Precision Reliability Intelligence
We bring the team. We bring the tools. We bring the answers.
A complete mill health picture — without buying a system.
Every component purpose-built and deeply integrated. Not bolted-together software — a coherent system where AI runs through every layer.
Correlates drive-end vs non-drive-end, horizontal vs vertical vs axial — the full machine picture simultaneously. HUNT mode finds developing problems. PROVE mode builds the evidence case.
Composite scoring with memory. Scores ratchet — bearings don't heal themselves. P-F curve position, time-to-failure estimation, 9 weighted categories, sticky indicators across all history.
Operational Deflection Shape analysis in interactive 3D. See exactly how a machine moves at operating frequency — structural resonance, flex points, and problem locations visible at a glance.
Repair Effectiveness Index — quantifies exactly how good a rebuild was. Before/after vibration comparison with ROI calculation. Transforms maintenance from a cost center into a documented value generator.
Your client sees their data — properly. Plant health score, priority action alerts, criticality trending, days-on-report tracking. Snapshot-powered for instant load across thousands of assets.
NI DAQ-powered simultaneous multi-channel collection with permanent asset ID stamped at the moment of capture. Every reading tied to the same point forever — no ambiguity, no manual matching.
Processes entire machine groups automatically — harmonic families, bearing frequencies, sidebands — across every spectrum simultaneously. Hours of manual analysis in seconds.
Automated fleet-wide processing — RMS, crest factor, harmonic energy, noise floor — computed across every point simultaneously. The foundation layer that feeds every AI tool above it.
Every asset, every point, every reading — permanently linked by immutable ID from first collection to final decommission. Compliance-ready audit trail from day one. No data ever gets lost or orphaned.
3D waterfall display of spectrum history over time. Watch how frequencies evolve across dozens of collection dates — spot developing resonances and changing defect patterns at a glance. Built by the AssetOwl team.
See your gears — literally. Visualizes both gears in mesh from vibration data alone, no tachometer required. Bad teeth show up as amplitude anomalies mapped directly onto the gear geometry. Chipped tooth? You see it.
Before and after, side by side, AI-analyzed. Detects improvements across all measurement points simultaneously — not just amplitude but crest factor, harmonics, sidebands, noise floor. Writes a permanent repair record with REI score.
The traditional vibration report is a static PDF that gets emailed, maybe read, and filed away. AssetOwl replaces that with a live, interactive intelligence portal your customer actually uses.
A static PDF tells your customer what was wrong last month. The AssetOwl Vibration Report is a live dashboard they can access anytime — with interactive charts, AI-powered failure predictions, and the ability to drill from plant-level KPIs down to individual bearing defects in seconds.
See how your machine actually moves under operating conditions. ODS captures the real deflection shape at any frequency — revealing structural resonance, flex points, and vibration transmission paths invisible to single-point measurements.
The difference between single-point analysis and machine-level intelligence is the difference between a symptom and a cause.
A single accelerometer tells you something is wrong. Six points on the same machine, analyzed together, tell you exactly what — drive-end bearing outer race defect vs coupling misalignment vs foundation resonance all produce similar single-point signatures but completely different multi-point patterns.
Every maintenance engineer knows the P-F curve theory. AssetOwl is the first platform to actually score it — placing each asset on the curve with a composite score that ratchets with history.
BEFORE vs AFTER REBUILD · TM7 CALENDER ROLL MOTOR DE
Every tool connected, every data flow deliberate. AssetOwl isn't a collection of features — it's a single integrated intelligence platform. Explore the full interactive map →
It's a big plant. You can't fix everything today. AssetOwl gives your team two things: a criticality score for every asset, and a trend line showing where that score is headed. Together, they let you choose what to work on next — based on your parts, your crew, and your schedule.
Current Asset Criticality — Ranked
Criticality Trend Comparison
Items #3, #5, and #6 currently show similar scores. The trend tells a different story — BH6 Blower is climbing fast while the Wet End Fan has plateaued. That's how you pick.
The paper industry operates some of the most demanding rotating equipment in manufacturing — refiners, vacuum pumps, press rolls, dryer sections, and winders running continuously at high loads. Unplanned downtime on a single tissue machine can cost $50,000–$150,000 per day in lost production alone. Condition monitoring transforms maintenance from reactive firefighting into a documented, predictable practice. AssetOwl is built for exactly this environment: permanent machine histories, AI-driven diagnostics across hundreds of assets, and compliance-ready reporting from day one.
Every repair is measured with vibration data — before and after. The VibeDelta™ REI (Repair Effectiveness Index) scores how well the work actually performed on a 0-100 scale. These aren't opinions. This is physics.
What REI proves: Every repair logged is backed by real vibration data — before and after. When a score comes back 90+, that's not an opinion, that's physics. When it comes back 50, the shop needs to do better. This is how you hold repair quality accountable.
AssetOwl is operational and expanding across multiple industries. Let's talk about what a deployment looks like for your facility.