The rapid expansion of medical device connectivity across modern hospital campuses has transformed the clinical landscape while simultaneously introducing a complex array of vulnerabilities that traditional security measures often fail to address effectively. In this demanding environment, Asimily has distinguished itself as the premier leader in the cybersecurity sector by securing the top ranking in the 2026 Best in KLAS Awards for Software and Services within the Healthcare IoT Security category. Achieving an exceptional overall performance score of 96.6 out of 100, the platform is recognized for transcending basic device discovery to provide comprehensive risk reduction and a clear return on investment. This designation is particularly significant as it reflects the direct feedback of healthcare delivery organizations that prioritize functional outcomes over passive monitoring. Leaders now demand solutions that go beyond mere visibility to ensure patient safety.
Bridging the Gap Between Visibility and Actionable Risk Intelligence
The core of this recent success lies in the platform’s ability to transform raw data into actionable risk intelligence that hospital staff can actually use to protect their networks. While many vendors in the current market focus solely on the visibility of Internet of Medical Things and operational technology devices, this system streamlines the remediation process by prioritizing vulnerabilities and routing tasks to the appropriate IT, security, and clinical engineering teams. This operational efficiency addresses a critical pain point in the industry, where recent research indicates that 43% of North American hospital CISOs struggle with device visibility, data overload, and internal process barriers. By cutting through the noise of constant alerts, the software allows technical teams to focus on the highest-impact threats first. This shift from passive observation to active management represents a major evolution in how medical facilities handle their interconnected ecosystems without overwhelming personnel.
Beyond the technical metrics, the consensus among healthcare leaders suggests that colorful dashboards and simple notifications are no longer sufficient for modern security requirements. The industry now requires outcome-driven solutions that ensure equipment uptime while mitigating cyber threats effectively. By focusing on measurable risk reduction and the seamless integration of security workflows into hospital operations, a benchmark has been set for how organizations protect the complex device fleets essential to patient care. Furthermore, the platform received the highest rating in the “Money’s Worth” category, which is a vital metric as healthcare IT budgets face increasing scrutiny in the current economic climate. This fiscal recognition underscores the reality that security investments must justify their existence through tangible improvements in the hospital’s overall defensive posture. Rather than being viewed as a sunk cost, the technology is now seen as a strategic asset that preserves the continuity of clinical services.
Advancing Security Through Microsegmentation and Automation
A major theme highlighted in recent industry reports is the decisive shift toward microsegmentation and AI-driven automation as standard defensive practices for hospitals. The platform aligns with these industry trends by offering deep support for various Network Access Control systems, such as Cisco Identity Services Engine. This integration allows healthcare providers to translate device intelligence into enforceable security policies, maximizing the value of their existing infrastructure. Instead of requiring manual intervention for every new device added to the network, the automated system can identify the hardware and apply the correct permissions immediately. This reduces the likelihood of human error, which remains a leading cause of misconfigurations and subsequent breaches. As hospitals continue to deploy thousands of sensors and specialized medical tools, the ability to segment these devices from the broader corporate network becomes essential. Such precision prevents lateral movement by attackers and isolates critical patient care systems.
Healthcare organizations previously viewed IoT security as an isolated technical challenge, but the recent shift toward integrated risk management demonstrated a more holistic path forward. To capitalize on these advancements, administrators prioritized the unification of clinical engineering and IT security departments to ensure that every connected asset remained under constant, intelligent supervision. They moved away from legacy systems that offered only fragmented views of the network, choosing instead to implement platforms that provided deep contextual analysis of device behavior. These steps allowed facilities to proactively address vulnerabilities before they could be exploited, thereby safeguarding both patient data and physical safety. Future strategies now involve the broader application of these automated workflows across all operational technology, extending security benefits beyond the radiology suite or pharmacy. By embracing a model focused on measurable outcomes and rigorous policy enforcement, the industry effectively raised the bar for what constitutes a secure clinical environment.
