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Monday, 17 August 2026

Dan Miles shares medical device cybersecurity strategies for connected healthcare

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Securing the Biomedical Network: Building a Foundation for Safe, Connected Healthcare

As healthcare organizations continue to expand their use of connected medical technologies, cybersecurity has become an essential component of patient safety, operational resilience and regulatory readiness. In a recent article published by 24×7 Magazine, Dan Miles, Vice President of Information Technology at Intelas, highlights the importance of building a strong cybersecurity foundation for healthcare technology environments.

Rather than viewing cybersecurity as a standalone IT function, healthcare leaders are increasingly recognizing it as a strategic requirement that supports clinical operations, medical device reliability and organizational risk management. As hospitals add more connected devices across care settings, visibility, access controls and network protections become increasingly important.

Building a Stronger Foundation for Connected Healthcare

In his article, Miles emphasizes several key principles that can help healthcare organizations strengthen security without disrupting patient care, including network segmentation, secure vendor access, multi-factor authentication and improved visibility into connected medical devices. These foundational practices help organizations better understand their device ecosystems while reducing cybersecurity risk.

The article also underscores a broader industry shift toward integrating cybersecurity data, asset management information and healthcare technology management (HTM) systems into a more unified operational strategy. By connecting these systems, organizations can move beyond reactive security measures and make more informed decisions about device performance, risk and lifecycle management.

For Intelas, this perspective reflects the growing intersection of HTM, cybersecurity and operational intelligence. As healthcare environments become more connected, organizations need strategies that protect critical technologies while enabling caregivers to focus on delivering high-quality patient care.

To read the original article published in 24×7 Magazine, click here: Securing the Biomedical Network: Building a Foundation for Safe, Connected Healthcare.

 

 

Healthcare Technology Management (HTM) FAQs

How is artificial intelligence changing healthcare technology management?

Artificial intelligence helps healthcare technology management (HTM) teams analyze operational data, identify patterns, prioritize work, automate routine tasks, and provide technicians with context-aware guidance. AI augments human expertise by helping organizations make faster, more informed operational decisions while improving efficiency and equipment availability.

Healthcare technology management continues to evolve as hospitals manage more connected medical devices, increasing cybersecurity risks, workforce shortages, and growing financial pressures. Emerging technologies such as AI, automation, predictive analytics, and connected technology ecosystems are helping organizations operate more efficiently while improving visibility across the healthcare technology lifecycle.

Intelas uses AI to enhance healthcare technology operations by analyzing operational data, identifying priorities, guiding technicians with contextual recommendations, automating repetitive workflows, and continuously improving service delivery. AI is embedded within daily workflows to help teams work smarter while maintaining human oversight and expertise.

A connected healthcare technology ecosystem brings together medical equipment management, cybersecurity, asset intelligence, service operations, capital planning, and operational analytics into a single operating environment. Rather than managing separate systems, healthcare organizations gain unified visibility that supports faster decisions, better coordination, and improved technology performance.

Operational intelligence transforms data into actionable insights that help healthcare organizations improve equipment uptime, reduce workflow delays, strengthen cybersecurity, optimize staffing, and make more informed capital planning decisions. The result is more efficient healthcare technology operations and greater support for patient care.