01 / Wind
Gridledger: one data layer for every renewable asset.
Your fleet speaks a dozen languages. Every inspection vendor delivers in its own format, and none of them line up.
02 / Solar
Every site, a different silo.
Thermal flyovers live in one portal, SCADA exports in another, and the report in an inbox.
03 / Storage
Degradation you can't compare is degradation you can't see.
Battery health arrives as vendor-specific dashboards, never as one fleet-wide picture.
04 / Grid
One platform. Any format. Every stakeholder.
Gridledger normalizes inspection and monitoring data from any vendor into one open asset model.
Asset data is everywhere. Insight isn't.
Inspections, monitors and vendors produce more renewable energy data than ever, across wind, solar, storage, geothermal and transmission assets. It lands in portals, inboxes and formats that never meet, so the real condition of the fleet stays invisible.
6+Asset classes covered
8Stakeholder roles served
1Open asset model
0Vendor lock-in
Wind
Solar
Storage
Transmission
Geothermal
DistributionThe platform
Any format in. One model out.
Gridledger ingests inspection and monitoring data from any vendor, maps every record to a physical component, and keeps an open, append-only condition history per asset.
Ingest anything
Drop any vendor export. Open adapters parse each format, align severity scales, and resolve every finding to the same component.
SCADACSVJSONNetCDFParquetGeoJSONThermal TIFFLiDAR LASROV MP4PDF reportsBMS streamsCMS vibration
Fleet health, one number per asset
Example fleet viewOpen API
Every record readable by your own tools, BI stack or CMMS.
Built for every seat at the table.
One record per asset, read by everyone who depends on it. Each role gets the view it needs without another portal login.
Portfolio health in one view, across every site, vendor and technology. Rank work by condition, not by whoever reported last.
Defects ranked by severity across the whole fleet, so crews dispatch to what matters first and close out against shared findings.
Fleet-wide failure patterns across every operator running your machines, without waiting for warranty claims to surface them.
A continuous compliance trail from inspection finding to closed work order, exportable in open formats any auditor can read.
Verifiable condition history for every asset, straight from the source data. No re-keyed summaries, no portal screenshots.
Deliver once. Your findings land directly in the client's system of record, whatever you fly, dive or drive.
Scope work from shared findings with full history attached, then close the loop with structured repair records.
A transparent window into the health and maintenance of the assets operating on your land.
Open by design
Vendor-neutral because anyone can audit it.
Gridledger is designed to be open source under the MIT license. The asset model, the adapters and the API are meant to be documented and inspectable, so that no vendor, including us, could lock you out of your own data. This is the thesis, not a shipped platform: no code is published yet.
MIT licenseThe intended license: use it, fork it, run it inside your own infrastructure.- Asset modelOne documented schema for sites, components, findings and history.
- AdaptersParsers for vendor formats, specified so anyone could write or audit one.
Field notes on asset data.
Working notes from the Gridledger project on inspection formats, monitoring systems and the open asset model.
Why every wind inspection format costs youBlade inspections arrive as PDFs, thermal maps and vendor portals. Here is what that fragmentation actually costs a fleet.Read the noteBESS degradation data, explained for operatorsState of health is not one number. How to read BMS telemetry, cycle data and thermal scans in one place.Read the noteFrom SCADA to drone thermography: building one asset data layerA practical pattern for normalizing monitoring and inspection data across wind, solar, storage and grid assets.Read the note