Discover how StrongDM's Zero Trust PAM and fine-grained authorization secure cloud data plane access and mitigate shadow access risks without hindering productivity.
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
Struggling to maintain a consistent security posture across your organization's diverse infrastructure? You're not alone. The challenges of policy enforcement in the era of on-premises systems, multiple cloud environments, and ever-changing compliance requirements can lead to security gaps and potential threats. But fear not, there's a solution on the horizon.
In this dynamic digital landscape, enforcing security policies is no small feat. However, the adoption of context-based access controls presents a transformative approach that dynamically adjusts security policies based on contextual parameters such as device posture and geo-location, significantly enhancing security and compliance. Join us as we explore the intricacies of context-based access controls, their benefits, and how solutions like the StrongDM empower organizations to navigate the complexities of modern infrastructure.
The Challenges of Policy Enforcement
Modern infrastructure, including on-premises systems, multiple cloud environments, and evolving compliance requirements, have complicated the task of maintaining a consistent security posture. Organizations are challenged to enforce security policies effectively across their entire infrastructure, which can lead to gaps in security and expose the organization to potential threats.
Additionally, there is no straightforward method to manage security policies across various platforms and services, resulting in inconsistencies and inefficiencies in policy administration. This fragmentation and lack of seamless enforcement lead to non-compliance with regulatory standards, which increases the risk of security breaches and exposes the organization to potential fines and penalties.
What Is a Context-Based Access Control?
Context-based access control is a dynamic and adaptive security approach that adjusts access permissions based on real-time factors like user location, device status, and behavior. Unlike traditional methods, it uses continuous risk assessments to make more precise security decisions. By narrowing access based on contextual parameters, it reduces the attack surface, enhances security, and streamlines policy administration, ensuring compliance in evolving environments.
Embracing Context-Based Access Controls
To address security access concerns, organizations must adopt a more dynamic and context-aware approach to access management. Context-based access controls offer a range of benefits that can significantly enhance security and compliance. By narrowing the aperture for access, these policies ensure that only the necessary resources are accessible to the right users under the right conditions, thereby reducing the overall attack surface.
Context-based policies enable organizations to quickly adapt to changing business environments and emerging security threats by considering the device posture, geo-location, and more to dynamically adjust controls and maintain optimal security.
This approach also reduces administrative overhead by providing a more streamlined and automated method for managing access, simplifying the process of defining and enforcing policies across diverse environments. By continuously evaluating the context and adjusting access accordingly, these policies ensure that organizations remain compliant and be confident with the controls in place.
Implementing Context-Based Policies with StrongDM
To operationalize context-based access controls, organizations need robust tools that can handle the complexity of modern infrastructures. StrongDM introduces the Strong Policy Engine, which allows customers to define context-aware policies against StrongDM resources. This enables:
- Enforcement with justification or MFA: Users can be required to provide justification or complete multi-factor authentication (MFA) to gain access to sensitive resources, ensuring that access is granted only when necessary and secure.
- Context-based signals for granular control: Access can be restricted based on context signals like device posture, geography, and IP. Coupled with continuous assessment, this further enhances security and considers the broader context of access requests.
See It in Action
Moving to Zero Trust Continuous Authorization
Implementing context-based access controls is a critical step towards achieving continuous authorization and embracing Zero Trust. By continuously evaluating the context of access requests and adjusting permissions accordingly, organizations can ensure that access is granted only when it is truly needed and under secure conditions. This proactive approach to security significantly reduces the risk of unauthorized access and data breaches, paving the way for a more secure and compliant future.
The adoption of context-based access is a necessity in the face of evolving security challenges. By leveraging tools like the Strong Policy Engine, organizations can effectively implement these controls, ensuring a more secure, compliant, and agile security posture in today's complex digital landscape.
Want to see StrongDM in action? Book a demo.
About the Author
đź’™ this post?
Then get all that StrongDM goodness, right in your inbox.
You May Also Like
Learn why Just-in-Time (JIT) access is essential for Zero Trust security in AWS environments. Discover how StrongDM's JIT access enhances security, optimizes workflows, and ensures compliance with Zero Trust principles.
Let’s talk about the unsung heroes of your on-premises infrastructure: network devices. These are the routers, switches, and firewalls that everyone forgets about…and takes for granted—until something breaks. And when one of those somethings breaks, it leads to some pretty bad stuff. If your network goes down, that’s bad, bad, bad for business. But if those devices lack the necessary security, well, that can leave you exposed in an incredibly dangerous way.
Zero Trust cloud security is a cybersecurity model that operates on the principle that no user, device, system, or action should be trusted by default — even if it's inside your organization’s own network. This approach minimizes the risk of breaches and other cyber threats by limiting access to sensitive information and resources based on user roles, device security posture, and contextual factors.
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 information (PHI), potentially leading to HIPAA violations and data breaches. In this post, we'll explore eight effective ways to prevent password sharing in healthcare.