learning integration
• Web and mobile healthcare software engineering
• System architecture and backend development
• Quality assurance and testing
• Dedicated engineering team support

Contact Information:

• Website: binary-studio.com
• Email: ask@binary-studio.com
• Facebook: www.facebook.com/Binary.Studio.Company
• Twitter: x.com/binary_studio
• LinkedIn: www.linkedin.com/company/binary-studio_241166
• Address: 800 N High St, Columbus, OH 43215, USA 
• Phone: +1 (877) 840-66-88

 

5. AROBS

AROBS develops custom medical device software with a strong emphasis on embedded systems and regulated environments. Their engineering teams work on Class I, II, and III devices, building firmware, middleware, and application-level software that supports diagnostics, monitoring, imaging, and surgical technologies. Projects have included infusion pumps, robotic surgery platforms, and connected medical systems.

They align their processes with IEC 62304, ISO 13485, and FDA requirements, ensuring traceability and structured validation. Alongside embedded development, AROBS integrates cloud connectivity, IoMT capabilities, and cybersecurity measures into medical solutions. Their scope also includes testing, validation frameworks, and risk management practices tailored to high-risk medical software environments.

Key Highlights:

• Embedded software for life-critical medical devices
• Compliance with IEC 62304, ISO 13485, FDA 21 CFR Part 820
• Integration with IoMT and cloud platforms
• Experience in infusion pumps and surgical systems
• Strong cybersecurity and secure development practices
• Testing and validation for regulated medical software

Services:

• Firmware and embedded systems development
• Middleware and application-level engineering
• Connectivity and interoperability integration
• Software validation and regulatory documentation
• Cybersecurity assessment and secure coding
• Cloud integration for connected medical devices

Contact Information:

• Website: arobs.com
• Facebook: www.facebook.com/AROBS
• Twitter: x.com/AROBSSoftware
• LinkedIn: www.linkedin.com/company/arobs
• Instagram: www.instagram.com/arobs_transilvania
• Address: Cluj-Napoca 63, Minerilor Street 400409, Romania
• Phone: +40 364 143 201

 

6. Innowise

Innowise works in custom medical device software development with a structured roadmap that covers planning, risk management, verification, and post-market support. They build both SaMD and SiMD solutions for device manufacturers, healthcare providers, and life sciences organizations. Their projects range from clinical decision support systems to embedded control software for infusion pumps and implantable devices.

Their teams align development with ISO 13485, IEC 62304, ISO 14971, and related standards, incorporating regulatory strategy into early planning stages. They also handle integrations with EHR systems, telehealth platforms, and wearable devices using HL7, FHIR, and DICOM standards. Advanced technologies such as AI, computer vision, and predictive analytics are included when relevant to diagnostics or monitoring.

Key Highlights:

• SaMD and SiMD development across risk classes
• Regulatory-focused processes aligned with FDA and MDR
• Integration using HL7, FHIR, and DICOM standards
• Risk management and usability engineering practices
• AI and advanced analytics for healthcare applications
• Post-market surveillance and maintenance support

Services:

• Medical device software architecture and engineering
• Regulatory planning and documentation preparation
• Verification and validation activities
• Integration with EHR and telehealth systems
• Embedded software development
• Post-launch monitoring and updates

Contact Information:

• Website: innowise.com
• Email: contact@innowise.com
• Twitter: x.com/innowisegroup
• LinkedIn: www.linkedin.com/company/innowise-group
• Address: 55 Loudoun Road St. John's Wood, NW8 0DL
• Phone: +48 787 027 706

 

7. Lemberg Solutions

Lemberg Solutions develops custom medical device software as part of their broader healthcare engineering services. Their teams handle firmware development, hardware prototyping, embedded systems, and companion web or mobile applications. They work with medical device manufacturers on solutions that require secure data handling, stable cloud environments, and compliance with healthcare regulations.

They also involve industry experts and practicing physicians during development to ensure that solutions match real clinical workflows. In addition to device firmware, they build telemedicine platforms, remote patient monitoring systems, and EHR integrations. Their process includes discovery, architecture design, implementation, and ongoing support, with attention to GDPR and ISO-certified quality management practices.

