medical device cybersecurity companies Archives

Top 20 Healthcare Cybersecurity Companies in 2025

Chinmay Choudhary / May 17, 2025

As healthcare technology continues to grow, new concerns are emerging about patient safety, data protection, and the ease of medical device use. That’s why hospitals, healthcare companies, and policymakers need to be aware of the risks and know how to handle them. In this blog, we’ll look at the top healthcare cybersecurity companies in 2025, the risks associated with modern healthcare technologies, and what to consider when choosing the right cybersecurity company. The Risks of AI in Healthcare Artificial Intelligence (AI) is now used in diagnosis and treatment planning. It helps doctors analyze large patient data sets and find patterns to support better decisions. But AI isn’t perfect. What can go wrong? How to reduce these risks: What to Look for in a Healthcare Cybersecurity Company Working with a good cybersecurity company can protect your data and devices. But not all companies are the same. Here’s what to look for: Must-haves: Choosing the right cybersecurity partner can save time, reduce risk, and ensure that healthcare technology is safe for everyone, from hospitals to home care. List of Healthcare Cybersecurity Companies 1. Qualysec Qualysec is a top healthcare cybersecurity solutions provider that offers end-to-end security services, such as penetration testing, vulnerability assessment, and risk management, to secure patient information and healthcare systems. Key Features: Why Qualysec: With an emphasis on proactive threat detection and compliance, Qualysec is a market leader in keeping healthcare organizations informed about the latest cyber threats. Talk to our Cybersecurity Expert to discuss your specific needs and how we can help your business. Schedule a Call 2. Palo Alto Networks Palo Alto Networks provides innovative cybersecurity solutions to safeguard healthcare data, delivering AI-powered threat detection and vulnerability management for healthcare companies. Key Features: AI-powered threat detection Zero-trust network security Automated vulnerability scanning Why Palo Alto Networks: They are renowned for their innovative threat prevention and compliance automation, securing healthcare networks against new and emerging threats. 3. Fortinet Fortinet provides healthcare with next-generation firewalls and secure SD-WAN, providing strong data protection in physical and virtual environments. Key Features: Next-generation firewall security SD-WAN for secure remote access Secure email gateways Why Fortinet: Fortinet solutions provide scalable, real-time protection with built-in threat intelligence, thereby suitable for large healthcare networks. 4. Check Point Software Technologies Check Point offers healthcare organizations end-to-end security, protecting networks, endpoints, mobile devices, and cloud infrastructure. Key Features: Unified threat management Cloud security solutions 24/7 threat monitoring Why Choose Checkpoint: Recognized for its deep integration and ongoing innovation, Check Point offers agile and scalable solutions designed for healthcare. 5. CrowdStrike CrowdStrike is a cloud-born endpoint security specialist, offering advanced malware protection and incident response to healthcare providers. Key Features: Endpoint protection & EDR Managed threat hunting Cloud security solutions Why CrowdStrike: Their Falcon platform is well-known for its speed and precision in detecting cyber threats, especially for healthcare environments. 6. IBM Security IBM Security provides end-to-end cybersecurity solutions, including threat intelligence, data protection, and incident response, specifically tailored to healthcare. Key Features: AI-powered security analytics Data encryption & compliance Security automation for healthcare Why IBM Security: IBM’s international cybersecurity knowledge and focus on the healthcare industry make it a trusted partner in addressing complex cyber risks. 7. Cisco Systems Cisco provides network security solutions with robust protection for healthcare organizations, including secure remote worker access and cloud-integrated security. Key Features: Network security & VPN Endpoint protection Secure access solutions Why Cisco: With a heavy emphasis on secure networking and remote access solutions, Cisco assists healthcare organizations in managing complex networks securely. 8. Trend Micro Trend Micro offers cloud security, endpoint protection, and threat intelligence to healthcare organizations to protect sensitive patient information and systems. Key Features: Endpoint and cloud security AI-powered threat detection Incident response capabilities Why Trend Micro: With its keen emphasis on cutting-edge threat intelligence and cloud protection, Trend Micro offers imperative safeguarding to healthcare organizations handling sensitive information. 9. FireEye FireEye is most famous for its cutting-edge threat protection and incident response capabilities. It specializes in defending healthcare organizations from cyberattacks and data breaches. Key Features: Threat intelligence services Incident response & forensics Cloud security protection Why FireEye: FireEye’s proactive threat hunting and advanced forensic capabilities make it a strong recommendation for healthcare organizations requiring real-time protection and post-breach analysis. 10. Sophos Sophos provides next-generation endpoint protection, advanced malware detection, and threat intelligence services specifically designed for healthcare organizations. Key Features: Endpoint and network protection AI-based threat detection Data loss prevention Why Sophos: Sophos is easy and affordable, providing high-quality cybersecurity for healthcare institutions at a competitive price. 11. McAfee Enterprise McAfee provides cloud-native threat intelligence and security for healthcare, with strong endpoint protection and data loss prevention (DLP). Key Features: Endpoint protection Data encryption & DLP Cloud-native threat detection Why McAfee: Ideal for healthcare organizations seeking scalable, compliance-based security solutions with centralized management. 12. Imperva Imperva provides data-centric security solutions, focusing on application security, database protection, and API security in healthcare. Key Features: Web application firewall (WAF) Database monitoring API security Why Imperva: Imperva’s real-time data protection safeguards HIPAA compliance and guards against data breaches in healthcare environments. 13. Cybereason Cybereason pioneers next-gen endpoint protection and ransomware prevention powered by AI-based threat detection specifically optimized for high-risk industries like healthcare. Key Features: AI-driven endpoint detection & response (EDR) Anti-ransomware Threat hunting tools Why Cybereason: Optimized for hospitals and labs searching for AI-enabled threat visibility and accelerated response capability. 14. Arctic Wolf Arctic Wolf delivers 24/7 managed detection and response (MDR) customized to healthcare organizations requiring real-time threat monitoring and remediation. Key Features: Managed detection and response SOC-as-a-Service Threat intelligence Why Arctic Wolf: Their concierge security model allows smaller hospitals and clinics to improve security posture without building internal teams. 15. Rapid7 Rapid7 offers HIPAA compliance assistance to healthcare via vulnerability management and SIEM (Security Information and Event Management) solutions. Key Features: Vulnerability management SIEM & UEBA Penetration testing Why Rapid7: Extremely effective for

