Business Benefits of the Internet of Medical Things
Improved Patient Experience
The application of medical IoT creates an environment where every patient can rely on a personalized approach, a variety of treatment options, and accurate outcomes. While engaging patients in the process, the technology helps healthcare providers meet their needs and enhance the overall experience.
Reduced Cost of Treatment
With IoMT solutions for RPM, assisted living, or chronic care management, there’s an opportunity for practitioners and caregivers to monitor patients in real -time. As a result, the number of offline visits, hospital stays, and readmissions declines, which leads to reduced expenses on medical care.
Increased Efficiency
While manual data entry and other activities can often cause mistakes, IoT software helps healthcare personnel reduce errors, increase diagnosis accuracy, and enhance efficiency. Combined with AI and ML technologies, IoMT solutions accelerate data processing and automate workflows.
Enhanced Quality
By improving decision-making, advancing disease management, and reducing the risk of errors, IoMT significantly enhances the quality of delivered services. Moreover, the collection and analysis of valuable data empower clinical trials and studies that propel delivered care forward.
years of experience
Velvetech assists health service providers and pharmaceutical organizations in harnessing the potential of IoMT software to optimize operations and enhance patient experience. Our digital solutions are designed to create a secure and easily accessible environment for healthcare delivery.
- Patient care
- Asset use
- Staff productivity
Adhering to industry standards and regulations, our team implements IoMT solutions for the healthcare sector, tackling current challenges and mitigating business risks for providers in the field.
IoMT enables you to implement a broad range of clinical and operational applications. They include remote patient monitoring, wearable-integrated diagnostics, smart hospital infrastructure, and connected surgical tools. Among the common solution types built with the Internet of Medical Things are:
- continuous vital sign monitoring platforms
- chronic disease management systems
- asset and equipment tracking for healthcare facilities
- telehealth-integrated device ecosystems
- AI-driven diagnostics connected to bedside or point-of-care devices.
We Build IoMT Solutions that Match Your Needs
Remote Patient Monitoring
We build robust IoT-based RPM solutions that enable healthcare providers to significantly improve patient outcomes while addressing the challenges of rising costs and the aging population.
Chronic Care Management
Velvetech supports companies with the implementation of CCM applications that help achieve a better quality of life through continuous care delivery and management of chronic conditions.
Assisted Living
We are happy to help care providers with assisted living software solutions to manage the well-being of the elderly, improve communications, and increase the quality of care delivered.
Indoor Tracking of Patients and Medical Staff
We have proved our excellence in developing smart tracking systems for medical companies to track the location of patients and employees and ensure their safety.
Hospital Asset Tracking
Velvetech has deep expertise in building IoT-enabled asset tracking solutions that allow healthcare organizations to monitor the utilization of their medical equipment.
Smart Hospitals and Wards
As part of a connected wearable devices implementation strategy, we assist organizations with IoMT apps to build virtual hospitals and wards, improving outpatient and long-term care.
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IoMT Development Services We Provide
Cloud IoMT App Development
We develop enterprise-class applications that work seamlessly on the cloud platform of your choice to process data generated by medical devices.
Integration with Healthcare Systems
We integrate IoMT solutions with core healthcare systems like EHR, EMR, PMS, and others, ensuring their interoperability to boost your performance and efficiency.
IoT Data Analytics and Management
By leveraging data engineering and cutting-edge technologies such as AI and ML, we offer tools to enhance decision-making processes through real-time and historical data analysis.
Medical Device Software Development
Our engineers specialize in building and implementing embedded software for electronic devices and SaMD solutions, providing expert support throughout the development process.
Medical Device Development
Our profound domain experience allows us to engineer sensors, microprocessors, and other hardware that drive new opportunities for healthcare.
Web and Mobile End-User Experience
Building mobile and web apps for professionals and patients, we help both sides enhance UX and take advantage of the Internet of Medical Things.
Biosensors and Wearable Devices We Support
FDA compliance for IoMT products is determined first by how your device is classified: whether it qualifies as a medical device under 21 CFR Part 11, and whether its software constitutes a Software as a Medical Device (SaMD) under FDA and IMDRF guidance.
From there, compliance typically requires adherence to IEC 62304 for software lifecycle processes, ISO 14971 for risk management, and — where AI or ML is involved — alignment with the FDA’s guidance on predetermined change control and algorithmic transparency.
On the cybersecurity side, the FDA now requires a Software Bill of Materials (SBOM) and documented threat modeling as part of premarket submissions. We support teams through the full compliance lifecycle: from early regulatory strategy and design controls through V&V documentation and 510(k) or De Novo submission support.
Compliance and Security in IoMT Development
At Velvetech, we clearly understand that connected medical devices operate at the intersection of patient safety, sensitive health data, and complex regulatory requirements. And for our team, meeting those requirements isn’t a final step in development. We see it as an integral component that shapes every architecture decision, data flow, and integration point from the start.
