Discover comprehensive cybersecurity solutions including threat detection, vulnerability management, AI-driven defense, and strategic implementation guides to fortify your organization’s defenses.
Cybercriminals grow more creative and effective year after year. Keeping pace with them to avoid hacks and other cyber-attacks requires matching the speed of their evolution. One method involves studying the actual behaviors of these attackers to learn how your company should adapt.
The idea of outsourcing critical responsibilities that determine your stakeholders’ safety and security may seem stressful at first. After all, cybersecurity was traditionally handled by internal team members who are incentivized to keep the company safe.
The Internet of Things (IoT) has revolutionized the world of automation. Without the advantages given to us from the IoT sphere, industry 4.0 would still be a dream.
Many businesses have already begun to integrate IoT devices into their information systems, and others had some rudimentary IoT devices to start with, such as the WiFi printer.
The National Institute of Standards and Technology (NIST) publishes some of the most essential and widely applicable cybersecurity guidelines and regulations. For example, the Cybersecurity Framework (CSF) is the basis for nearly every regulatory text currently in circulation.
Vulnerabilities are bugs or flaws that could expose your software applications to cyber-attacks. Patches are codes that improve your software applications by fixing those vulnerabilities before cybercriminals exploit them. To stay ahead of cybercriminals, you need a patch management software solution.
No two companies are the same. Specific cybersecurity risks and corresponding information technology (IT) management approaches vary widely from business to business, even within the same industry and location. For the same reason, no two patch management software models are the same either.
The trend toward mobile, web and cloud-based solutions for online communications and other technologies predates the COVID-19 pandemic and the new, distanced normal. But this trend has only sped up in the past year, and it shows no signs of slowing down in the future. In this context, application security is critical to overall cybersecurity.
When hackers and other cybercriminals target businesses, they’re typically searching for sensitive files. These files may include information they can use to steal resources from the company directly or seize operations until a ransom is paid. One way to ensure this doesn’t happen is to monitor for integrity across all files and file locations. File integrity monitoring (FIM) is a cybersecurity domain that includes various controls, some of which may be required for your business. Let’s take a closer look.
When it comes to cybersecurity, there are few things more essential than flexibility. Companies must adapt to the growing threats of cybercrime with increasingly complex safeguards. In some cases, those best equipped for the job are those that supply protections from outside.
With the rise of cyberattacks globally, the need for Security Operation Centers (SOC) becomes paramount. However, SOCs, like any other tool, need maintenance to ensure it doesn’t fail us in the time of need.