Top 14 Medical Device Software Companies

Medical device software companies solve critical health challenges by using technology to improve diagnosis, treatment, monitoring and overall patient care.

These companies focus on building software that improves the functionality of medical devices in various ways. These solutions can operate medical devices such as pacemakers and insulin pumps, assist in imaging and diagnostics through tools like MRI and CT scan analysis software, and enable remote patient monitoring using wearable heart monitors. Additionally, they develop platforms that manage healthcare data and simplify clinical workflows by collecting and analyzing information from diagnostic tools. 

These companies build technology that makes medical devices smarter and more efficient and are also ensuring regulatory compliance, cybersecurity, and interoperability across healthcare systems. In this article, we highlight the top 14 medical device software companies for 2025.

Top 14 Medical Device Software Companies

1. Medtronic

• Specialty: Integrates hardware and intelligent software across cardiac, diabetes, neurology, spine, and surgical platforms supporting remote monitoring, AI diagnostics, and chronic disease management.
• Employee size: 95,000 employees across 150+ countries

Product specialties

• Advanced surgical technology
• Cardiac rhythm
• Cardiovascular
• Spinal and biologics
• Neuromodulation
• Diabetes
• The Renal Care Solutions

What It Solves

• Enables remote management of pacemakers and defibrillators, transmitting patient data from home to clinics reducing clinic visits and detecting device issues faster.
• Helps diabetes patients and clinicians track trends, glucose patterns, and share data via CareLink reports.
• Enhances colonoscopy accuracy by highlighting polyps that even experienced clinicians may miss.

Why Medtronic Stands Out

Medtronic leads in integrating medical device hardware and intelligent software, particularly for chronic conditions like heart disease and diabetes. Their solutions combine AI, remote data transmission, and clinical insight tools, backed by regulatory approvals and global infrastructure.

2. Digital Diagnostics

• Specialty: FDA-cleared autonomous AI (LumineticsCore) for diabetic retinopathy screening in primary care settings, enabling early detection without specialists.
• Employee size: Not publicly disclosed; likely small to mid-sized startup.

Digital Diagnostics is a healthcare technology company that designs and deploys artificial intelligence (AI) systems to diagnose diseases by analyzing high-quality images. The company develops Software as a Medical Device (SaMD) solutions for disease diagnosis and management.

Its flagship product, LumineticsCore (formerly IDx-DR), is an FDA-approved autonomous AI system that detects diabetic retinopathy. It analyzes retinal images to identify signs of the disease in primary care settings, enabling early intervention and helping prevent vision loss.

What It Solves

Digital Diagnostics removes the need for in-office eye specialists by enabling primary care clinics to screen patients using non-specialist staff. This approach reduces referral delays, streamlines clinical workflows, and optimizes healthcare resources. The company tackles the global under-screening of diabetic retinopathy, a leading cause of preventable blindness by providing rapid, point-of-care screening powered by autonomous AI that eliminates the need for specialist interpretation.

It;

• Captures retinal images with a specialized camera
• Processes the images through LumineticsCore AI
• Gives a diagnosis within 30 seconds at the point of care
• Eliminates the need for most specialist visits
• Empowers primary care providers to screen effectively and refer only when necessary, helping close the diabetes eye-care gap

Why They Stand Out

Digital Diagnostics pioneers AI-driven healthcare by providing safe, effective, and autonomous diagnostics at scale. The company democratizes access to specialty-level care in everyday clinical settings and sets industry standards for ethical, reimbursable AI systems.

3. Garwood Medical

• Specialty: BioPrax™ system using low-voltage electrical stimulation to eliminate bacterial biofilms on metallic implants, tackling prosthetic joint infection.
• Employee size: Not publicly disclosed; likely early-stage company.

Garwood Medical advances infection control through cutting-edge innovation, focusing on eliminating bacterial biofilms that form on metal implants. The company aims to prevent and treat prosthetic joint infections without requiring implant removal tackling one of the most expensive and life-threatening issues in orthopedic medicine. Garwood developed BioPrax™, a minimally invasive device that uses low-voltage electrical stimulation to disrupt and eradicate bacterial biofilms on metal implants.

