TwinEdge Facility OS
Live facility and factory asset intelligence on the TwinEdge operating layer.
Facility OS connects BMS, meters, HVAC, chillers, compressors, production-area utilities, comfort zones, energy, work orders, policies, ESG evidence, and enterprise systems so facility teams can move from live signals to approved action.
Live asset graph
BMS and meters
HVAC and utilities
Comfort and energy policy
Work order handoff
ESG and API/MCP
Facility OS makes building, utility, and factory support assets part of one live TwinEdge context.
Platform in action
Facility OS as a live TwinEdge platform surface
A generated Facility OS platform window shows how BMS, metering, HVAC, utility assets, work orders, policies, ESG evidence, and API/MCP handoffs fit into the same operating layer as DataOps, Agentic Analytics, AssetOps EAM, Field, and spatial intelligence.
Facility OS live platform window
A product-style Facility OS surface showing the live connection map across BMS, meters, HVAC, utility assets, work orders, policies, factory asset intelligence, and TwinEdge platform handoffs.
Asset registry and hierarchy
The asset registry organizes equipment, location, health, criticality, work context, PM status, GIS links, network relationships, documents, and operational actions in one workspace.
Operational GIS with selected asset
The map combines layers, saved views, alarms, asset detail, telemetry, work order creation, inspection creation, and digital twin context.
Sustainability and ESG context
Facility telemetry, invoices, energy profiles, targets, and disclosure evidence connect operations to sustainability reporting.
Workflow
From facility signals to governed operating action
TwinEdge keeps existing facility and factory systems in place, then creates a shared context layer for operations, maintenance, energy, comfort, compliance, and executive reporting.
Connect facility and factory systems
Use TwinEdge connectors, Collector, or TwinEdge OS to reach BMS/BAS, meters, HVAC controllers, chillers, boilers, compressors, occupancy, CMMS/EAM, ERP, ESG data, files, SQL, REST, OPC UA, and MQTT.
Build a live facility asset graph
Map points, assets, floors, production areas, zones, meters, utility loops, policies, work history, manuals, and ownership into a graph that analytics and agents can use safely.
Approve recommendations into work
Energy drift, comfort excursions, equipment anomalies, policy violations, and reliability risks become evidence-backed recommendations, work drafts, field tasks, ESG updates, and API/MCP products after review.
Capabilities
Facility OS capabilities
Facility OS is positioned for campus operators, factory facility teams, reliability leaders, energy managers, sustainability teams, and IT/OT groups that need one live operating layer.
Facility connection map
BMS/BAS, meters, HVAC, electrical rooms, chillers, boilers, air compressors, production utilities, occupancy, alarms, work, and policy context connected in one live map.
Factory support asset intelligence
Tie compressed air, process cooling, HVAC, power, and environmental support systems to production-area impact, reliability risk, energy intensity, and maintenance windows.
Energy and comfort optimization
Track energy now, demand peaks, utility loops, comfort SLA, zone exceptions, schedule drift, equipment sequencing, and recommendations with source evidence.
Maintenance and field execution
Move approved findings into AssetOps EAM, work orders, inspections, rounds, parts, procedures, technician evidence, and mobile closeout history.
Policy, ESG, and reporting
Connect operating telemetry to policy rules, site standards, energy targets, emission factors, invoices, portfolio rollups, disclosure evidence, and audit trails.
DataOps, agents, and API/MCP
Publish governed facility context into DataOps, Agentic Analytics, REST APIs, MCP tools, BI, ERP, procurement, and enterprise reporting without replacing source systems.
Operating model
One model for the campus, the plant, the asset, and the work
Facility value appears when equipment, zones, meters, production support systems, maintenance, energy, and policy context can be reasoned over together.
Asset and zone context
Connect equipment, meters, AHUs, chillers, boilers, compressors, electrical gear, floors, production areas, rooms, comfort zones, ownership, and service boundaries.