Key Highlights:

• Firmware and embedded engineering for medical devices
• Hardware prototyping and system-level design
• Integration with cloud and DevOps environments
• Involvement of medical professionals in validation
• ISO 13485, ISO 9001, and ISO 27001 certified processes
• Experience with telemedicine and remote monitoring

Services:

• Embedded firmware development
• Web and mobile healthcare application development
• Cloud infrastructure design and deployment
• AI and data analysis integration
• System modernization and support
• Compliance-focused engineering and documentation

Contact Information:

• Website: lembergsolutions.com
• Email: info@lembergsolutions.com
• Facebook: www.facebook.com/LembergSolutions
• Twitter: x.com/WeAreLemberg
• LinkedIn: www.linkedin.com/company/lemberg-solutions-limited
• Instagram: www.instagram.com/lembergsolutions
• Address: Am Sandtorkai 32, Hamburg, Germany
• Phone: +49 403 346 62 17

 

8. Indeema

Indeema provides custom medical device software development with a noticeable focus on IoT and connected health solutions. They build embedded medical systems, patient-facing applications for devices, and cloud platforms for storing and analyzing health data. Their projects often involve wearable integrations and sensor-based monitoring tools.

Their process starts with research and proof of concept, followed by prototyping, specification drafting, development, and QA. They emphasize real-time monitoring capabilities, secure data storage, and compliance with healthcare privacy standards. Indeema also integrates machine learning, AR, and advanced analytics when projects require diagnostic support or data-driven insights.

Key Highlights:

• IoT-based medical device and wearable integrations
• Embedded medical systems engineering
• Machine learning for sensor and image analysis
• Cloud platforms for healthcare data storage
• Structured discovery and prototyping process
• Post-production support for healthcare applications

Services:

• Embedded system development for medical devices
• Patient and clinician mobile app development
• Cloud application engineering
• AI and ML implementation
• Testing and quality assurance
• Ongoing maintenance and support

Contact Information:

• Website: indeema.com
• Email: sales@indeema.com
• Facebook: www.facebook.com/indeema
• LinkedIn: www.linkedin.com/company/indeema-software
• Instagram: www.instagram.com/indeema_global
• Address: 1201 North Market Street, Suite 111-I52, Wilmington, DE 19801, USA
• Phone: +1 (302) 466-5295

 

9. Chetu

Chetu delivers custom medical device software development as part of its broader healthcare engineering practice, covering everything from clinical systems to device integrations. Their teams work with standards such as HL7 and DICOM to connect medical devices, imaging systems, and hospital platforms into a unified workflow. Alongside device-focused development, they also build EHR and EMR systems, telehealth platforms, and pharmacy management software that often interact directly with connected medical equipment.

They place a strong emphasis on interoperability and regulatory alignment across the UK, EU, and US markets. This includes compliance with HIPAA, GDPR, and medical device regulations. In medical imaging and PACS environments, they develop DICOM viewers and teleradiology solutions, while in embedded contexts they support assistive technologies and device-level integrations. Their scope often extends into revenue cycle management and hospital information systems, which need to exchange data with diagnostic and monitoring devices.

Key Highlights:

• Integration with HL7, DICOM, and PACS standards
• Experience with EHR and EMR systems connected to devices
• Telehealth and remote patient monitoring solutions
• Assistive technology and embedded software modules
• Regulatory awareness across UK, EU, and US frameworks
• Pharmacy and e-prescribing system development

Services:

• Medical device and imaging software development
• EHR and EMR system engineering
• Telemedicine and telehealth platform development
• HL7 interface and interoperability implementation
• PACS and DICOM viewer programming
• Revenue cycle and hospital information system integration

Contact Information:

• Website: www.chetu.com
• Email: sales@chetu.com
• Facebook: www.facebook.com/ChetuInc
• Twitter: x.com/ChetuInc
• LinkedIn: www.linkedin.com/company/chetu-inc-
• Address: 1500 Concord Ter. Suite 100, Sunrise, FL 33323
• Phone: (305) 614-7061

 

10. ELEKS

ELEKS works in custom medical device software development through its healthcare engineering services, focusing on secure and standards-compliant solutions. Their teams support medical organizations that need to integrate devices with digital platforms such as EHR systems, telemedicine applications, and patient engagement tools. They also develop medical imaging software and analytics systems that rely on structured data exchange using standards like HL7 and DICOM.

Security and regulatory compliance are embedded into their delivery process, supported by certifications such as HITRUST, ISO 9001, and ISO 27001. In device-related contexts, they combine IoT connectivity, cloud platforms, and data science to help healthcare providers manage and analyze information collected from diagnostic and monitoring equipment. Their expertise extends into computer vision and machine learning for clinical use cases, including intelligent screening and imaging workflows.

