// generate-prototype.js
// Simple Node script to generate a clickable prototype (index.html)
// for a Sovereign GPU Broker / Lead Magnet landing page.
const fs = require("fs");
const html = `
Sovereign GPU Broker – Prototype
Datacenter Broker
Prototype · Sovereign GPU Broker
Turn idle European GPUs into a sovereign cloud layer.
A neutral broker where hosting, colocation and server providers expose capacity,
and AI teams can discover, compare and deploy GPU workloads in seconds –
without hyperscaler lock-in.
Lead magnet prototype for Datacenter-Broker.com partners
20+ target providers Prepaid, transparent margins Privacy-first · EU values
For hosting & colocation providers
Expose your idle GPU and server capacity, keep full ownership, and let us route AI workloads
your way. You stay in control of pricing and policies; we handle discovery, demand and orchestration.
1 · Connect your capacity
Start with a simple CSV, dashboard or API. Publish the GPUs, locations and prices
you want to make visible. No exclusivity, no lock-in.
Click to preview onboarding flow →
2 · Offer a “mini cloud” under your own brand
We turn your pool into a virtual datacenter, so your customers can reserve and run jobs
just like with a hyperscaler – but on your sovereign infrastructure.
Datacenter Broker as neutral broker & orchestrator
For AI teams & builders
Stop guessing where GPUs are available. Describe your workload, budget and sovereignty
requirements – and let the broker find matching capacity across multiple European providers.
TCO & cloud exit calculator
Compare your current Azure/AWS GPU costs with sovereign options:
dedicated nodes, reserved capacity, or your own hardware in colocation.
Click to preview how we would model a TCO flow →
Prepaid, transparent margins
You top up credits, we route jobs. Our facilitator margin is visible by design,
so you always know what goes to the infrastructure provider and what goes to the broker.
No hidden egress tricks. No dark discounts.
Prototype → MVP
This prototype is meant to align architecture and expectations with Opticus and early partners.
It shows the interaction flows we want to support in the first MVP.
All of this is negotiable – this page is the clickable spec.
Next steps for tech partners
If you are a hosting or colocation provider, we will invite you into the design loop:
validate the onboarding steps, minimum required metadata and revenue share logic.
Prototype used as a “living” conversation tool.
Contact
This is a design prototype for the upcoming Datacenter-Broker.com sovereign GPU broker.
For real-world deals, advisory or colocation, connect directly.
Datacenter-Broker.com
Independent broker for colocation & AI/HPC infrastructure.
Based in the Netherlands · within 10km of AMS-IX.
Replace this block with your real contact / CTA in the final version.
Thanks for your interest
In the real product, this would submit your details, create a partner record,
and invite you into the onboarding flow (CSV/API/agent).
This dialog is here to demonstrate the UX, not real backend logic.
Example match found
In the MVP, we would show a short list of providers that match your workload, budget
and sovereignty constraints, with a clear breakdown of capacity and pricing.
Here we could simulate a 1–2 provider shortlist for demos.
Onboarding flow preview
We will define with Opticus how providers share their first inventory: upload,
validate, then gradually move toward live API integration and spot / reserved pools.
Design question: CSV first or direct API-first for early adopters?
Virtual datacenter concept
This is where we articulate to providers how their nodes become a “mini cloud”
under their own brand, while we remain the neutral broker and orchestrator.
Good place to add diagrams later.
TCO calculator idea
The final product can include a simple TCO calculator that compares Azure/AWS GPU spend
versus sovereign providers and your own hardware in colocation racks.
This is exactly the place to showcase Datacenter Broker’s advisory layer.
`;
fs.writeFileSync("index.html", html, "utf8");
console.log("index.html has been generated in the current directory.");