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 compromised, and helps organizations comply with the HIPAA Security Rule.
StrongDM manages and audits access to infrastructure.
- Role-based, attribute-based, & just-in-time access to infrastructure
- Connect any person or service to any infrastructure, anywhere
- Logging like you've never seen
Have you ever found yourself holding onto things that no longer serve you? While change isn’t easy, sometimes it's important to recognize when it's time to let go and move forward.
It’s time to let go of legacy privileged access and adopt a Dynamic Access Management (DAM) platform that operates with today's infrastructure. In today’s world, security must extend to all of your technical users—including developers, security analysts, data scientists, and marketing analysts. The same old Privileged Access Management (PAM) simply isn’t enough anymore.
At StrongDM we manage and measure the effectiveness of access policies. Our recent research shows that 87% of privileged credentials are not even used once per quarter. This highlights how traditional practices are falling short. We strive to help customers reach a security posture of zero standing permissions with credentials that only exist when needed and are never exposed to the end user.
To get there, it’s partially about the tools, but also about the people. Asking people to give up standing credentials—which may represent power and status—could be met with resistance but we have some ideas on how to overcome that. More often, people don’t even realize they had those credentials—and that’s a source of risk that could be easily eliminated.
This month, StrongDM is introducing a suite of features to manage secure and dynamic access across your entire stack. It’s time to let go of the past and embrace the present and the future.
Better Enforce Security Policies With Advanced Insights
Advanced Insights: Organizations need to be confident that security policies are being enforced. Admins can now easily report on all the resources and roles of their users. The new Reports Library shows how your most critical resources are used and whether roles are over-privileged or underutilized. Within the reports, admins can continue to track every activity and query with the StrongDM™ Audit API and export logs in a usable and parsable way to your company’s data analytics tools of choice. You’ll also be able to answer common user queries regarding infrastructure access for audits, investigation, and compliance use cases, which makes recertifications accurate and efficient.
Keep Your Secrets Safe
Strong Vault: Protect your organization’s most sensitive authentication tokens from unauthorized access and use. With the Strong Vault you can store, checkout and secure all your secrets, keys, and credentials in one location – or you can continue to use all the vaults/keystores you have across your organization, concurrently. The StrongDM proxy fetches credentials from the vault when access is granted without the credentials ever being exposed to the end user. Supported vaults include Azure Key Vault, CyberArk Conjur, CyberArk Digital Vault, Delinea Secrets Server, HashiCorp Vault, GCP Secrets Manager and Amazon Secrets Manager or the native Strong Vault.
Make Dreams of Zero Trust a Reality
Access Workflows (Closed Beta): Get closer to your Zero Trust aspirations within a few clicks. Access workflows empower customers to easily adopt Zero Standing Privileges to request, approve, and grant access as needed. This new feature supports multi-step processes and change management that are as simple or complex as your security policies require. Every step of the workflow is mapped with an end-to-end chain of events tied directly to audit logs.
Writing Access Rules Has Never Been Easier
Natural Language Access (Closed Beta): We recognize that putting a written access policy into practice can be hard – especially ensuring that you’ve coded the rule accurately. With the new Natural Language Access feature, admins can create access rules just as simply as writing out the rule in English. Assign resources, create roles, and more.
This new fleet of features is the first step in the ultimate journey of enabling customers to achieve Zero Standing Privilege and dramatically shrink their access attack surface. The adventures in access are just beginning, but you don’t have to go it alone. Let's enter the future together.
Interested in trying our Beta features? Contact info@strongdm.com
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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 bunker and buy 1,000 cans of beans” kind of preparation. I’m talking about a smarter, modern approach to managing access.
Managing access to critical infrastructure is a challenge for many organizations. Legacy tools often struggle to keep up, creating inefficiencies, security gaps, and frustration. StrongDM offers a modern solution that simplifies access management, strengthens security, and improves workflows. In this post, we’ll explore 13 real-world examples of how StrongDM helps teams solve access challenges and achieve their goals.
Network Level Authentication (NLA) is a security feature of Microsoft’s Remote Desktop Protocol (RDP) that requires users to authenticate before establishing a remote session. By enforcing this pre-authentication step, NLA reduces the risk of unauthorized access, conserves server resources, and protects against attacks like credential interception and denial of service. While effective in securing RDP sessions, NLA is limited to a single protocol, lacks flexibility, and can add complexity in diverse, modern IT environments that rely on multiple systems and protocols.