Key Highlights:

• Experience with healthcare interoperability standards
• Development of medical imaging and analytics systems
• Integration of IoT-enabled medical devices
• HITRUST and ISO-aligned security practices
• Data science and machine learning for clinical insights
• Support for telehealth and patient engagement platforms

Services:

• Medical device integration with digital platforms
• Healthcare data analytics and AI implementation
• EMR and EHR system development
• Telemedicine application engineering
• Patient engagement platform development
• Cybersecurity and compliance consulting

Contact Information:

• Website: eleks.com
• Facebook: www.facebook.com/ELEKS.Software
• Twitter: x.com/ELEKSSoftware
• LinkedIn: www.linkedin.com/company/eleks
• Address: Kursi 3, 10415 Tallinn, Estonia
• Phone: +372-674-3621

 

11. EffectiveSoft

EffectiveSoft specializes in custom medical device software development, covering embedded systems, SaMD solutions, and companion applications. Their engineers build software for diagnostic equipment, infusion pumps, wearable devices, and imaging systems. They follow standards such as IEC 62304 and ISO 27001, aligning development activities with regulatory and quality requirements throughout the lifecycle.

Their projects often include cloud connectivity, IoT modules, and real-time monitoring components that allow medical devices to transmit and process patient data. AI and machine learning capabilities are integrated for predictive analytics, image analysis, and workflow automation when required. They also handle integrations with EHR and EMR systems, telemedicine platforms, and hospital management systems to ensure that device data fits into broader clinical environments.

Key Highlights:

• Embedded software for diagnostic and monitoring devices
• Software as a Medical Device across safety classes
• Compliance with IEC 62304 and ISO 27001
• AI and ML integration for diagnostics and prediction
• EHR and telemedicine system integrations
• Structured development and validation processes

Services:

• Embedded medical device software engineering
• SaMD development and validation
• Cloud and IoT module integration
• Real-time monitoring system development
• AI and analytics implementation
• Ongoing support and maintenance

Contact Information:

• Website: www.effectivesoft.com
• Email: rfq@effectivesoft.com
• Facebook: www.facebook.com/EffectiveSoft
• Twitter: x.com/EffectiveSoft
• LinkedIn: www.linkedin.com/company/effectivesoft
• Address: 4445 Eastgate Mall, Suite 200, 92121
• Phone: 1-800-288-9659

 

12. Leobit

Leobit develops custom medical device software within its healthcare software engineering practice, working with providers, healthtech companies, and laboratories. Their teams build embedded applications for medical devices as well as web, mobile, and desktop platforms that interact with diagnostic and monitoring equipment. They support interoperability through HL7, FHIR, and DICOM standards to ensure device data flows into clinical systems without friction.

Security and compliance are central to their healthcare projects, with processes aligned to HIPAA, GDPR, CCPA, and ISO 27001. In medical device contexts, they handle architecture modernization, AI integration, and legacy system updates while maintaining operational continuity. Their solutions often include patient engagement tools, hospital management systems, and analytics dashboards connected to device-generated data.

Key Highlights:

• Embedded and cross-platform healthcare applications
• Interoperability using HL7, FHIR, and DICOM
• Compliance with HIPAA, GDPR, and ISO standards
• AI and analytics integration for healthcare workflows
• Legacy system modernization in clinical settings
• Secure cloud-native architectures

Services:

• Medical device companion software development
• Web and mobile healthcare application engineering
• System integration and API development
• Data analytics and AI feature implementation
• Cloud infrastructure setup
• Maintenance and modernization support

Contact Information:

• Website: leobit.com
• Email: sales@leobit.com
• Facebook: www.facebook.com/LeobitLLC
• LinkedIn: www.linkedin.com/company/leobit
• Instagram: www.instagram.com/leobitllc
• Address: Austin, TX - USA 5555 N. Lamar, Suite L-127
• Phone: +1512-399-5386

 

13. Codebridge

Codebridge approaches custom medical device software development through its HealthTech practice, supporting startups and established organizations with digital platforms connected to medical equipment. They build web and mobile applications for telemedicine, remote monitoring, and patient data management, often integrating these systems with EHR and EMR environments.

Their work frequently involves analytics, AI-driven features, and integrations with third-party services to support device monitoring and clinical workflows. In device-focused projects, they develop platforms for remote tracking, infusion management, and patient logging tools. The team also works on digital transformation initiatives for healthcare organizations that need to connect physical medical devices with scalable software infrastructure.

