Compile physical systems
from the live Web.
GridForge turns live component inventory into electrically validated system designs. This prototype starts with off-grid solar, matching panels, inverters and batteries into a procurement-aware topology.
Try a verified live scenario:
How it works
From requirement to validated topology
Describe your need
GridForge turns the requirement into structured energy, load, budget and system constraints.
Collect live inventory
Bright Data Scraper Studio extracts component specifications, prices and availability from the live Web.
Validate constraints
A deterministic engine checks voltage, MPPT range, current, storage, peak load and budget.
Compile topology
GridForge selects a valid configuration and renders its Single-Line Diagram with source provenance.
Two-level recovery
When the web breaks,
Bright Data heals the source.
When supply changes,
GridForge heals the system.
GridForge separates source drift from a real stock change. A broken extraction path is repaired at the collector. A genuine availability change sends the system back to the compiler.
DOM drift detected
Critical field coverage drops. The source is marked DEGRADED.
Self-healing triggered
Bright Data repairs the collector against the changed page structure. The collector ID is retained.
Source recovered
A new collection restores critical coverage before GridForge marks the source RECOVERED.
Real stockout detected
The scraper remains healthy. GridForge excludes unavailable inventory and recompiles the topology.
Engineering integrity
Source-backed specs. Explicit failures.
Critical electrical values come only from scraped source data, never from model inference. Components with missing critical specifications are marked UNVERIFIED and excluded from validated systems. If no configuration passes every constraint, GridForge says so and shows why.