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SOC 2, ISO, HIPAA, Cyber Essentials – all the security frameworks and certifications today are an acronym soup that can make even a compliance expert's head spin. If you're embarking on your compliance journey, read on to discover the differences between standards, which is best for your business, and how vulnerability management can aid compliance. What is cybersecurity compliance? Cybersecurity compliance means you have met a set of agreed rules regarding the way you protect sensitive information and customer data. These rules can be set by law, regulatory authorities, trade associations or industry groups.  For example, the GDPR is set by the EU with a wide range of cybersecurity requirements that every organization within its scope must comply with, while ISO 27001 is a voluntary (but internationally recognized) set of best practices for information security management. Customers increasingly expect the assurance that compliance brings, because breaches and data disclosure will

Changes in the way we work have had significant implications for cybersecurity, not least in network monitoring. Workers no longer sit safely side-by-side on a corporate network, dev teams constantly spin up and tear down systems, exposing services to the internet. Keeping track of these users, changes and services is difficult – internet-facing attack surfaces rarely stay the same for long. But a secure working network is the backbone of every modern business, and with so many different attack vectors and entry points, relying on firewalls and point-in-time scanning is no longer enough. You need to understand how your firewalls are being changed in real-time, with real-world validation of how they're configured. You need continuous network monitoring. What needs protecting in your network? There is so much sprawl in today's corporate networks with remote working, cloud computing and third-party integrations, that it's no longer just the devices or systems that you have in your off

As work ebbs with the typical end-of-year slowdown, now is a good time to review user roles and privileges and remove anyone who shouldn't have access as well as trim unnecessary permissions. In addition to saving some unnecessary license fees, a clean user inventory significantly enhances the security of your SaaS applications. From reducing risk to protecting against data leakage, here is how you can start the new year with a clean user list.  How Offboarded Users  Still  Have Access to Your Apps When employees leave a company, they trigger a series of changes to backend systems in their wake. First, they are removed from the company's identity provider (IdP), which kicks off an automated workflow that deactivates their email and removes access to all internal systems. When enterprises use an SSO (single sign-on), these former employees lose access to any online properties – including SaaS applications – that require SSO for login.  However, that doesn't mean that former employee

Attack surfaces are growing faster than security teams can keep up. To stay ahead, you need to know what's exposed and where attackers are most likely to strike. With cloud migration dramatically increasing the number of internal and external targets, prioritizing threats and managing your attack surface from an attacker's perspective has never been more important. Let's look at why it's growing, and how to monitor and manage it properly with tools like  Intruder . What is your attack surface? First, it's important to understand that your attack surface is the sum of your digital assets that are 'exposed' – whether the digital assets are secure or vulnerable, known or unknown, in active use or not. This attack surface changes continuously over time, and includes digital assets that are on-premises, in the cloud, in subsidiary networks, and in third-party environments. In short, it's anything that a hacker can attack.  What is attack surface managemen

If you are thinking about performing a penetration test on your organization, you might be interested in learning about the different types of tests available. With that knowledge, you'll be better equipped to define the scope for your project, hire the right expert and, ultimately, achieve your security objectives. What is penetration testing? Penetration testing, commonly referred to as "pen testing," is a technique that simulates real-life attacks on your IT systems to find weaknesses that could be exploited by hackers. Whether to comply with security regulations such as ISO 27001, gain customer and 3rd party trust, or achieve your own peace of mind, penetration testing is an effective method used by modern organizations to strengthen their cyber security posture and prevent data breaches.  Read about the different types of penetration testing to find out which type you can benefit from the most: Network penetration testing As the name suggests, a network penetra