MRO360 is a purpose-built EAM software for spare parts management, asset criticality analysis, demand forecasting, and multi-plant MRO inventory management - combining first-party ERP data with industry-trained AI models to deliver decisions, not just dashboards.
Most fixed asset management software stops at recording what you own. MRO360 starts there — and then connects assets to the spare parts, work orders, suppliers, and consumption patterns that actually keep them running.
The result is a single intelligent workspace where maintenance planners, reliability engineers, and procurement teams can answer questions they previously couldn't: which spare parts are truly critical at part-level (not just asset-level), which inventory is dead, and which work orders deserve attention this week.
MRO360 plugs directly into your EAM, ERP, and CMMS — including native support for SAP Materials Management and SAP Plant Maintenance environments.
MRO360 empowers reliability teams with autonomous AI that predicts equipment failures, optimizes inventory, and drives operational excellence.
Unlike traditional systems built for manual processes, this platform uses purpose-built AI agents to deliver predictive insights and automation at enterprise scale.
MRO360 is Verdantis' flagship EAM module — purpose-built for spare parts management, AI-driven criticality analysis, demand forecasting, and multi-plant inventory optimization for asset-intensive enterprises.
Pick what you need – the form adapts to route you to the right team.
MRO360 follows a clear sequence — each step builds on the last, and each one becomes smarter as the software learns your environment.
MRO360 integrates natively with your EAM and ERP modules to pull a complete picture of your maintenance environment — fixed assets across functional locations, spare parts and consumables, suppliers and lead-time history, and Bill of Materials documents linking parts to equipment.
Inventory Management tables give a granular view of where every part sits across plants. Users can then search the entire catalog through a Google-like interface powered by NLP, semantic search, and entity matching — including across your spare parts classification hierarchy.
Traditional asset criticality assessment and ranking is a months-long manual exercise — FMECA, VED, and ABC analysis championed by Reliability with input from several teams, producing a static 1–10 score.
MRO360 supports those models and runs a proprietary multi-variable ML model that incorporates failure modes, plant activity, supplier lead times, interoperability, substitutability, safety risk, and 25+ ERP-level data points. For critical spares management, this delivers a first: criticality calculated at part-level, not just asset-level — with full justification and human-in-the-loop overrides that propagate learning across all plants.
Traditional MRO inventory management systems forecast on historical usage alone. MRO360 keeps the mathematical foundation but overlays it with signals that reflect how plants actually run: production volume ramps, planned and unplanned work orders, predictive maintenance signals from IIoT sensors, and stock velocity classification.
The forecasts also identify dead stock and surplus — informing rationalization and working capital reduction across plants. Across the entire MRO category management portfolio, this becomes the basis for systematic cost reduction.
This is the command center for setting buffer stock, safety stock, and reorder thresholds for every spare part across every functional location. MRO360 recommends levels aggressively for critical spares and conservatively for non-critical — freeing working capital previously locked in dead stock.
Reorder Point = (Avg Daily Usage × Lead Time) + Safety Stock — calculated continuously from live data. When critical materials dip below threshold, the system alerts planners and auto-suggests either a procurement request or an inter-plant stock transfer. The same engine extends across spare parts management and storeroom operations.
Six capabilities run continuously across MRO360 — making each of the four steps above smarter as the software learns your environment.
An always-on agent that maps obsolete parts, alternatives, technical specs, and attributes — keeping your catalog accurate and analysis-ready without manual upkeep.
Reads Asset BOM documents from your ERP and auto-creates linkages between spare parts and equipment. As-maintained, not as-designed.
Demand forecasts account for both planned and unplanned work orders. Consumption estimates evolve with your maintenance reality — not a static snapshot.
Ingests SCADA and IIoT sensor data to predict failures, identify likely failure modes, and pre-position the spares needed before downtime hits.
Reorder thresholds recalculated live for every part at every plant. Low-stock alerts and auto-suggested inter-plant transfers or procurement requests.
NLP, semantic search, entity matching, and synonym resolution across structured and unstructured data. Update any asset or part record in seconds.
Most equipment asset management software is either a system of record or a workflow engine. MRO360 is a decision-support layer that turns the data those systems already hold into recommendations a maintenance professional can act on this week.
Traditional FMECA, VED, and ABC analysis is a months-long alignment exercise. MRO360 closes the same exercise in weeks — and goes further.
Time-series models alone miss the things that drive MRO consumption. MRO360 overlays them with the signals your planners already think about.
Reorder points that move with the supply chain — not set once and forgotten.
MRO360 isn't a feature — it's institutional memory for your maintenance organization.
MRO360 serves the planners, asset managers, operational excellence leaders, and procurement teams whose KPIs depend on having the right parts at the right place at the right time.
Plan inventories, prioritize work orders, see current-state inventory across plants, and identify the most reliable suppliers per part.
Reduce machine downtime and ensure continuity of operations across asset management systems, processes, and technology.
Introduce efficiencies, optimize maintenance and procurement processes, and benchmark performance across plant facilities.
Drive inventory excellence — rationalize stock, surface dead inventory, and run multi-plant transfers with confidence.
Direct support for MRO procurement — accurate demand signals, supplier intelligence, and reorder point automation.
Maintenance Operations, Technology, and Improvement leaders whose KPIs are directly tied to faster repairs and turnarounds.
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