Healthcare Cybersecurity Gaps Widening Faster Than Defenses Can Keep Up

Fast Facts

1. Cyber threats are increasingly affecting connected medical devices, with 24% impacted in 2026 and 80% of attacks disrupting patient care, emphasizing cybersecurity as a crucial patient safety issue.
2. Despite advances in procurement, SBOM adoption, and increased cybersecurity investments, attack frequency and severity continue to rise, with many organizations operating unpatched legacy systems and deploying AI-enabled devices without sufficient security measures.
3. Evolving attack tactics, such as remote access exploitation and malware, are outpacing current defenses, highlighting the urgency of implementing runtime protection, continuous monitoring, and stricter regulations to mitigate risks.
4. The industry must shift from procurement focus to comprehensive risk reduction strategies, including securing existing infrastructure, embedding security in device design, and establishing clear cybersecurity frameworks for AI-enabled medical systems.

The Core Issue

Recent research from RunSafe Security reveals an alarming escalation in cyber threats targeting connected healthcare technology. The 2026 Medical Device Cybersecurity Index indicates that nearly a quarter of healthcare organizations have experienced cyber attacks affecting their medical devices. Consequently, these incidents often lead to serious disruptions in patient care, with 80% of affected organizations reporting negative impacts. The report highlights that despite increased investments, stricter procurement processes, and adoption of advanced security measures like Software Bills of Materials (SBOM) and runtime protections, attack frequency and severity continue to rise. This is largely due to vulnerabilities in aging legacy systems, the rapid integration of AI-enabled devices, and increasingly sophisticated attack tactics, such as remote access exploitation. The report, compiled and published by RunSafe Security, emphasizes that cybersecurity has transitioned from a technical concern to a critical patient safety issue, underscoring the urgent need for industry-wide, proactive security measures to keep pace with the evolving threat landscape.

The report underscores how healthcare organizations are increasingly making cybersecurity a central part of their device procurement and operational decision-making. For instance, 84% now include cybersecurity requirements in vendor requests for proposals, and many have already rejected devices due to security concerns. Additionally, organizations are investing more in security resources—77% reported increased budgets over the past year—and deploying defenses like runtime protection, which is now mainstream. However, despite these efforts, cyberattacks are becoming more frequent and damaging, especially as many facilities continue to use unsupported legacy devices with known vulnerabilities—28% operating devices past support, and 44% with unpatched flaws. The findings, reported directly by healthcare providers, paint a concerning picture: even with enhanced security measures, the attack landscape is accelerating faster than defenses can catch up, making the continued focus on securing existing systems and integrating proactive security into device design more urgent than ever.

Risk Summary

The report from RunSafe highlights a troubling trend: healthcare cybersecurity gaps are growing faster than current defenses can close them. This issue can easily happen to any business today, especially as digital threats become more complex and frequent. When these gaps widen, companies are at increased risk of data breaches, financial losses, and reputation damage. As cybercriminals exploit vulnerabilities faster than defenses adapt, businesses face prolonged exposure to attacks. Consequently, this ongoing threat can lead to operational disruptions, legal challenges, and loss of customer trust. Therefore, it’s vital for companies to strengthen and innovate their cybersecurity measures continuously, or they risk falling behind in an evolving digital battlefield.

Possible Remediation Steps

In an era where healthcare data breaches are becoming increasingly frequent and damaging, the speed with which cybersecurity gaps are identified and addressed is critical. According to RunSafe Index reports, the pace at which vulnerabilities in healthcare systems are emerging far outstrips the rate at which current defenses can adapt, risking severe consequences for patient safety and privacy. Rapid remediation efforts are essential to stay ahead of evolving threats and to safeguard sensitive information effectively.

Assessment & Prioritization

• Conduct rapid cybersecurity assessments to identify critical vulnerabilities
• Prioritize risks based on potential impact and exploitability

Detection & Monitoring

• Implement continuous, real-time monitoring tools to detect anomalies quickly
• Deploy advanced threat intelligence platforms for proactive identification of emerging threats

Rapid Response

• Develop and rehearse incident response plans tailored to healthcare environments
• Establish clear communication protocols for timely reporting and coordination

Patch & Fix

• Accelerate the patch management process to close vulnerabilities promptly
• Use automated tools to streamline the deployment of security updates

Technology Upgrades

• Invest in next-generation defense systems such as AI-powered intrusion detection
• Ensure all systems and software are updated regularly to mitigate known weaknesses

Training & Awareness

• Conduct ongoing cybersecurity training for staff to recognize and prevent potential breaches
• Promote a security-first culture emphasizing prompt reporting of suspicious activity

Policy & Governance

• Strengthen cybersecurity policies to support swift action and accountability
• Regularly review and update procedures based on the evolving threat landscape

Stay Ahead in Cybersecurity

Explore career growth and education via Careers & Learning, or dive into Compliance essentials.

Understand foundational security frameworks via NIST CSF on Wikipedia.

Disclaimer: The information provided may not always be accurate or up to date. Please do your own research, as the cybersecurity landscape evolves rapidly. Intended for secondary references purposes only.

Cyberattacks-V1