EDX gives you one normalized real-time and batch API for fragmented energy hardware, with governance, quality control, and reusable connector logic built in from day one.
Point-to-point integrations multiply every time a new device or downstream system enters the picture. EDX collapses that sprawl into one governed exchange layer.
The Energy System Description Language gives every object a place in the hierarchy. EDX maps your devices, buildings, and projects onto this model automatically.
The result is a data hierarchy that still makes sense when you add more hardware brands, more sites, or more downstream consumers.
/projects/{id}/buildings
Start with operating scope before drilling into one site or stakeholder boundary.
/buildings/{id}/devices
Discover the hardware estate without needing vendor-specific lookup logic.
/devices/{id}/datapoints
Inspect what can be queried, streamed, controlled, and scored for quality.
/stream/devices/{id}
Subscribe to live telemetry using the same object graph and permission model.
{
"device_id": "meter-019",
"type": "smart_meter",
"data_type": "electricity",
"readings": [
{
"timestamp": "2026-03-15T14:00:00Z",
"value": 16.3,
"unit": "kWh"
}
],
"health_score": 0.95
}
REST for historical access. WebSocket for live telemetry. The platform keeps both views anchored to the same object model, quality envelope, and governance contract.
Connect once, consume everywhere. The connector layer is where project-specific complexity gets absorbed so your product surface stays stable.
Multi-stakeholder data sharing with granular permissions. Scoped API keys, data contracts, and a full audit trail.
Read/write per project, per partner. Revoke instantly.
Define frequency, structure, schema version, and purpose.
Every export, API call, and access change recorded.
Subscribe to live device feeds for dashboards, alerts, active control loops, and operational visibility with low-latency delivery.
Query historical readings with flexible intervals and time ranges for reporting, analytics, AI model inputs, forecasting, and exports.
We'll walk through connector coverage, the ESDL data model, governance boundaries, and what a pilot or production rollout would look like for your environment.