Zero Trust vs. Least Privilege in the Age of AI
Zero Trust and least privilege solve different parts of the same security problem. Zero Trust determines whether an access request should receive trust. Least privilege determines how much …
Zero Trust and least privilege solve different parts of the same security problem. Zero Trust determines whether an access request should receive trust. Least privilege determines how much …
Least privilege starts with a simple security principle: Every identity should have only the access it needs, for only as long as it needs it. The principle sounds …
Cloud environments make it easier to create, copy, share, and connect data across services. They also make it harder for security teams to answer a basic question: where …
Data access risk starts with a simple question: Who or what can reach your sensitive data? The answer has become harder to determine as access expands across human …
DSPM and DLP both protect sensitive data, but they solve different parts of the data security problem. Data Security Posture Management (DSPM) helps organizations discover sensitive data, understand …
Data access is no longer just about who can log in. Employees, contractors, applications, service accounts, APIs, machine identities, copilots, and AI agents can all interact with enterprise …
Federal cybersecurity programs cannot rely on annual assessments and static inventories. Federal agencies and the organizations that operate systems or handle federal information on their behalf need continuous …
Security teams don’t have a shortage of alerts. They have a shortage of context. When Microsoft Sentinel flags something worth investigating, the question that follows is almost always …
Model Context Protocol, or MCP, is changing how artificial intelligence interacts with enterprise systems. Instead of building a separate custom integration for every data source, application, or tool, …
Zero Trust changed the way security teams think about access. Traditional security models relied heavily on a defined perimeter. Once a user or device entered the network, systems …