StrongDM Team

Zero Trust Privileged Access Management (PAM), the StrongDM team is building and delivering a Zero Trust Privileged Access Management (PAM), which delivers unparalleled precision in dynamic privileged action control for any type of infrastructure. The frustration-free access stops unsanctioned actions while ensuring continuous compliance.

StrongDM has been featured in Forbes, The New Stack, VentureBeat, DevOps.com, TechCrunch, and Fortune.

Latest blog posts from StrongDM

Kubernetes Security: Guide to Securing Your Clusters

Kubernetes security is the practice of protecting containerized workloads and cluster components from unauthorized access, misconfigurations, and vulnerabilities. It involves securing the infrastructure, clusters, containers, and application code through layered controls like RBAC, network policies, image scanning, and runtime protection.

PostgreSQL Default Password: Everything You Need to Know

PostgreSQL doesn’t come with a default password. And while that might seem like a security feature, leaving it unset can be just as risky. Understanding how Postgres handles authentication—from pg_hba.conf rules to encryption types like MD5 and SCRAM—is essential for keeping your database secure. Missteps in configuration or password management can open the door to unauthorized access.

How to Enable SSH on Ubuntu: A Step-by-Step Guide

SSH is the backbone of remote access on Linux systems—and if you're running Ubuntu, enabling SSH is often one of the first things you'll do. But enabling it securely is what really matters. From installing OpenSSH and adjusting firewalls to enforcing key-based authentication and disabling root login, a secure setup takes more than just flipping a switch .This guide walks you through every step, plus how to make SSH access safer and simpler with centralized control, just-in-time access, and full

How to Show/List Tables in PostgreSQL (psql, SQL & pgAdmin)

Listing tables in PostgreSQL is a basic yet essential task—whether you're debugging, automating CI/CD, or exploring a new database. But with sensitive data at stake, how you access matters. This guide covers common methods and how to secure them with centralized access, audit logs, and least-privilege controls.

Linux File Permissions Explained: chmod, chown, umask

Linux file permissions control who can read, write, or execute files—crucial for system security. But with special bits, ACLs, and recursive commands, managing them can get tricky. This guide simplifies permissions and shows how to manage them safely with centralized access, audit logging, and role-based control—so you’re not stuck juggling chmod and chown alone.

What Is Linux Security? Features, Best Practices & Tools

Linux powers everything—from servers to IoT devices—and with that power comes a big responsibility: security. Linux security is all about protecting your systems from breaches, misconfigurations, and evolving threats without compromising performance. This guide explores everything from kernel-level protections to enterprise-grade defense strategies—and shows how to simplify Linux security by unifying access, enforcing Zero Trust, and replacing static credentials with identity-based access that

How to List All Groups in Linux: Complete Command Guide

One of the most common and straightforward ways to list all groups in Linux systems is by leveraging the Linux "list groups" command. However, this isn’t the only way. There are several alternative methods, such as the "getent" command, the "/etc/group" file, and the "id" command. This guide will explore these methods in detail, so read on to get the full scoop.

Security vs. Compliance: How to Align The Differences

Security breaches make headlines, while compliance audits keep teams on edge. The pressure to protect data and meet regulatory requirements is mounting—and often, the lines between security and compliance get blurred. Are they the same thing? Are they working in tandem—or pulling in different directions? This post breaks it down: what security and compliance are, how they intersect, where they differ, and most importantly, how your organization can align the two effectively.

How to Tar a File in Linux: Commands, Examples & Best Practices

In this guide, you'll learn how to create, compress, and extract tar files—plus how to secure access to the systems and data inside them with centralized controls, real-time audit trails, and seamless permission management.

StrongDM Kubernetes: Zero Trust Access for Kubernetes Clusters

StrongDM’s Next-Gen Kubernetes provides secure, seamless access to Kubernetes clusters at scale. By eliminating standing privileges and enforcing Zero Trust security principles, StrongDM helps security teams maintain tight access controls without slowing down DevOps workflows.

What Are Microservices in Kubernetes? Architecture, Example & More

Microservices make applications more scalable and resilient, and Kubernetes is the backbone that keeps them running smoothly. By orchestrating containers, handling service discovery, and automating scaling, Kubernetes simplifies microservices management—but it also introduces complexity. This guide covers key principles, deployment strategies, and security best practices to help you navigate microservices in Kubernetes. Plus, see a modern way of simplifying access and security, so your teams

How to Create a Cron Job in Linux: Set Up, Examples & More

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.

Linux Privilege Escalation: Techniques, Prevention & More

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.

What Is Kubernetes Observability? Best Practices, Tools & More

Kubernetes observability is the practice of monitoring and analyzing a Kubernetes environment through metrics, logs, and traces to gain visibility into system performance and health. It enables teams to detect and resolve issues proactively, optimize resource utilization, and maintain cluster reliability through real-time insights and automated monitoring tools.

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