What It Solves
In lab studies, BioPrax™ eliminated bacterial biofilms with 99.6% effectiveness even against drug-resistant strains like MRSA, E. coli, and VRE.

BioPrax™ prevents and treats biofilm infections on metallic orthopedic implants such as knee and hip replacements. The device delivers targeted low-voltage electrical stimulation to the implant surface, breaking down the protective biofilm layer and drastically reducing bacterial survival.

Why It Stands Out
BioPrax™ addresses a critical clinical challenge: periprosthetic joint infections, which contribute to failure rates of up to 47% in two-stage revision surgeries and carry a five-year mortality rate of nearly 34% surpassing that of several cancers. Garwood offers a way to neutralize implant infections without full implant removal providing a solution that enhances patient outcomes.

4. Arterys 

• Specialty: Cloud-native, FDA‑cleared AI for fast, automated medical image analysis across cardiac MRI and oncology, integrating with PACS/EHR systems.
• Employee size: Estimated tens to low hundreds (no publicly disclosed headcount).

Arterys develops advanced, cloud-based AI software that enhances medical image interpretation and quantification. Its products deliver timely, accurate, and consistent image analysis, helping physicians make faster and better-informed decisions. Arterys integrates into hospital infrastructure such as PACS and EHR systems, simplifying clinical workflows and boosts diagnostic accuracy.

For instance, Arterys’ cardiac MRI solution contours cardiac anatomy with expert-level precision in just 15–20 seconds far faster than the traditional 45–60 minutes required for manual analysis.

What It Solves

Arterys addresses the challenges of slow, inconsistent, and manual medical image analysis. Its FDA-cleared platform displays, processes, stores, and transfers both DICOM and non-DICOM images. The software includes specialized AI modules such as:

• Cardio AI: Accurately quantifies cardiac MRIs.
• Oncology AI: Detects and tracks lesions in the lungs and liver.
  

Why Arterys Stands Out

Arterys pioneered the world’s first internet-native medical imaging platform, setting a new standard in cloud-based diagnostics. This innovation allows healthcare providers to run powerful AI imaging tools directly in the cloud without installing on-premise software or exchanging protected health information (PHI). Clinicians can access the platform from any validated device, making advanced imaging capabilities more flexible.

5. Viz.ai 

• Specialty: AI‑powered care coordination and triage platform (Viz LVO, HCM) for rapid detection of stroke and cardiology conditions, automating alerts based on imaging data.
• Employee size: 325 employees as of 2024

Viz.ai develops advanced healthcare technology that uses artificial intelligence to rapidly detect diseases and simplify care coordination. The company delivers specialized AI-powered platforms for neurovascular, vascular, and cardiology diseases, among other medical solutions.

What It Solves
Viz.ai’s flagship product, Viz LVO, uses deep learning algorithms to analyze medical imaging and support the diagnosis and treatment of stroke patients. By identifying stroke cases faster, the platform significantly reduces time to treatment and improves patient outcomes.

The company’s Viz HCM, medical device software detects hypertrophic cardiomyopathy (HCM) a common inherited heart condition that often remains undiagnosed due to the absence of symptoms. Viz HCM helps healthcare providers identify and triage patients who need further evaluation for HCM.

Why It Stands Out

Viz.ai transforms CT scans into automated triage alerts within seconds, accelerating treatment decisions and boosting survival rates. More than a dozen clinical studies validate the platform’s ability to reduce workflow delays and enhance patient outcomes.

6. BrightInsight 

• Specialty: Medical‑grade IoT platform for digital therapeutics and connected SaMD delivering pre‑validated workflows, dashboards, dosing logic, and global regulatory compliance.
• Not publicly disclosed; typically mid-size specialized in digital health.
  

BrightInsight has a medical-grade IoT platform that integrates directly with connected medical devices and therapeutics, providing intelligence to healthcare providers, pharmaceutical companies, medtech firms, and other end users. BrightInsight helps clients accelerate time to market,by offering pre-built and pre-validated software capabilities, cut development costs, and reduce regulatory risk. These configurable tools give companies a strong starting point for creating transformational digital therapeutics.

