Why Agent Security Must Be Decoupled

We believe the future of software is autonomous, but autonomy without infrastructure-level constraints is reckless.

The Problem

Today's AI agents are typically built with security logic embedded directly inside their prompts or application code. If an agent suffers a prompt injection attack or deviates from its intended path, it can simply bypass its own internal checks.

Relying on the agent to police itself is a fundamental security flaw. You wouldn't let a web frontend dictate database permissions, so why let an LLM dictate its own financial and data access boundaries?

The Solution

Oridio provides a decoupled security runtime that sits entirely outside the agent's context. By operating as a transparent network gateway and proxy, we enforce strict, deterministic rules that the agent cannot evade.

Deterministic rules enforced outside the LLM context
Fail-closed architecture guarantees unauthorized actions drop
Zero trust applied to every agent-to-agent (A2A) message

Built in Rust for Memory Safety

Memory Safe Core

Our entire proxy layer and policy engine is written in Rust, eliminating entire classes of memory vulnerabilities and race conditions.

WebAssembly Policies

Custom security guardrails are compiled to Wasm, allowing them to run inside isolated sandboxes with near-native performance.