FDA Guidance

FDA Cybersecurity Guidelines for Medical Devices: A Complete Guide

Chinmay Choudhary / November 18, 2024

As wireless, internet, and network-connected features become more integrated, along with portable media like USBs or CDs and the frequent technological transfer of health data related to medical devices, strong cybersecurity measures have become increasingly necessary to ensure the safety and efficacy of medical devices. The FDA Cybersecurity Guidelines highlight the need to protect medical devices from vulnerabilities to keep patients safe and devices functional. Additionally, due to the increased frequency and intensity of cybersecurity assaults directed at the healthcare industry, there is a higher chance of clinical repercussions. The provision of patient care at healthcare institutions across the United States and the world has been hampered by cybersecurity breaches that have led to the failure of hospital networks and medical devices. As a result of these cyberattacks and vulnerabilities, clinical hazards, like delays in diagnosis and/or treatment, could harm patients. Due to growing interconnection, specific devices are now functioning as separate components of bigger healthcare systems. These systems may consist of application update machines, other devices, connections of medical centers, and other interconnected components. A breach of FDA cybersecurity can therefore jeopardize a device’s safety and efficacy by impairing the operation of any system component if proper cybersecurity considerations are not given to all facets of these systems. Therefore, proper device cybersecurity and system-wide security are essential to guarantee device efficacy and safety.  What is the FDA (Food and Drug Administration)? The Food and Drug Administration (FDA) is a federal agency of the United States Department of Health and Human Services that is responsible for safeguarding the general public by guaranteeing the security, reliability, and efficacy of both human and veterinary pharmaceuticals, biological compounds, and surgical instruments. It also regulates the country’s diet, beauty products, and radiation-emitting goods. How Does the FDA Regulate Medical Devices? The FDA is responsible for monitoring the development, production, marketing, and subsequent monitoring of healthcare products, ensuring that they meet rigorous security and efficacy standards, including FDA Cybersecurity Guidelines. As the oldest consumer protection organization in the United States, the FDA sets some of the most stringent quality requirements globally. The FDA utilizes an administrative structure to classify healthcare products according to the danger they pose to the user or patient. The least amount of regulation is applied to the first-class devices, which are thought to present the least amount of danger. Due to their increased risk, second-generation devices need more scrutiny from regulators to give a fair guarantee of their efficacy and safety. FDA medical device cybersecurity that fall under Class III are thought to be the most dangerous and typically need preliminary market authorization (PMA), which is an academic assessment that guarantees the device’s effectiveness and security. “Also Read – FDA Guidance for Medical Device Security Testing FDA Guidelines for Securing Medical Network Devices Key Updates in the Guidelines: Although the layout and product of the updated FDA cybersecurity guidelines for medical devices are identical to those of the prior version, the security risk control part now includes two more significant sections: Secure Product Development Framework (SPDF): The FDA endorses the creation and application of a “Secure Product Development Framework,” or “SPDF,”. This is defined as a set of actions that reduce the quantity and seriousness of manufacturing flaws throughout its duration. Three key components are the emphasis of the SPDF, which is intended to be the fundamental framework for managing cyberspace threats and they are Security Risk Management, Security Architecture, and Cybersecurity Testing. The health software reference standard IEC 81001-5-1 is also mentioned in the manual as an excellent structure to look into while creating the SPDF. Premarket Submissions and Cybersecurity Risk Reports: According to the FDA Cybersecurity Guide the year 2023, a security risk report by management should be included in a submission for premarket approval to help demonstrate the efficacy and safety of the product. Cybersecurity Risk Assessments: The initial of the two new parts on “Cybersecurity Risk Assessments” is part of the updated cybersecurity risk management section of the instructions. The recommendation recognizes that risks related to cybersecurity are hard to predict and that the likelihood of a breach happening may not be estimated or quantified using past information or simulation. By defining the content required for premarket paperwork, these guidelines make sure that companies provide sufficient evidence of their cybersecurity risk management plans. This includes a cybercrime risk management strategy for the gadget as well as documentation of medical device cybersecurity risk assessments, security controls, and outcomes of testing. An SBOM (Software Bill of Materials), that contains an in-depth list of all software components used in a device for healthcare, which includes those created by the manufacturer and those created by other companies, is what the FDA cybersecurity compliance is requesting. An SBOM facilitates risk management procedures by assisting users and device manufacturers in promptly identifying possible safety risks. The FDA’s Cybersecurity Requirements for Medical Devices Unlike various facets of the manufacturing process, assessment is used to demonstrate the effectiveness of control mechanisms. Cybersecurity regulations require a test that goes beyond typical software validation and verification tasks, notwithstanding the intimate relationship between the creation of software and cybercrime. This is necessary to illustrate the measures’ efficacy inside an appropriate safety framework. This proves that the product’s efficiency and security are reasonably guaranteed. It is necessary for an organization to establish and uphold procedures for verifying its device layout. This check must guarantee that the design result meets the design input’s requirements. To certify the design of a device, its maker must set up and uphold procedures. Validation of software and risk assessments must be included in the validation of designs in which applicable. The FDA suggests that sufficient examination of the maker’s inputs and findings, if any, and additionally, the cybersecurity requirements for medical devices should be part of the verification and endorsement process. The premarket filing should contain security testing paperwork along with any related conclusions or assessments. Several types of tests are recommended to