Key Highlights:

• Development of remote monitoring and telehealth platforms
• EHR and EMR system integration
• AI-driven analytics for healthcare applications
• Experience with infusion and monitoring solutions
• Support for digital transformation in HealthTech
• End-to-end web and mobile engineering

Services:

• Custom healthcare and medical device app development
• Data analytics and big data management
• Third-party system integration
• Telemedicine platform engineering
• UX and UI design for clinical applications
• Technical support and ongoing development

Contact Information:

• Website: www.codebridge.tech
• Email: business@codebridge.tech
• Facebook: www.facebook.com/codebridge.tech
• Twitter: x.com/codebridge_
• LinkedIn: www.linkedin.com/company/codebridge-technology-inc
• Instagram: www.instagram.com/codebridge.technology
• Address: 8 The Green, Suite 12848, Dover, DE 19901
• Phone: +1 302 688 70 80

 

14. OTAKOYI

OTAKOYI works with healthcare providers, pharmaceutical companies, startups, and medical device manufacturers on custom medical device software development as part of its broader healthcare engineering practice. Their focus is on building systems that fit into real clinical environments - from EHR and EMR platforms to patient engagement tools and clinical trial management systems. In device-related projects, they integrate AI modules, analytics engines, and secure cloud environments to support diagnostics, monitoring, and operational workflows.

They also develop mHealth applications and portals that connect patients, clinicians, and devices in one ecosystem. A visible part of their work includes generative AI for medical image analysis, predictive diagnostics, NLP for clinical documentation, and monitoring tools connected to wearable devices. Compliance with standards such as HIPAA, GDPR, HITECH, and HL7 is built into their roadmap, along with post-deployment support and system updates to keep solutions aligned with evolving healthcare requirements.

Key Highlights:

• Custom healthcare and medical device software engineering
• AI applications for imaging, diagnostics, and predictive analytics
• Integration with EHR and EMR systems
• mHealth and patient engagement platforms
• Compliance with HIPAA, GDPR, HITECH, and HL7
• Cloud migration and secure infrastructure setup

Services:

• Medical device software development
• Healthcare platform design and implementation
• AI and data analytics integration
• Clinical trial management system development
• ePrescribing and patient portal solutions
• Ongoing support and maintenance

Contact Information:

• Website: otakoyi.software
• Email: hello@otakoyi.com
• Facebook: www.facebook.com/otakoyi
• LinkedIn: www.linkedin.com/company/otakoyi
• Instagram: www.instagram.com/otakoyi
• Address: 3524 Silverside Road Suite 35B, Wilmington, DE 19810

 

15. DICEUS

DICEUS delivers custom medical device software development alongside telemedicine systems, hospital management platforms, and EHR integrations. Their healthcare practice covers both standalone device software and systems connected to diagnostic equipment, imaging tools, and monitoring hardware. They work with hospitals, dental clinics, insurance providers, pharmacies, and nursing facilities, building platforms that help manage patient data and device-generated information in one place.

Their projects often include medical device tracking systems, computer vision solutions for imaging analysis, and clinical decision support tools that process data from laboratory and monitoring equipment. DICEUS also develops healthcare data warehouses and telehealth platforms that bring device data into broader clinical workflows. They address regulatory frameworks such as HIPAA, IEC 62304, and ISO 13485, with attention to integration, testing, and field validation.

Key Highlights:

• Medical device and imaging software development
• Computer vision solutions for diagnostics
• EHR and EMR system implementation and integration
• Clinical decision support systems
• Healthcare data warehouse engineering
• Compliance with HIPAA, IEC 62304, and ISO 13485

Services:

• Device software development and integration
• Telemedicine and telehealth platform engineering
• Hospital and pharmacy management systems
• Data warehouse and analytics solutions
• System integration and interoperability setup
• QA, testing, and technical support

Contact Information:

• Website: diceus.com
• Email: info@diceus.com
• Facebook: www.facebook.com/DICEUS
• Twitter: x.com/diceus_global
• LinkedIn: www.linkedin.com/company/diceus
• Address: 2810 N Church St, Ste 94987, Wilmington, Delaware 19802-4447
• Phone: +19293091005

 

16. Langate

Langate provides custom medical device software development with a focus on integration, interoperability, and secure data exchange. Their work connects medical devices to telehealth systems, EMR and EHR platforms, pharmacy management tools, and hospital management software. They support organizations that need device software aligned with clinical workflows and compliant with healthcare regulations.

