Managing routine Linux tasks like backups and service restarts can be overwhelming. Cron jobs automate these processes, keeping your system running smoothly with minimal effort. This guide covers how to set up, use, and secure cron jobs for seamless automation.
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Curious about how Linux privilege escalation attacks occur? Our in-depth article explores the top techniques and methods that attackers use and how you can prevent them.
Legacy security models can’t protect modern financial systems. Continuous Authorization ensures real-time, risk-based access control for true Zero Trust. Learn how to secure your cloud and hybrid environments today.
Up to 80% of data breaches in the U.S. start with unauthorized access. Without insights into who’s accessing your database, their login privileges, and the duration of each session, it can be difficult to prevent potential security threats. Fortunately, PostgreSQL is a powerful open-source relational database management system you can use to manage access control. Known for its advanced support, complex queries, and rich features, PostgreSQL can list users in your database for security audits,
As a system administrator, a time will come when you’ll need to delete or remove users in your organization’s Linux system. It could be due to security reasons, routine account management, or organizational changes that require you to remove inactive accounts or offboard employees. Whatever the reason, it's important to do this properly to avoid problems like broken processes, orphaned files, and security vulnerabilities.
This guide breaks down the top cloud database solutions reshaping how organizations store, manage, and scale data. From relational databases to NoSQL options, we’ll cover what matters most when choosing the right solution for your needs. By the end, you’ll understand how modern cloud databases drive scalability and performance—and which one is the best fit for your organization.
Security best practices recommend that you manage privileged access for Linux distributions like Ubuntu, just as with any other operating system. That’s why most Linux systems have the root user or superuser and regular users. At some point, you may need to elevate a regular user’s privileges so they can execute root-level tasks, such as modifying system configurations and settings. In this case, leveraging sudo can be helpful.
Managing secure access to infrastructure shouldn’t be a headache—but for most organizations, it is. That’s where StrongDM comes in. We replace clunky, outdated access solutions with a frictionless, Zero Trust approach that actually makes life easier for IT, DevOps, and security teams. In this FAQ blog post, we’re cutting through the noise to answer the most common questions about StrongDM—what it is, how it works, and why it’s the go-to platform for secure, scalable access.
When working with or administering a database, you'll need to delete, remove, or drop users at some point. This might seem like a routine task, but dropping unnecessary or old users is crucial for maintaining database security. This helps remove access points for malicious actors — both in-house and external — so only authorized individuals can perform operations on it.
As enterprises increasingly migrate workloads to the cloud, security strategies must adapt to meet evolving threats. Zero Trust, emphasizing identity verification and least privilege access, has become a critical framework for securing cloud environments. StrongDM’s recent survey of 600 cybersecurity professionals sheds light on the progress and challenges organizations face in adopting Zero Trust for the cloud.
In this guide, we’ll cover the 15 most important cybersecurity regulations for financial services providers. We’ll show exactly which ones—from GDPR and PCI DSS to MAS TRM, CBEST, and others—apply to your organization, and explain, in plain in English, what they are, how they impact your business, and how you can initiate a path for compliance.
The HIPAA Multi-Factor Authentication (MFA) requirement is a security measure that requires users to verify their identity using at least two different factors—such as something they know (a password), something they have (a smartphone or token), or something they are (a fingerprint)—to access systems containing electronic Protected Health Information (ePHI). This additional layer of security is designed to protect sensitive healthcare data from unauthorized access, even if one credential is
I’ll spare you the “I drink your milkshake” tropes, but we all face a sobering reality: there will be breaches in 2025. Breaches aren’t a question of “if” anymore—they’re a question of “when” and “how bad.” It’s a foregone conclusion, like taxes or the 37th season of Grey’s Anatomy. But here’s the good news: knowing the inevitability of breaches gives us the perfect opportunity to prepare, if we have the will – and strategy – oh, and tools – to do it. And no, I’m not talking about the “build a