What It Solves

BrightInsight built its cloud-based, medical-grade IoT platform under a Quality Management System to support the development, launch of regulated digital health solutions. These include companion apps, dosing algorithms, Software as a Medical Device (SaMD), and combination products. The platform equips developers with pre-built workflows, real-time analytics dashboards, and tools that ensure global regulatory compliance.

Why It Stands Out

Instead of requiring companies to build digital health software from the ground up, BrightInsight offers a fully managed platform with pre-built features that address 60–80% of typical requirements. This approach accelerates product launches by 6 to 24 months, enabling faster realization of both clinical outcomes and business value.

7. Siemens Healthineers

• Specialty: Develops AI-enhanced diagnostic imaging software (CT/MRI/X‑ray), lab diagnostics, and workflow platforms for interoperability and efficiency across healthcare systems.
• Employee size: 69,500 employees as of 2022

Siemens Healthineers designs, develops, manufactures, and delivers advanced diagnostic imaging systems, clinical workflow platforms, and minimally invasive surgical solutions. Its product portfolio features cutting-edge tools, including molecular imaging, ultrasound, CT scanners, MRI machines, angiography systems, X-ray equipment, and hybrid operating rooms.

What It Solves

Siemens Healthineers develops AI-powered decision support tools which automatically processes images from CT, MRI, and X-ray systems. These tools help radiologists identify abnormalities, segment anatomical structures, and quantify diseases more efficiently.

In addition, the company builds advanced diagnostics and lab management software. These include automation systems and analytics platforms that optimize workflows in imaging, pathology, cardiology, laboratory operations, and biosampling.

Why It Stands out

Siemens Healthineers distinguishes itself through its global scale, advanced AI technology, and clinically validated software. Its solutions reduce manual tasks, boost diagnostic accuracy, and create interoperable, well-organized healthcare ecosystems. 

8. Orthogonal 

• Specialty: Wearables and companion apps to active implantables including cloud, AI, firmware, and mobile software under rigorous ISO 13485 / IEC 62304 compliance.
• Employee size: Approximately 62–71 employees.

Orthogonal specializes in developing Software as a Medical Device (SaMD) solutions. They handle everything from user experience design to risk assessment, software verification, and validation. They create advanced SaMD platforms and connected device software, including applications for Class I, II, and III medical devices, even fully implanted ones.

What it Solves?

Orthogonal designs cloud-based systems and mobile and web applications that support continuous patient monitoring, remote diagnostics, and intelligent therapy delivery. Their work powers technologies such as insulin pumps, nerve stimulation systems, and wearable devices like ECG or glucose monitors.

Why Orthogonal stands out

Orthogonal is dedicated solely to SaMD and connected device software. Their experience spans areas such as cardiology, diabetes care, neuromodulation, orthopedic devices, and drug delivery systems. What sets them apart is their ability to combine modern software practices with strict regulatory standards for medical devices enabling rapid innovation while maintaining safety and compliance.

9. GE Healthcare

• Specialty: Medical imaging, patient monitoring, and diagnostic software including AI-enabled platforms.
• Employee size: Approximately 51,000 employees globally in 2023

GE Healthcare Technologies, Inc., headquartered in Chicago, Illinois, is a U.S. health technology company specializing in medical equipment and diagnostic solutions. The company operates through four core divisions. Its Medical Imaging division covers areas such as molecular imaging, computed tomography (CT), magnetic resonance imaging (MRI), women’s health screenings, and X-ray systems. The Ultrasound division focuses on advanced ultrasound technologies used across various medical fields. Patient Care Solutions handles tools and systems for remote patient monitoring, anesthesia and respiratory support, diagnostic cardiology, and neonatal care.

What it Solves?

• Smarter imaging with AI: Their tools automate tasks like MRI brain slice planning, helping technicians achieve more consistent scan results.
• Faster response for urgent care: AI spots critical conditions such as pneumothorax on mobile X-rays and flags them quickly for immediate attention.
• Better data sharing: Hospitals and clinics can easily share medical images and reports across departments and organizations, making collaboration easier.

