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AI Gateway

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Google Built an Agent Runtime on Kubernetes. Here's How to Build a Cloud-Agnostic One with Identity Included
blog posts

Google Built an Agent Runtime on Kubernetes. Here's How to Build a Cloud-Agnostic One with Identity Included

Google spent the last year quietly admitting what we already knew: Kubernetes was never designed to run AI agents. As Janakiram MSV writes in The New Stack , Google's GKE Agent Sandbox and the new Agent Substrate project amount to an indirect admission "that the platform that won the container decade is not the right control plane for AI agents."

When the Web Becomes the Attacker: AI Agent Traps and the Case for Identity-Aware Access
blog posts

When the Web Becomes the Attacker: AI Agent Traps and the Case for Identity-Aware Access

As autonomous AI agents fan out across the open web to read pages, call tools, and drive workflows on our behalf, the web itself becomes the attack surface. The adversary no longer needs to compromise the model, the endpoint, or the user. They only need to shape the information the agent sees. The DeepMind team calls this new class of adversarial content AI Agent Traps , and their paper is the first systematic taxonomy of them.

Top 5 Agentic Gateways for Securing MCP Tool Calls in 2026
blog posts

Top 5 Agentic Gateways for Securing MCP Tool Calls in 2026

The explosive growth of agentic AI has created a new security frontier. As large language models (LLMs) gain the ability to call external tools—through the Model Context Protocol (MCP)—organizations face an urgent question: How do you control what tools an agent can access, what parameters it can pass, and how do you audit its actions?

Why Identity-Aware Access is the Missing Layer in Agentic Security
blog posts

Why Identity-Aware Access is the Missing Layer in Agentic Security

A new VentureBeat analysis from this week lands on a truth that every enterprise security team already feels in their gut: most AI agents are a credential exfiltration waiting to happen. The monolithic agent pattern — where reasoning, execution, credential storage, and tool access all share the same process — creates a threat surface that conventional security tooling wasn't designed to close.

Why Traditional Access Controls Fail in LLM Deployments
blog posts

Why Traditional Access Controls Fail in LLM Deployments

TL;DR: Prompt-driven apps quickly outgrow static API keys and coarse Identity Access Management (IAM) roles. OWASP’s LLM risk list shows why that model breaks. The answer is continuous, identity-aware policy applied before prompts ever reach the model. Pomerium provides that control so teams can ship GenAI features with confidence.

Why the Managed Context Protocol (MCP) Spec Still Leaves Gaping Security Holes
blog posts

Why the Managed Context Protocol (MCP) Spec Still Leaves Gaping Security Holes

TL;DR — MCP gives AI agents a shared way to invoke tools and complete tasks. But the spec lacks core security features. There is no built-in authorization, no identity enforcement, and no way to apply context-aware policy. Teams relying on reference servers are exposing internal APIs without guardrails. Pomerium applies Zero Trust controls to every request, adding identity, context, and policy enforcement at Layer 7.

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