How Optruss works: from asset
records to verified reliability.
See how Optruss turns asset records, maintenance activity and operational signals into prioritized work and measurable reliability improvement.
A complete operational loop for high equipment uptime
Connecting maintenance planning, mobile execution, risk signals, and asset history into one cohesive operational system.
Build the Asset Foundation
Import equipment, locations, maintenance history, manuals and existing records. Optruss creates a structured asset hierarchy that teams can search and maintain.
Capture Operational Signals
Bring together inspections, technician observations, meter readings, system events and—where available—sensor or machine data.
Prioritize Risk
Rules, historical patterns and AI-assisted analysis help teams identify overdue work, recurring faults and unusual asset behavior.
Execute and Verify
Create work orders with owners, priority, checklists, parts, evidence and approvals. Completion data returns to the asset history.
Improve Continuously
Dashboards show reliability, maintenance performance and cost trends so teams can refine schedules and address root causes.
From reactive maintenance to proactive operations
Connect assets, understand health, dispatch work orders and continuously improve equipment reliability.
Import assets, maintenance records and operational signals
Proven on extreme assets,
powerful everywhere.
Continuous 102.4 kHz acoustic envelope demodulation isolating sub-surface bearing race spalling 42 hours before DCS trip.
Turbomachinery & Gas Export
DOSSIER→Dynamic eccentric load redistribution preventing eccentric tie-rod fracturing across 3,600 parts per hour.
Automotive Stamping & Press
DOSSIER→Centrifuge cavitation isolation preventing hazardous seal breach with automated DCS load derate committed in 312ms.
Continuous Chemical Process
DOSSIER→Substation transformer vibration harmonic analysis and autonomous microgrid backup dispatch under peak thermal load.
AI Data Centers & Power
DOSSIER→High-frequency acoustic emission detecting microscopic turbine cage flutter and cryogenic valve micro-leakage.
High-Mach Turbofan Testing
DOSSIER→Continuous pinion gear tooth surface spalling classification on 28MW autogenous grinding mills under extreme shock load.
Heavy SAG Mill & Slurry Trains
DOSSIER→Continuous 102.4 kHz acoustic envelope demodulation isolating sub-surface bearing race spalling 42 hours before DCS trip.
Turbomachinery & Gas Export
DOSSIER→Dynamic eccentric load redistribution preventing eccentric tie-rod fracturing across 3,600 parts per hour.
Automotive Stamping & Press
DOSSIER→Centrifuge cavitation isolation preventing hazardous seal breach with automated DCS load derate committed in 312ms.
Continuous Chemical Process
DOSSIER→Substation transformer vibration harmonic analysis and autonomous microgrid backup dispatch under peak thermal load.
AI Data Centers & Power
DOSSIER→High-frequency acoustic emission detecting microscopic turbine cage flutter and cryogenic valve micro-leakage.
High-Mach Turbofan Testing
DOSSIER→Continuous pinion gear tooth surface spalling classification on 28MW autogenous grinding mills under extreme shock load.
Heavy SAG Mill & Slurry Trains
DOSSIER→Put the Optruss operating model to work.
Connect with our implementation team to map your equipment registry, design workflows, and launch a guided pilot.