Tag chaos across lines and vendors
Historians, PLCs, CMMS records, and spreadsheets rarely share one asset identity.
Plants have historians, PLCs, a CMMS, and spreadsheets that do not share one asset. TwinEdge finds extra kWh and wear, drafts a work order, and Field closes the repair on the same machine. A person still approves. TwinEdge is not MES or SCADA.
TwinEdge does not replace SCADA, BMS, GIS, billing, or the CMMS you already trust. It connects the finding to the repair and the budget.
Historians, PLCs, CMMS records, and spreadsheets rarely share one asset identity.
Reliability findings die in slides or chat instead of becoming planned work with parts and evidence.
A chatbot cannot cite the historian, draft a work order, or wait for a person. Plants need replay, approval, and a name on the decision.
Inefficient compressors, pumps, and process loads raise cost without a maintenance response path.
TwinEdge reads the machine, explains extra cost, turns that into a work order, and uses the same record when you decide to repair or replace.
Connect OPC UA, MQTT, and historians once, while TwinEdge OS keeps local history beside the machine.
Ask what the machine did so people can approve the next job with the record in hand.
TwinEdge and DRIVE show extra energy and wear, then draft the work and wait.
A reviewed work order, parts, offline execution, and closeout on the same asset.
Repair or replace from condition, energy, and service cost , not from a calendar.
Catch wear on production assets so a line stop becomes a planned window.
Find extra kWh on compressors, pumps, and process loads, then send a reviewed job.
TwinEdge drafts and Field closes, so the crew stops chasing healthy assets.
No. TwinEdge is an industrial operating layer for data context, twins, governed AI, maintenance, and evidence. It works with existing SCADA, MES, ERP, and CMMS systems.
Recommendations are read-only by default, with dry-run, approval, audit, and replay before any operational handoff. A person still approves.
No by default. TwinEdge DRIVE can test a speed change against physics, then run it through the PLC you already trust — only under a separately governed policy.
Discuss your sources, assets, and the outcomes your team wants to improve.