Medical device Cybersecurity

The Importance of Medical Device Cybersecurity in Healthcare

Chinmay Choudhary / March 21, 2024

The world is more digital than ever, with technology at the core of everything, and the healthcare field is a perfect representation of growth. The development of electronic health records, telemedicine, and interconnected medical devices has been the result of the tremendous technological explosion in the area of providing quality care and patient management. Although technology is changing rapidly, a significant danger is also present in medical device cybersecurity. With the addition of e-commerce companies that are using linked systems and digital platforms as the base for their operations, the issue of medical device cybersecurity becomes relevant and urgent. Not only do cybersecurity breaches expose patient data, but they also pose several other issues, including patient trust and the efficacy of medical devices. Consequently, building robust cybersecurity methods is pivotal to preserving patients’ privacy and ultimately to building patients’ trust and improving the quality of healthcare systems. The report from HIPAA Journal that 24 data breaches of 10,000 or more healthcare records were reported in January 2024.The blog post will also explore the critical role of cybersecurity in preserving patient privacy, and data integrity and maintaining the quality of medical services. It emphasizes the ransomware threats and the uncertainties of IoT. Furthermore, the necessity of medical device protection measures. What is Cybersecurity in Healthcare? Cybersecurity in healthcare comprises several measures to defend medical information and systems against unauthorized use or damage. Security of patient health information includes data encryption, safe storage of records, and medical equipment from computer hackers, malware, and ransomware attacks. The main goal of healthcare cybersecurity is to protect healthcare data confidentiality, data integrity, and availability of healthcare services. This is important to keep patient privacy secure to maintain healthcare providers’ trust and secure the unobstructed provision of medical services. With resoluteness and a strong security mechanism, healthcare organizations can more readily defend against any digital risk. The Benefits of Cybersecurity in Healthcare and Medical Devices The security of patient information and medical data is the prime concern. As the healthcare system is being digitized and cyber threats are growing, the role of cybersecurity is a must for protecting the privacy of patients, data integrity, and in general, patient safety. Let us understand the importance of cybersecurity in medical devices in detail: Patient Privacy Healthcare institutions deal with patients’ confidential data, including their details, medical history, and billing details. Ensuring cybersecurity would ensure that only authorized persons have access to patient information; thus, it will incorporate patient privacy, medical practices, and compliance. Data Integrity Data integrity in medical information is of the utmost importance as it is necessary for correct diagnosis, treatment, and patient care. Measures for cybersecurity are aimed at ensuring that medical data is not tampered with and the records and test results remain accurate and reliable. Patient Safety Connected medical devices, such as pacemakers, insulin pumps, and infusion pumps, which are used majorly in health care, are subject to cyberattacks. Cybersecurity of the devices is guaranteed to avoid the possible risks to patient safety, including malfunction of the device or the manipulation. Continuity of Care Cyber-attacks could bring down healthcare systems, which can result in delayed or poor patient care. Cybersecurity measures that are resilient act as a protector against threats such as ransomware attacks and system failure, thus ensuring continuity of care. Intellectual Property Protection Healthcare providers spend considerable budgets on research and development to create new pharmaceuticals, treatments, and technologies. Cybersecurity security measures are designed to prevent intellectual property from any misuse, maintain a competitive edge, and spearhead innovation in the healthcare industry. Regulatory Compliance Companies operating in the Healthcare industry should observe compliance with industry-specific regulations like the Health Insurance Portability and Accountability Act (HIPAA) in the United States and, therefore, incorporate cybersecurity measures to ensure the protection of patient data. Adhering to the regulations is necessary to avoid lawful penalties and maintain the trust of patients and stakeholders. Reputation Management Data breaches and cyber incidents may ruin the reputation of healthcare entities and makers of medical equipment. Stepping up with strong cybersecurity defenses portrays the zeal to protect patient privacy and safety to build trust among patients, partners, and the entire community. Healthcare Industry: Major Cyber Threats The healthcare industry is more inclined to adopt technology to ensure that the patients they are serving get the best care possible. Nevertheless, we find ourselves in a position where technology is so entrenched in the healthcare system that it can be vulnerable to cyber-attacks that could compromise patient data, disrupt healthcare operations, and even place lives at risk. Some of the major cyber threats that the healthcare industry is facing are: Ransomware Attacks Ransomware is a big problem for healthcare institutions because cyber criminals spy on hospitals and medical centers, encrypt their patient data, and then demand its release. Such cyberattacks disrupt patient care delivery, violate patient privacy, and leave hospitals with mountains of financial losses. A Challenging Problem: Internet of Things (IoT) Vulnerabilities Medical devices with an internet connection, like pacemakers and infusion pumps, are becoming increasingly seen as sources of cyberattacks. Security flaws in IoT devices may open ways for hackers to illegally access the medical information of patients, switch on-device functions, or even harm patients. Data Phishing and Social Engineering Phishing, where criminals induce victims to disclose private information, is still considered one of the most common techniques that are used by hackers who want to penetrate healthcare organizations. Social engineering methods, e.g., misrepresentation of trusted associates or suppliers, help hackers gain unauthorized access to protected patient data and system credentials. Insider Threats The threat from the inside is one of the most important to healthcare organizations. Employees may occasionally or unintentionally misconduct their status use of patient data and system resources. Insider threats are brought about by financial gain, data breaches, data privacy violations, or events with the potential to cause major disruption. Supply Chain Vulnerabilities The high interdependence of the healthcare supply chain makes this system vulnerable to a cyberattack that can distort all medical devices and pharmaceutical products. Criminals can go through

medical device cybersecurity companies

Top 20 Healthcare Cybersecurity Companies in 2025

FDA Cybersecurity Guidelines for Medical Devices: A Complete Guide

The Importance of Medical Device Cybersecurity in Healthcare

Pabitra Kumar Sahoo

Get In Touch

Get a quote

For Free Consultation

Pabitra Kumar Sahoo