Our software and hardware experts work within the regulatory and security frameworks that govern healthcare IoT products throughout the full development lifecycle. Whether you’re building a device that falls under FDA oversight, handling protected health information, or deploying across a clinical network where interoperability and data integrity are non-negotiable, we bring the technical and compliance expertise to get it right.
Key Considerations of IoT in Healthcare
Security
IoMT implies generating, processing, and transferring a huge bulk of sensitive data. Therefore, it requires enhanced security measures to protect healthcare records and personal information from theft and fraud. We develop HIPAA-compliant solutions that ensure the safety of PHI.
Connectivity
Maintaining uninterrupted connectivity is important for every IoMT device processing data. For mitigating connectivity issues and efficient interactions between devices and systems, we build reliable network infrastructures with a focus on their security and scalability.
Regulations
The security vulnerabilities highlight the need for IoT solutions to comply with the best practices, standards, and regulations. When developing software and hardware for the healthcare sector, our team adheres to the main guidance, such as FDA, HIPAA rules, and various Messaging Standards like HL7, FHIR, CDA, DICOM, etc.
High Cost
The affordability of IoMT technologies is one of the main concerns that can prevent them from major adoption. As an effective approach to address this challenge, we offer to break down the implementation into several phases. Such iterations allow service providers to benefit from the basic functionality at the start, expanding it later on.
Embrace our IoMT development services
Why Choose Velvetech as Your IoMT Development Company?
Delivering deep domain expertise, Velvetech helps healthcare organizations maximize the potential of medical IoT. Whether you are on your way to defining a strategic roadmap, building a new tech solution, or enhancing the capabilities of your existing IoT system, our development team is ready to support you with professional services.
Velvetech is driven to help enterprises advance healthcare through the smart connected infrastructure of medical devices, software apps, and data analytics. With our comprehensive range of services, we empower our clients to innovate and enhance their enterprise performance.
There’s no straight answer since IoMT development costs vary significantly depending on the device type, data flow complexity, integration requirements, and the regulatory path your product needs to follow.
For example, a targeted solution, such as an RPM app with a defined sensor set and cloud backend, will look very different in scope from a full medical device platform requiring FDA clearance. As a rough range, early-stage IoMT projects typically start in the $50,000-$150,000 range for an MVP or proof of concept, while enterprise-grade or regulated products often range from $200,000 to well over $500,000.
We thoroughly analyze your requirements to make sure the investment reflects what you actually need.
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Leverage the Internet of Things for your healthcare operations
How We Build IoT Solutions for Healthcare
Our IoMT Architecture and Technology Stack
Device Layer
Medical devices, sensors, and wearables are the foundation of your IoMT solution; it’s the point where real-world patient data enters the system. We work with a wide range of connected hardware and ensure the right data is captured accurately at the source.
Connectivity Layer
Raw device data needs a path to reach your backend systems. We implement secure, stable communication via BLE, Wi-Fi, MQTT, cellular, and Zigbee, selecting and combining protocols based on your device type, deployment environment, and latency requirements.
Cloud and Data Layer
We build data pipelines that support real-time responsiveness and long-term analysis. AWS IoT, Azure IoT Hub, and Google Cloud IoT are part of our arsenal to handle high-frequency device streams, enforce data governance policies, and integrate with existing infrastructures.
Application Layer
Clinical and patient-facing applications are where the value of your IoMT system becomes visible to clinicians, care teams, and patients. Web and mobile apps we build feature real-time dashboards, configurable alert workflows, and advanced analytics.
Security and Compliance Layer
Security and compliance run across every layer of the stack. Our engineering team embeds encryption, access control, audit logging, and regulatory alignment into the architecture of your solution from the ground up, so it is audit-ready and defensible at every level.
Choose Your Engagement Model to Partner with Us
Time & Materials
We support the T&M engagement model that allows you to obtain more control over the development process and cost. Paying only for the time and resources spent on the implementation of your IoMT solution provides you with more flexibility. In general, this model suits well for large and long-term development projects.
Fixed Price
Another option to partner with us on your medical IoT system is to choose the FP engagement model. It offers more certainty and consistency. According to your specific requirements, time, and budget, we’ll provide you with details on the project roadmap with milestones, scope of work, and delivery dates to adhere to.
Staff Augmentation
To enhance the capabilities of your in-house team or fill the resource gap, you can opt for our IT staff augmentation service. We’ll be happy to provide you with certified IT professionals like PMs, BAs, Software Engineers, or QA Specialists. They will support your IT operations and ensure your initiatives keep up with your business needs.
In a few words, timelines range from around 3-4 months for an MVP or proof of concept to 12-18+ months for a full production system with hardware integration, regulatory documentation, and enterprise deployment.
The most common variables that extend timelines are hardware certification dependencies, the need for clinical validation, and integration with existing EHR or hospital systems. Before committing to a full delivery roadmap, we recommend starting with a clearly bounded first phase, which is about defining architecture, validating core connectivity, and aligning on regulatory classification.