Hey DEV community! 👋
If you’ve been spending your time building multi-agent systems, you already know the reality: getting the agent to reason correctly is the fun part.
But the moment you try to deploy that agent for enterprise clients? You hit a brick wall.
Suddenly, you're spending 80% of your sprint dealing with custom OAuth vaulting, managing connection lifecycles, and trying to prove to a B2B client's CISO that your agent won't accidentally leak data or perform unauthorized actions.
My co-founder and I got tired of this deployment friction, so we built SecuriX—an Agent Access Security Broker (AASB). The core philosophy is simple: we completely decouple your agent's application logic from its security and access layer.
How we're solving this 🛠️
We designed SecuriX strictly as a B2B infrastructure tool for developers. We don't interact with your end-users; we just give you the leverage to build secure agents faster without changing your database schema.
Here is what the developer experience actually looks like in a Next.js environment:
- The Frontend (The Magic Button) Drop in our React component to handle the entire OAuth handshake securely.
TypeScript
"use client";
import { SecurixButton } from "@securix/client";
export function ConnectComponent() {
return (
<SecurixButton
entityId="user_123"
providers={{
gmail: { scopes: ["https://www.googleapis.com/auth/gmail.readonly"] },
}}
onResult={(success) => {
if (success) console.log("Handshake complete.");
}}
>
Connect Gmail
</SecurixButton>
);
}
- The Backend (One-Line API Handler) Handle all callbacks and token routing with a single dynamic route in your Next.js app.
TypeScript
// app/api/securix/[[...path]]/route.ts
import { toNextJsHandler } from "@securix/core";
export const { GET, POST } = toNextJsHandler;
- Data Access (The Proxy Approach) When your agent actually needs to fetch data, you just point the standard SDK (like Google's) to our proxy URL. We inject the vaulting context on the fly—no need to retrieve or manage access tokens yourself.
TypeScript
import { google } from "googleapis";
export async function listEmails(entityId: string) {
const gmail = google.gmail({
version: "v1",
rootUrl: "https://gmail.api.securix.app",
headers: {
"securix-api-key": process.env.SECURIX_API_KEY,
"securix-entity-id": entityId,
},
});
const response = await gmail.users.messages.list({ userId: "me" });
return response.data;
}
Beyond the Code: The Trust Layer & Policy Console
Getting the connection is only half the battle. SecuriX also provides:
Policy as Code: Set context-aware restrictions instantly (e.g., force draft-only mode, or hard-block interactions with @bank.com).
White-Labeled Trust Portal: Give your enterprise clients a deployable security portal on your own domain (e.g., security.yourstartup.com). Your SaaS clients get real-time activity logs, granular permission controls, and a single Kill Switch to revoke agent access immediately.
We need you to stress-test it 🐛
We are currently refining our architecture and gearing up to pitch at the IITM Incubation Cell. But before we finalize things, we need real developers building real agentic workflows to break our SDK and give us raw feedback.
We are looking for our first cohort of Design Partners.
What’s in it for you?
Free, white-glove onboarding and early access to our portals/SDK.
The ability to dictate our engineering roadmap. If you have a specific integration headache or a unique policy requirement, tell us, and we will build it for you.
The chance to offload your agent security so you can get back to building the actual AI logic.
If you're actively building AI agents and want to stop worrying about auth and security, drop a comment below or send me a message. I’d love to get you access, show you the docs, and hear your honest thoughts!
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