Data Loss Prevention in 2025: More Than Just a Safety Net for Your Applications
In an era where a single exposed file or unauthorized API call can lead to a full-blown data breach, the need for Data Loss Prevention
In an era where a single exposed file or unauthorized API call can lead to a full-blown data breach, the need for Data Loss Prevention
In the modern enterprise, cryptography is everywhere, securing communications, protecting sensitive data, and validating software authenticity. But hidden beneath this layer of protection lies a
The Zero Trust principle, “assume nothing, validate everything”, emphasizes that every access request must be authenticated and authorized, regardless of its origin. Zero Trust rejects
Enterprises have a wide array of resources to protect: file shares, email servers, production systems, databases, source code repositories, DevOps tools, and more. If key-based authentication is enforced for all of these different resources, and the keys are secured in a centrally-managed KMS or HSM, the enterprise can easily enforce granular controls, monitor access to resources, audit key usage, and restrict access as required. Learn more in this post.
Managing access to files and documents that have been downloaded and stored on end-user workstations is difficult. Check out this blog post to learn how to overcome this challenge.
Security controls like MFA and device authentication can be applied at the transport layer, which eliminates the need to modify web applications or the servers that host enterprise resources like email, files, data, and so on. Learn more about this new approach in this post.
Bring-your-own-device (BYOD) policies are becoming the new norm and, in combination with several recent events, the risk of a data breach via a stolen device or an insider threat is a cause for concern. Learn how to mitigate these risks in this post.
Device authentication is a core component of a zero trust architecture and should always be enforced in addition to strong user authentication. Learn more about implementing device authentication in this post.
All too often, enterprises take a piecemeal approach to PAM. Some elements of PAM may be properly secured (e.g., SSH), while all the other methods used to access privileged resources are overlooked. This blog post discusses a new approach to improving PAM across the board.