Live telemetry with meaning
Convert point names, alarms, meter intervals, trend logs, occupancy, weather, work history, manuals, and schedules into AI-ready context tied to real assets.
Policy and evidence context
Attach comfort bands, demand response rules, maintenance standards, ESG targets, safety constraints, approval states, and replay evidence to the operating workflow.
Live action
Turn asset intelligence into controlled work and reporting
Facility OS is not just another dashboard; it is the operating layer that routes trusted findings into work, field evidence, portfolio reporting, and enterprise systems.
Chiller drift to planned work
A rising approach temperature or efficiency loss links to loads, valves, weather, production schedules, manuals, parts, crew skills, and a drafted inspection window.
Comfort exception to root cause
A hot or cold zone links to occupancy, schedules, AHU state, VAV behavior, work history, operator notes, and the policy rule that defines the exception.
Energy signal to portfolio evidence
Demand peaks, after-hours load, compressor leaks, and equipment sequencing issues become approved actions, savings evidence, ESG updates, and executive rollups.
Facility OS scope
Facility and factory support coverage
Start with one campus, building, production-area utility loop, or asset class, then expand across the portfolio using the same TwinEdge context model.
Engineering controls
Controls for facility and factory asset intelligence.
Facility OS keeps recommendations bounded by source context, policies, approvals, and evidence so teams can act faster without bypassing facility operations, OT, IT, or enterprise controls.
Advisory first
Equipment, setpoint, scheduling, and work recommendations are read-only by default and move through configured approval paths before execution.
Source system respect
BMS, CMMS/EAM, ERP, ESG, BI, and data lake systems keep their role while TwinEdge supplies shared context, governance, and handoff contracts.
Evidence before action
Findings carry point history, asset context, policies, comfort or energy impact, validation checks, approvals, and replayable evidence.
Edge and portfolio ready
Facilities can run cloud-connected, hybrid, edge, or no-cloud evaluation patterns, then synchronize only approved context across the portfolio.
Outcomes
Why facility and factory operations teams use it
Facility OS gives every stakeholder the same operating truth: what is happening, which asset or zone owns it, what it costs, what action is approved, and what evidence proves it.
Facility operators
See live equipment, zone, energy, comfort, alarm, and work context without switching between BMS screens, spreadsheets, work queues, and reporting tools.
Factory asset teams
Connect production support utilities, asset health, maintenance windows, energy cost, and field execution so facility assets are managed like critical operations assets.
Energy and ESG teams
Turn telemetry and invoices into traceable energy actions, emissions context, target progress, portfolio rollups, and disclosure evidence.
IT, OT, and executives
Standardize how facility data becomes governed context, AI recommendations, work, APIs, MCP products, BI views, and enterprise reports across sites.
Connected platform
How Facility OS fits on the TwinEdge platform
Facility OS is a packaged operating layer on top of the same TwinEdge platform used for DataOps, Agentic Analytics, AssetOps EAM, Field, digital twins, APIs, MCP, and industry workflows.
DataOps Workbench normalizes points, tags, meter intervals, work history, manuals, policies, and ESG evidence into an AI-ready facility asset graph.
Agentic Analytics explains energy, comfort, reliability, and policy findings, then drafts recommendations with validation, approval, and replay.
AssetOps EAM and Field convert approved findings into work orders, inspections, rounds, parts planning, procedures, mobile evidence, and closeout history.
Spatial and digital twin context connect floors, rooms, production areas, utility loops, equipment, service boundaries, alarms, and field routes.
Sustainability and ESG workflows use facility telemetry, invoices, energy profiles, targets, emission factors, and disclosure evidence from the same operating context.
REST APIs, MCP tools, BI, ERP, procurement, data lakes, and enterprise systems receive governed facility context instead of raw disconnected telemetry.
Evaluate TwinEdge
Turn live building and factory asset data into approved action.
Start with one facility connection map, one energy or comfort workflow, or one critical support asset class, then expand across the campus and portfolio using the same Facility OS operating spine.