What Sets It Apart

• GE Healthcare brings together medical devices, software, workflows, and AI into one flexible and connected platform.
• It allows developers to build and connect third-party apps, encouraging innovation while avoiding vendor lock-in.
• Its edge and cloud-ready technology improves device performance, offers flexible deployment, and extends the life of existing equipment.

10. Philips 

• Specialty: Integrated informatics platforms (Radiology Workspace, Cardio Workspace) combining imaging, reporting, AI, and operational analytics for unified clinical workflows.
• Employee size: Not specified here (large global company ~80,000 employees).

Philips has shifted its focus from consumer electronics to health technology. Today, the company powers its operations around healthcare solutions, with a particular emphasis on advanced medical device software. Philips delivers integrated informatics platforms that consolidate radiology, cardiology, oncology, pathology, and operational data into a seamless clinical workflow.

As of 2024 Philips now operates through three principal divisions:

• Diagnosis and Treatment: manufactures MRI, CT, and ultrasound scanners.
• Connected Care: produces patient monitoring devices and Respironics respiratory equipment.
• Personal Health: offers personal care products such as Sonicare toothbrushes, Avent childcare items, and electric shavers.

What It Solves

• Diagnostic Workspace (PACS + Advanced Visualization)
  Combines imaging, reporting, and AI tools into a single interface that supports both DICOM and non‑DICOM format files.
• Cardiovascular Workspace
  Centralizes cardiac imaging workflows for analysis, quantification, and team collaboration.
• Collects clinical and operational data, enabling institutional planning, analytics, and staff optimization. It also provides remote access to scanners, empowering imaging experts to oversee multi-site and multi-modality operations across institutions.

What Sets It Apart

Philips supports over 100 AI applications from multiple vendors via its AI Manager platform, facilitating integration directly into existing PACS and IT infrastructure. This tool accelerates the adoption of diagnostic AI across healthcare systems. 

11. Intuitive Surgical

• Specialty: Robotic surgical platform (da Vinci), combining advanced imaging, gesture scaling, tremor filtering, and haptic-like AI for minimally invasive surgery.
• Employee size: Not publicly disclosed.

Intuitive Surgical, Inc. is a U.S.-based biotech company that designs, builds, and sells robotic surgical tools aimed at improving patient outcomes through less invasive procedures. Its most recognized innovation, the da Vinci Surgical System, has reshaped how surgeons perform complex operations. In 2025, the company is pushing boundaries further by integrating artificial intelligence, advanced imaging, and touch-sensing technologies to enhance surgical support. Surgeons now use Intuitive’s systems in more than 70 countries.

What It Solves

• Hand Tremors and Limited Dexterity: The da Vinci system eliminates the impact of a surgeon’s natural hand tremor and converts their movements into smooth, highly controlled actions especially useful during delicate surgeries.
• Poor Visibility During Procedures: It delivers a 3D, high-definition view with up to 10× zoom, offering clearer depth and sharper visuals than traditional surgical techniques.
• Invasive Surgery Challenges: Instead of large incisions, the da Vinci system enables operations through small entry points, which helps reduce bleeding, infection risks, and healing time.

What Makes it Stand Out

The da Vinci platform demonstrates the power of software-driven robotics in modern medicine. Decades of innovation, a deep database of surgical procedures, and custom-built software that enhances a surgeon’s movements give the system a clear edge. 

12. Abbott Laboratories

• Specialty: Continuous glucose monitoring system and cloud analytics platform, remote diabetes data sharing and insights.
• Employee size: 115,000 globally.

Abbott Laboratories creates, develops, produces, and sells various healthcare products, including branded generic medications, diagnostic tools and tests, as well as nutritional solutions for both children and adults. Its FreeStyle Libre system has significantly improved blood glucose control and clinical outcomes. The company maintains a strong position in diagnostics, medical technology, nutrition, and branded generics, regularly launching groundbreaking innovations.

