Optimizing Cybersecurity in Healthtech: The Power of Automation

Healthcare relies more than ever on digital infrastructure to optimize patient care and streamline operations, providing everything from electronic health records to telemedicine. The additional technology stores sensitive data and creates a broad attack surface for cybercriminals to target. This attack surface is far too broad for manual security efforts without having a massive security staff, which is not only cost-prohibitive but also difficult to manage with existing skills shortages.

Healthcare organizations aim to deliver optimal patient care while still maintaining profitability. Reducing risks and maintaining high data protection and system integrity standards do not have to break the bank. With operational efficiency, these entities can streamline their processes, reduce overhead costs, and enhance their ability to quickly adapt to new regulations and threats. This approach safeguards sensitive patient data and ensures that resources are allocated efficiently, bolstering security and the bottom line. By implementing intelligent, automated solutions, healthcare organizations can achieve a balance that maximizes care quality and operational effectiveness without compromising.

Attaining this is hard, as healthcare delivery demands that these systems be always available and operate without failure. Any disruption can directly impact patient care and outcomes. Thus, operational efficiency in cybersecurity is not just about protecting data but also about ensuring that the entire healthcare delivery ecosystem functions smoothly and resiliently under all circumstances.

The Healthtech sector is characterized by an intricate IT landscape that blends legacy systems with modern applications and multiple third-party integrations. This diversity increases the complexity of the environments and the difficulty in effectively managing the security of such varied and interconnected systems. Legacy systems might lack the built-in security features of newer software, while modern applications often require frequent updates to address emerging security threats. Adding third-party integrations further complicates the security landscape, as each vendor may have different security protocols and vulnerabilities.

The manual management of these code-based attack surfaces introduces significant inefficiencies and risks. Human error remains a major concern; manually tracking and updating the myriad systems can lead to inconsistencies and oversights. Additionally, the rapid evolution of cyber threats often outpaces the capacity of manual management strategies to respond effectively, leaving systems vulnerable to attacks that could exploit newly discovered vulnerabilities.

Real-world examples of these challenges abound, highlighting the consequences of inadequate manual management. For instance, the WannaCry ransomware attack exploited unpatched systems that could have been updated through automated patch management solutions but were overlooked due to manual processes. Similarly, breaches involving unsecured APIs in Healthtech applications have often resulted from a failure to manually keep up with security configurations across system updates. These incidents resulted in substantial data breaches and financial losses, leading to significant compliance breaches, attracting heavy penalties, and damaging the trust in these healthcare institutions. Such examples underscore the need for a more automated and systematic approach to managing the attack surfaces in complex Healthtech environments.

Automation plays a crucial role in addressing the inefficiencies and risks inherent in the manual management of code-based attack surfaces by providing consistent, precise, and timely operations. This necessity is particularly pronounced given the complexity of Healthtech environments, where new threats emerge almost daily, and the window to respond effectively is often narrow.

Automating asset discovery is a critical first step in securing Healthtech systems and discovering and cataloging APIs, web applications, and other digital assets. Once these assets are found, they can be properly secured and monitored, reducing the organizational attack surface and preventing it from potential threats. Automation tools are designed to scan these assets regularly without human intervention, ensuring that no component goes unnoticed or unchecked, no matter how minor.

As organizations adopt more technologies, vulnerability management becomes more complicated. Automated tools help by quickly identifying vulnerabilities, prioritizing them based on the risk level, and, in many cases, applying necessary patches or recommending actions to mitigate the threat. They significantly reduce the manual workload on cybersecurity teams, allowing them to focus on more strategic tasks rather than getting bogged down in the minutiae of day-to-day vulnerability management. The continuous monitoring provided by automated systems ensures that any new vulnerabilities introduced through updates or new asset integrations are promptly detected and addressed.

At the end of the day, the adoption of automation all comes down to business value. Organizations can reduce the labor-intensive and costly process of manually tracking and securing assets by automating critical areas. This cuts down on the hours needed to perform these tasks and reduces the likelihood of costly breaches that can occur due to human error or oversight. It ensures that resources are utilized most effectively, focusing human expertise on strategic analysis and decision-making rather than routine monitoring and maintenance.

Enhanced operational efficiency through automation greatly supports compliance with stringent healthcare regulations. These regulations require meticulous documentation and consistent application of security measures, both of which are streamlined by automation. Automated systems provide a traceable, auditable record of security practices, ensuring that Healthtech organizations can demonstrate compliance in a straightforward and verifiable manner. The improved risk management that comes with efficient operational practices means that organizations can identify, assess, and mitigate potential security threats more rapidly and reliably.

Scalability and future-proofing are additional crucial benefits provided by automation in Healthtech cybersecurity. As organizations grow and their digital landscapes become increasingly complex, maintaining security without sacrificing efficiency or effectiveness becomes more challenging. Automation allows these organizations to scale their security measures with their growth, adapting to new challenges without needing proportional increases in manual labor or resources. This scalability ensures that security protocols evolve and adapt continuously, providing a robust framework that supports the organization’s long-term security needs and strategic goals.

Probely significantly enhances operational efficiency in Healthtech cybersecurity through its advanced, non-intrusive asset discovery capabilities. By automatically identifying all external-facing assets, which are crucial for maintaining a secure attack surface, Probely ensures that no component is overlooked. The comprehensive visibility delivered by Probely helps organizations effectively protect against potential vulnerabilities and attacks.

Healthcare operations have no time for disruptions, and Probely is built with this in mind. Its non-intrusive nature ensures that crucial activities can be conducted without disrupting the organizations’ ongoing operations, preventing system availability from impacting patient care and safety.

Probely’s suite of automation features extends beyond simple discovery to encompass various aspects of vulnerability management. By automating the detection and providing targeted remediation suggestions, Probely streamlines the process, making it more efficient and freeing up staff to address more strategic initiatives.

This boils down to allowing healthcare organizations to operate more efficiently and respond quickly and precisely to vulnerabilities. Rapid response is key to resolving exposures before attackers can exploit them. By improving the efficiency and effectiveness of security operations, Probely enhances the overall security posture and contributes to the operational resilience of Healthtech organizations.

Schedule a demo today to see how Probely can help your organization uncover its accurate software security posture.