Two elements. No build step, no package install, no copy of the model on your server. The widget renders inside a shadow root, so it cannot inherit or break your existing site styles.
Configuration Attributes
| Attribute | Purpose | Values |
|---|---|---|
data-key | Your licence key. Validated against the authorised domain list on load. | Issued with the licence |
data-profile | Which configuration opens by default. | ai-factory · neocloud · powered-shell · miner-retrofit · modular · edge · hybrid |
data-region | Which province opens by default. | BC · AB · SK · MB · ON · QC · NB · NS · NL |
data-theme | Colour scheme. | dark · light |
data-accent | Brand accent colour applied throughout. | Any hex value |
data-brand | Name shown in the widget header. | Free text |
What the Model Returns
- Facility load. IT load multiplied by the PUE of the selected cooling architecture, so the megawatts you have to buy from the utility rather than the megawatts reaching compute.
- Rack and accelerator counts. Derived from rack density, capped at the physical ceiling of the chosen cooling method, with per-accelerator draw including node overhead for CPU, NIC and storage.
- Capital expenditure by line item. Shell and core, electrical and mechanical fit-out, cooling system, network fabric, land, utility contribution, soft costs and accelerator purchase where the configuration owns silicon.
- Annual energy. Megawatt-hours and cost, splitting utilisation-scaled IT consumption from constant cooling and distribution overhead.
- Revenue by commercial structure. Dollar per kilowatt-month for lease and hosting models, dollar per accelerator-hour for owner-operator and neocloud models, and a blended split for hybrid mining and AI sites.
- EBITDA, margin, simple payback and contract term value, plus build duration added to the provincial interconnection queue so the timeline to first revenue is visible alongside the economics.