Top 5 Platforms Securing Connected Medical Devices System in 2025

Healthcare systems face several obstacles, and technology can help address some of these issues. Cloud connectivity is one of the technologies enabling digital health. The security of connected medical devices security has already been shown to increase clinical efficacy, minimize clinical errors, and provide consumers with cost savings. It is anticipated that connected medical devices may be able to reduce overall healthcare costs, which we all know is a pressing issue!

Consequently, there are several compelling reasons for medical device companies to embrace connectivity and explore potential rewards. Creating new services and entering new markets are just two of the options.

Medical device manufacturers often lack the necessary FDA expertise, technological knowledge, and even internal resources to develop these types of solutions. Additionally, the company may face significant costs to establish the required connectivity infrastructure and comply with regulations. Moreover, developing a networking solution from scratch could introduce new risks to the project that not all organizations are willing to assume.

Are the security features of your connected health solution's connected medical devices fully secure? Incorporating Internet of Things (IoT) technology into medical equipment (also known as IoMT, or the Internet of Medical Things) has expanded the number of potential attack vectors for hackers, complicating the task of protecting devices against sophisticated cyber threats that are constantly growing and increasing. Here's a brief overview of what you should consider when evaluating the cybersecurity landscape for medical devices in your connected health solutions.

What is Connected Medical Device Security?

Connected Medical Device Security solution is a software suite that protects Health Delivery Organizations (HDOs) from unauthorized access or breaches to their deployed medical devices and associated data. These solutions are designed to monitor, manage, and protect IoMT devices, networks, building management systems, and all other connected devices in a health delivery organization. 

Top 5 Connected Medical Device Security Platform

Armis

Armis, the asset intelligence cybersecurity company, protects the entire attack surface and manages the organization’s Armis, the asset intelligence cybersecurity company, protects the entire attack surface and manages the organization’s cyber risk exposure in real-time. In a rapidly evolving, perimeter-less world. Armis ensures that organizations continuously see, protect, and manage all critical assets. Armis safeguards Fortune 100, 200, and 500 enterprises, along with national governments and state and municipal entities, to help keep key infrastructure, the economy, and society safe and secure 24/7.

Claroty

Claroty offers a cyber-physical systems (CPS) security platform to safeguard mission-critical infrastructures. Built on a foundation of deep industry experience and asset visibility, the platform's extensive solution set includes exposure management, network protection, secure access, and threat detection; it can be installed in the cloud via Claroty xDome or on-site with Claroty CTD. The Claroty Platform, supported by Claroty's Team82 threat research and numerous technological collaborations, enables enterprises to effectively reduce CPS risk with faster time-to-value and a lower total cost of ownership (TCO).

CloudWave

CloudWave is a startup that provides data security for the healthcare industry. It provides a wide range of services, including cloud, cybersecurity, and managed services. Its offerings are designed to work in a multi-cloud approach, supporting healthcare organizations using any electronic health record (EHR) service. CloudWave's services ease system integration, management, and protection and may be tailored to specific corporate needs. They also offer managed hosting, comprehensive disaster recovery, system management, backup, and archiving services via their OpSus cloud services.

Cynerio

Cynerio focuses on managing the security challenges instigated by the mounting prevalence of connected medical devices in hospital networks. Traditional IT cybersecurity procedures may be ineffective in dealing with these emerging threats. Cynerio's primary goal is to provide healthcare CISOs complete control over their linked clinical engineering and IoT ecosystems, assuring consistent data protection, service continuity, and patient safety. Cynerio's technology enables security teams to monitor linked medical and IoT equipment, understand the related risks, and protect against devastating cyber-attacks.

Cylera

Cylera focuses on offering Internet of Things (IoT) Security and Intelligence, with the primary purpose of safeguarding critical factors such as individual privacy, data, safety, and business continuity. The company's platform contains proprietary next-generation technology that employs a novel digital twin technique to dramatically reduce disturbance while providing accurate risk assessment in the context of healthcare and clinical workflows. Cylera's insights simplify incident response tactics, minimize remediation time, and enhance informed decision-making.

Growing Risks in Connected Medical Devices Security

IoMT is increasingly becoming an essential part of MedTech. This aspect has not escaped the negative actors. IoMT (Internet of Medical Things) is a primary vector for ransomware and other related attacks. This is particularly troubling because these attacks have the potential to harm individuals. The difficulty of protecting connected medical devices is made more difficult by their unique protocols, and most medical device makers ban the installation of agents or active monitoring tools on them.

The Internet of Medical Things (IoMT) is increasingly vital in the field of MedTech, but it has also become a target for malicious actors. IoMT is vulnerable to ransomware and other attacks, posing a significant risk, including potential harm to human lives. Securing connected medical devices is particularly challenging due to proprietary protocols and restrictions on installing monitoring tools. Health Delivery Organizations (HDOs) face not only attacks and data breaches but also the direct impact of building management system failures on patient care. According to QKS Group's “Market Share: Connected Medical Device Security, 2022, Worldwide” report, the growing dependence on connected devices has intensified the need for robust security solutions. Furthermore, insights from the “Market Forecast: Connected Medical Device Security, 2022–2027, Worldwide” report highlight the critical demand for advanced security frameworks, predicting rapid market growth as HDOs and MedTech companies prioritize protecting patient safety and maintaining operational resilience.

One of the current trends in the connected medical device security arena is the growth of managed security services. The various healthcare teams' roles are not well defined. The Biomed teams acquire the gadgets, but the IT teams manage them and the network. Implementing these solutions is also a big problem since it needs the cooperation of diverse stakeholders and teams with varying priorities. The healthcare team will concentrate on patient care, while the IT team will focus on security.

Conclusion

As healthcare rapidly embraces linked medical devices through telehealth, remote patient monitoring, and other connected health paradigms, all stakeholders must work together to remain vigilant. The sector can establish a resilient infrastructure by regularly working together, exchanging vital information, and implementing unified and comprehensive cybersecurity frameworks. This partnership guarantees that patient care and data security are not compromised, resulting in a safe environment for the advancement of connected healthcare solutions.

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