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In just a few clicks, any SaaS app can turn into a company's go-to system for collaboration, record keeping, CRM, workflow organization, marketing, human resource management, and more. These apps can also act as footholds from which threat actors can pivot into corporate environments and steal critical data.  The rapid adoption of SaaS apps is outpacing the implementation of necessary security measures. The rise in attacks—such as account takeovers and credential leaks—highlights this gap. On the users' end, the responsibilities include taking a security-first approach to account configuration i.e., continuously monitoring for access risks and emerging threats to their data. But with so many users, so many apps and so much data, it's easier said than done.  What leaves companies exposed to data breaches and leaks is the lack of clarity, context, and prompt action. Security teams must make a massive effort to research threats, filter the relevant ones, assess the impact of potential

Privileged Identity Management (PIM): PIM is described as a service within Microsoft Entra ID, designed to manage, control, and monitor access to crucial organizational resources, encompassing Microsoft Entra ID, Azure, and other Microsoft Online Services like Microsoft 365 and Microsoft Intune. In the cybersecurity landscape, Privileged Identity Management (PIM) emerges as a pivotal element, but its effectiveness in managing privileged access is subject to scrutiny. Integral to the broader identity and access management (IAM) framework, PIM's role in upholding the least privilege and just-in-time access principles is increasingly questioned amidst evolving digital threats. While theoretically vital for risk mitigation and regulatory compliance, the practical application of PIM, especially in complex cloud and IT environments, often reveals limitations in its ability to adapt to sophisticated cyber threats. This dichotomy between PIM's intended role and its real-world effica

In our current tech landscape, dealing with cybersecurity incidents like ransomware and other disasters is unavoidable. To keep your business running, you need to be able to take disruptions and cyberattacks in stride. This means being able to not just bounce back from an outage or data loss situation — but bounce forward each time. This is at the heart of data resilience. Read on to learn more about how to keep your organization moving forward, no matter what comes your way. Stay Ahead of the Curve As cybersecurity threats and ransomware attacks continue to increase and evolve, it's critical that you stay ahead of the curve when it comes to keeping up with cybersecurity trends. Cyber threats are evolving quickly into more sinister and dangerous variants, and they won't wait for your defenses to catch up. Some of the top cybersecurity and data protection trends this year include using zero trust principles like multi-factor authentication (MFA) systems, passkeys, and password-less

Though every organization is susceptible to data breaches, those in FinTech, Healthcare, and SaaS are particularly vulnerable to attacks due to the high volume of data they possess. It's all the more necessary for these organizations to secure their digital estate end-to-end. Identity & access management (IAM), authorization policies, and observability tools are required to enforce security. But with the proliferation of microservices, distributed architectures, numerous vendor and partner integrations, as well as open-source components, the digital supply chain has become more vast and complex than ever. This requires a purpose-built security solution that addresses the new needs of organizations in these sectors, to which Non-human identity management has risen to meet. Let's dive deeper, by looking at recent data breaches in each of these three sectors, beginning with FinTech. Breach examples in FinTech The term 'FinTech' includes a range of organizations such as banks, no

Many organizations might not find it easy to integrate existing security infrastructure with zero-trust network access (ZTNA) solutions. At first glance, ZTNA bolsters the safety and flexibility of having a distributed staff. However, implementing such systems can be challenging as they may clash with older systems and existing security protocols. To begin with, security teams need to take into account the current architecture, potential friction points, and how user experience should be seamless when integrating ZTNA. Thankfully, there are rising tools and methodologies that make this process less complicated in order for companies to gain all the advantages of ZTNA without compromising their present state of security. To help you through this process smoothly without compromising your cybersecurity strategy, here are some best practices on how you can successfully implement ZTNA using your existing security infrastructure. Why should businesses implement ZTNA? Organizations cont