Tag: MCP

When enterprises deploy Claude for Work, every agent inherits the employee’s full identity and access rights with no guardrails, no policy, and no audit trail. Here’s how one $300B investment firm closed that gap, and what it means for yours.
You can stand up an MCP server in minutes, but controlling how it authenticates and what it can access is where the real work begins.
Teams can query workload identity data in plain language, investigate activity, and move faster without leaving the Aembit platform.
Built in the open with customers, now ready to run against real agent workflows.
What starts as a tooling decision ends up shaping cost, reliability, and how far your workflows actually scale before they break down.
SPIFFE focuses on who a workload is. It issues cryptographic identities to services and workloads so they can prove their authenticity to each other without relying on stored secrets. OAuth focuses on what a workload is allowed to do. It defines how access is delegated and controlled when one service needs to interact with another or call an external API.
As agents scale and operate continuously, MCP servers are becoming long-lived access intermediaries, concentrating privilege in ways security teams have already struggled to contain.
Securing MCP requires a fundamentally different approach than traditional API security.
Traditional static access control is inadequate for dynamic MCP server environments. Context-Based Access Control (CBAC) provides superior security by evaluating identity, context, and resource in real-time.
Securing MCP servers requires rethinking the entire communication stack, not just adding TLS and calling it done.