Their engineering scope includes real-time health monitoring modules, IoT-based tracking systems, mobile applications, and cloud-connected analytics platforms. Langate also handles data exchange projects where systems operate in separate silos, developing middleware solutions that allow smoother protocol translation and structured communication. Regulatory alignment with HIPAA and GDPR is included in their delivery process, alongside ongoing support and maintenance.

Key Highlights:

• Medical device software with EMR and EHR integration
• IoT-based tracking and monitoring modules
• Real-time health data processing
• Secure data exchange and interoperability solutions
• Cloud platform integration
• Compliance with HIPAA and GDPR

Services:

• Medical device application development
• Integration with telehealth and hospital systems
• Mobile app development for connected devices
• Cloud infrastructure implementation
• Analytics and reporting module development
• Maintenance and technical support

Contact Information:

• Website: langate.com
• Email: info@langate.com
• Facebook: www.facebook.com/langate.software
• Twitter: x.com/LangateSoftware
• LinkedIn: www.linkedin.com/company/langate
• Address: 1150 Harvard PI, Fort Lee, NJ 07024
• Phone: 212-719-4300

 

17. Developex

Developex develops custom medical device software within the broader health and well-being sector, combining embedded engineering with cloud and mobile platforms. Their projects include firmware and driver development for smart medical devices, hearing wearables, BLE-connected health trackers, and equipment configuration software. They also build companion mobile apps that gather and display health data from connected devices.

Beyond embedded systems, Developex works on IoMT integrations, telehealth platforms, and patient management systems that collect, process, and analyze device data. Their engineering teams address interoperability, data security, workflow optimization, and clinical decision support challenges common in healthcare environments. The company supports projects that require integration between hardware devices, cloud analytics layers, and user-facing applications.

Key Highlights:

• Embedded software and firmware for medical devices
• BLE and wearable device integrations
• IoMT and remote monitoring solutions
• Companion mobile app development
• Cloud-based data storage and analytics
• Healthcare system interoperability support

Services:

• Firmware and driver development
• Medical device configuration software
• Telehealth and monitoring platform engineering
• Mobile application development
• Cloud services and data management
• Ongoing maintenance and technical updates

Contact Information:

• Website: developex.com
• Email: contact@developex.com
• Facebook: www.facebook.com/Developex
• Twitter: x.com/Developexcom
• LinkedIn: www.linkedin.com/company/62967
• Instagram: www.instagram.com/developexcom
• Address: 1771 Robson Str. Unit 1524, Vancouver, BC V6G 1C9
• Phone: 1-604-757-9834

 

18. Glorium Technologies

Glorium Technologies focuses on custom medical device software development across embedded systems and Software as a Medical Device solutions. Their teams build applications that integrate with diagnostic tools, wearable monitors, EHR platforms, and telehealth systems. They cover both embedded medical systems that operate within physical devices and standalone software platforms used for diagnostics, monitoring, and treatment support.

Their process includes consultation, design, development, testing, regulatory documentation, deployment, and post-release maintenance. Compliance with HIPAA, HL7, ISO 13485, ISO 27001, and related standards is integrated into their quality management approach. Glorium Technologies also develops real-time monitoring modules, analytics platforms, IoT-based tracking systems, and cloud-connected medical applications designed to handle secure patient data and continuous device communication.

Key Highlights:

• Embedded medical systems and SaMD development
• Integration with EHR, HL7, and FHIR environments
• Real-time health monitoring modules
• IoT-based device tracking systems
• Regulatory-focused engineering aligned with ISO standards
• End-to-end development lifecycle support

Services:

• Embedded device software engineering
• SaMD platform development
• Telehealth and remote patient monitoring systems
• Cloud-based healthcare platform implementation
• Testing, validation, and regulatory documentation
• Post-deployment support and updates

Contact Information:

• Website: gloriumtech.com
• Twitter: x.com/Glorium_Tech
• LinkedIn: www.linkedin.com/company/glorium-technologies
• Address: 1201 Fannin St, Suite 262, Houston, TX 77002 USA
• Phone: +1-888-354-0883

Conclusion

Custom medical device software development companies work in a space where things simply have to work. The software they build connects to real devices, real data, and real patients. That naturally raises the bar - not just for coding, but for testing, documentation, security, and long-term support.

There is no single type of company that fits every project. Some focus on embedded systems, others on SaMD platforms, AI modules, or cloud-based monitoring tools. What matters most is their ability to understand healthcare workflows and regulatory realities, not just technical requirements.

In the end, good medical device software is often invisible. It runs reliably in the background, integrates smoothly, and supports clinicians without adding friction. That quiet reliability is usually what makes the difference.