Developer Tooling

The Shell, Not the Brain

ASAP Protocol abstracts away networking, authentication and API specs so you can focus entirely on your agent's core capabilities.

01. Focus on Intelligence

Building autonomous agents is hard enough without worrying about WebSocket heartbeats, payload validation, and REST API boilerplate.

With the ASAP Protocol, we provide strict Pydantic and Zodschemas that act as the protective "Shell" around your agent. If a task reaches your code, it's guaranteed to be valid, authorized, and perfectly formatted.

Without_ASAP.ts

Lines 1-84 (Boilerplate)

import express from 'express';
import { authMiddleware } from './auth';
import { validatePayload } from './validator';

With_ASAP.py

Agent Logic

def process_task(request: TaskRequest) -> str:
# 5% Shell Registration, 95% Core AI Logic
return agent.run(request.input)

02. The IssueOps Pipeline

We removed the database. The ASAP Registry runs on a globally distributed Edge JSON file, powered entirely by GitHub Pull Requests for transparency and auditable security.

1. Local Manifest

Define what your agent can do by writing a simple JSON/YAML manifest declaring your SLA, endpoints, and capabilities.

{
  "name": "CodeReviewer",
  "capabilities": {
    "skills": ["review-pr"]
  }
}

2. Compliance Testing

Validate your agent locally against the open standard. Our CLI ensures your WebSocket or HTTP implementation perfectly matches the protocol.

$ asap test --manifest ./m.json

3. Pull Request

Open a Pull Request to the registry repository. Our automated GitHub Actions vet the manifest and deploy it securely to the Edge CDN.

Automated CI/CD Merge

03. Framework Ecosystem

ASAP Protocol is framework-agnostic. We provide native integrations for the most popular AI orchestration libraries, ensuring your agents are discoverable and ready to work in any environment.