Google Partner Manager Account (MCC) Integrated

Adrails Engine:
Edge-Native Ad Automation & Server-Side Performance

An enterprise performance marketing integration built on Cloudflare Workers, Hono, and Cloudflare D1. Directly interfaces with the Google Ads REST API v25 to eliminate client-side tracking decay, enforce real-time budget guards, and automate campaign scaling.

Gasser Amin

Gasser Amin

Digital Transformation Specialist & Certified HubSpot Super Admin

System Architecture Status: Active
Latency < 50ms Global Edge Execution
Attribution Capture 100% Zero Signal Loss
API Protocol v25 REST Google Ads API
Database State Cloudflare D1 SQL Edge Storage
Automation Rules Engine ROAS / CPA Protection

End-to-End Flow

Edge-Native Data Architecture

How Adrails intercepts conversion events, executes real-time rules, and interfaces with Google Partner MCC accounts without client-side data loss.

01

Server-Side Ingestion

Webhooks and conversion events hit Cloudflare Edge Workers directly, bypassing browser ad-blockers and iOS privacy restrictions.

POST /api/v1/conversions
02

Hono Execution & D1 State

Worker evaluates real-time campaign guard rules, hashes PII (SHA-256), and checks budget caps stored inside Cloudflare D1.

Evaluate Guard Rules <50ms
03

Google Ads REST API v25

Direct execution of offline conversion uploads and automated campaign mutations under Google Partner MCC rate limits.

Google Partner MCC Protocol

Interactive Calculator

Performance Lift & Signal Recovery Simulator

Adjust the parameters below to model the revenue and tracking recovery achieved by switching from client-side tracking to Adrails.

Monthly Ad Spend ($) $50,000
Current Cost Per Acquisition ($) $65
Estimated Client-Side Signal Loss (%) 25%

Projected System Improvements

Recovered Conversions/Mo 192
Optimized Target CPA $48.75
Monthly Ad Efficiency Value Recovered $12,500

Calculated by feeding 100% of conversion signals back into Google's bidding algorithm.

Codebase Preview

TypeScript & REST v25 Implementation

Inspect the actual architecture structure running inside the Adrails Worker.

View Repository
import { Hono } from 'hono';
import { createGoogleAdsClient } from '@adrails/google-ads-v25';

const app = new Hono();

app.post('/v1/conversions', async (c) => {
  const body = await c.req.json();
  const adsClient = createGoogleAdsClient({
    developerToken: c.env.GOOGLE_DEVELOPER_TOKEN,
    refreshToken: c.env.GOOGLE_REFRESH_TOKEN,
    loginCustomerId: '1234567890' // Google Partner MCC
  });

  const response = await adsClient.conversions.uploadClick(body);
  return c.json({ status: 'success', response });
});

export default app;

Strategic Advantage

Traditional Buying vs. Adrails Architecture

Traditional Media Buyer

  • • Relies exclusively on client-side pixels, losing 20-30% of conversion signal.
  • • Manual pacing checks subject to human response latency.
  • • Limited visibility into API-level error responses or bidding throttles.

Adrails Systems Architect

  • • Zero-signal-loss server-side event routing feeding clean data to smart bidding algorithms.
  • • Sub-100ms automated budget safety guards preventing overspend during low-ROAS windows.
  • • Direct Google Partner MCC API v25 integration for high-frequency execution.