What It Solves
LibreView offers a secure, cloud-based platform for diabetes care, allowing both patients and healthcare providers to access and manage glucose data in real time. It collects information from multiple devices and apps, then transforms it into easy-to-read, customizable reports that guide treatment. The system supports continuous monitoring, generates automated reports, analyzes trends, and enables remote data sharing to enhance care decisions.

Why It Stands Out
LibreView merges software and device technology into a single, integrated system that boosts treatment results, cuts healthcare costs, and enables remote monitoring for large patient groups.

13. Dexcom 

Dexcom designs, builds, and distributes continuous glucose monitoring (CGM) systems that support diabetes care. Its key products include the Dexcom G6 CGM system, Dexcom ONE, the Dexcom Share remote monitoring tool, and API integrations. The company also develops mobile apps and software that work alongside these devices. Dexcom trains users through its Dexcom Care program and provides ongoing customer support. It supplies its products to healthcare professionals such as endocrinologists, physicians, and diabetes educators.

What it Solves

• Automatic, Hassle-Free Glucose Tracking: Dexcom CGMs use a tiny sensor placed under the skin and a wireless transmitter to check glucose levels every five minutes day and night. This system removes the need for frequent finger pricks and manual readings.
• Instead of isolated numbers, Dexcom systems deliver ongoing glucose data. Users can see their current glucose level, whether it’s rising or falling, and how fast it’s changing. This helps people understand how food, exercise, and insulin affect their body.
• Early Warnings for Glucose Spikes or Drops: Dexcom devices allow users to set alerts for high or low glucose levels. The system also includes predictive features like “Urgent Low Soon,” which warns up to 20 minutes before glucose drops to dangerous levels helping users act before symptoms hit.

Why Dexcom Stands Out
Dexcom leads in CGM innovation with features like tracking, no-calibration sensors (G6 and G7), and over-the-counter options like Stelo. The company’s use of AI to enhance data and its integration with insulin pumps gives users more control over their health. In 2025, Dexcom plans to expand compatibility across smartphones, smartwatches, and automated insulin systems. With intuitive design and accurate, live data, Dexcom empowers people with diabetes to manage their condition with more confidence and control.

14. MindMaze

• Specialty: Neuro‑rehabilitation solutions combining VR, AI, and brain imaging for cognitive and motor recovery (SaMD), adaptive therapy across neurological conditions.
• Employee size: 200 employees as of 2023.

MindMaze develops cutting-edge neurotechnology that supports brain healing. Its products include software-based medical devices (SaMD) and digital therapeutics (DTx) that use virtual reality, brain imaging, and artificial intelligence. The company blends immersive VR, real-time brain scans, and 3D tech to create advanced tools for neurorehabilitation, cognitive training, and motor recovery. These tools adapt to each user’s abilities, allowing for personalized therapy across different settings.

What It Solves

MindMotionGO supports patients during recovery whether they’re in hospitals, clinics, or at home with remote monitoring and telerehabilitation features. MindMotionPRO helps individuals regain movement in weakened or paralyzed upper limbs. MindPod Dolphin offers an engaging game-based experience that helps people with strokes, Alzheimer’s, dementia, and other brain-related conditions rebuild motor and cognitive skills.

What Sets MindMaze Apart

MindMaze designs therapy programs for a variety of neurological conditions, including stroke, traumatic brain injury (TBI), Parkinson’s, Alzheimer’s, multiple sclerosis, autism, and age-related cognitive decline. Many of these therapies are already approved in the U.S. and Europe and are in use at top academic medical centers.

To sum up, the top 14 medical device software companies of 2025 reveal the growing influence of digital technology in modern healthcare. Not only are they transforming clinical diagnostics through AI and smart imaging tools, but they are also advancing surgical precision, improving patient monitoring, and supporting neurological recovery. Moreover, each company delivers targeted expertise that addresses critical medical issues with accuracy, speed, and dependability. As a result, they are shaping a healthcare environment driven by intelligent, connected tools that improve patient safety, increase clinical productivity, and uphold strict protocols for data protection and system compatibility.