StrongDM Blog (7)

Securing Network Devices with StrongDM's Zero Trust PAM Platform

Let’s talk about the unsung heroes of your on-premises infrastructure: network devices. These are the routers, switches, and firewalls that everyone

What Is Zero Trust for the Cloud? (And Why It's Important)

Zero Trust cloud security is a cybersecurity model that operates on the principle that no user, device, system, or action should be trusted by

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Incident Response Plan: Your 7-Step Process

If organizations hope to minimize their exposure to attacks and mitigate any damage done by a threat, they must have a comprehensive incident response plan. An effective plan will detect, contain, and enable rapid recovery from security breaches, preserving your business continuity and operability. We've outlined seven incident response steps for you to follow so you can be prepared for a threat.

How to Prevent Password Sharing in Healthcare (8 Ways)

Protecting sensitive patient data in healthcare isn't just a priority—it's a legal and ethical obligation. However, one of the most overlooked security gaps that healthcare organizations face is the practice of password sharing among employees. This seemingly harmless habit can quickly lead to unauthorized access and serious data breaches, putting both the organization and patients at risk. While often seen as a convenient shortcut, password sharing undermines the security of protected health

HIPAA Omnibus Rule: Everything You Need to Know

The HIPAA Omnibus Rule strengthens privacy and security protections for patient health information, extends liability to business associates, and increases penalties for non-compliance.

New Navigation, UX, and UI Enhancements for StrongDM Platform

Security and operations teams place their faith in solutions that help them meet compliance requirements and protect their environments from threats and data breaches. However, in the pursuit of their security goals, many solutions overlook a critical aspect of problem solving — the user experience (UX) of the solution, particularly for the admins and engineers who use them daily.

15 Kubernetes Security Best Practices in 2025

Kubernetes (K8S) has revolutionized software development, but managing such a complex system with numerous components can be challenging. Fortunately, there are several best practices your team can adopt to secure your K8S environment and reduce your attack surface. By implementing these Kubernetes ...

What Is Privileged Identity Management (PIM)? 7 Best Practices

Privileged Identity Management (PIM) is a complex cybersecurity approach. But it’s the only proven method you can use to lock down access and protect your precious resources. It can help you keep cybercriminals out and ensure that even your trusted users can’t accidentally—or intentionally—jeopardize your system’s security.

What Is Zero Trust Data Protection?

Zero Trust Data Protection isn't just the best way to safeguard your data — given today's advanced threat landscape, it's the only way. Assuming inherent trust just because an access request is inside your network is just asking for a breach. By implementing the latest tactics in authentication, network segmentation, encryption, access controls, and continuous monitoring, ZT data security takes the opposite approach.

Kubectl Cheat Sheet - Kubernetes Commands (Basic to Advanced)

Kubernetes is a popular tool for managing synchronized groups, or clusters, of computers. Users employ it to configure and deploy applications in parallel across clusters on your networks. The kubectl command line tool in Kubernetes lets you send instructions to and receive information from your clusters. This kubectl cheat sheet is a quick guide to getting started with kubectl, including installation, configuration, key commands, and efficiency tips.

5 Types of Multi-Factor Authentication (MFA) Explained

With so many advanced cyber attackers lurking on the threat landscape, a simple password is no longer enough to safeguard your sensitive data. There are many reasons to adopt MFA for your business. It supplements your security by requiring additional information from users upon their access requests—and it significantly reduces your risk of incurring a breach. Several multi-factor authentication methods are available, with varying strengths and weaknesses. Be sure to compare the differences

Simplify Database Authorization with Policy-Based Action Control

As enterprises continue to modernize their IT environments, the need for a more advanced and adaptable approach to database authorization becomes increasingly apparent. Traditional models, with their reliance on static roles and broad permissions, are no longer sufficient to meet the demands of decentralized, dynamic infrastructures. StrongDM addresses this gap by offering a solution that emphasizes fine-grained, policy-based action control, enabling organizations to manage database access with

StrongDM Now Delivers Continuous Authorization for Databases Through Fine-Grained Policy-based Action Control

Access is no longer the primary challenge in enterprise security; it's the actions of users that are most aligned with managing risk. By focusing on how actions are authorized, StrongDM is giving customers a more effective approach to enterprise security. Our policy-based action control ensures that, in addition to access, every user action is scrutinized, delivering a higher level of security tailored to meet the complex demands of modern enterprises.

IGA vs. PAM: What’s the Difference?

IGA (Identity Governance and Administration) manages user identities and access across the organization, ensuring proper access and compliance. PAM (Privileged Access Management) secures privileged accounts with elevated permissions by using measures like credential vaulting and session monitoring to prevent misuse. While IGA handles overall user access, PAM adds security for the most sensitive accounts.

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Securing Network Devices with StrongDM's Zero Trust PAM Platform

What Is Zero Trust for the Cloud? (And Why It's Important)

Posts by Category: