How Aligned Are Provider Organizations with the Health Industry Cybersecurity Practices (HICP) Guidelines?

whitePaper | July 12, 2023

FortiClient’s Fortinet Security Fabric integration provides endpoint visibility through telemetry and ensures that all Security Fabric components – FortiGate, FortiAnalyzer, EMS, managed APs, managed Switches, and FortiSandbox – have a unified view of endpoints in order to provide tracking and awareness, compliance enforcement, and reporting. Traditional virtual private network (VPN) tunnels or new, automatic ZTNA tunnels provide secure remote connectivity. Provide security and protection for endpoints when local or remote.

whitePaper | August 5, 2022

The purpose of this document is to help technically-oriented professionals understand the security-related value BeyondTrust can bring to their organization. BeyondTrust can help your support organization stay secure and compliant, while improving the efficiency and success of your organization with a better end-user support experience.

whitePaper | November 3, 2022

While “less is more” is the critical strategy behind consolidating networks and security, “more is more” seems to be the mantra cybercriminals continue to live by. The most troubling trend we’ve observed across the cyber landscape is one we see continuing into the future—that threats of all kinds are becoming increasingly ubiquitous. From Ransomware-as-a-Service (RaaS) to new attacks on nontraditional targets like edge devices to the emerging use of wipers, the volume and variety of cyberthreats will keep security teams on their toes in 2023 and beyond.

whitePaper | February 19, 2020

We live in an increasingly connected world, where more and more devices and systems are networked and shared with other systems. Convenience is a main driver behind this trend, as people have come to expect the ability to connect to and control devices and systems anywhere, anytime. However, there is a downside to the unprecedented level of convenience provided by the growing number of networked devices, namely increased security risk. Because each device is an endpoint for networks, they introduce the potential to become entry points for hackers and others with malicious intents. In fact, in many of the most high-profile data breaches that have occurred recently, hackers were able to access corporate networks through POS, HVAC and other networked systems that failed to provide an adequate level of security to prevent these types of breaches.

whitePaper | August 11, 2022

SecOps teams in the US and UK are being asked to do more with less, leading to higher stress levels that impact both their work and personal lives. The growing risk from cyber attacks is also compounded by significant recruitment and retention issues within cybersecurity.

whitePaper | January 9, 2020

The malicious programs known as ransomware have attracted a significant amount of coverage in the mainstream media over the last few years, as major companies and organizations announced that their operations had been affected by the threat. Examples of affected businesses include hospitals, universities and major international corporations [2, 3]. Despite the alarming nature of the threat, the way ransomware gains entry onto a user’s device is actually no different from the methods used by other threats. Ransomware is most commonly spread by two methods.