The EAM Platform That Runs Alongside Your ERP, Not Around It
Redlist is the maintenance and reliability execution layer that delivers the component-level depth your enterprise asset management strategy actually requires. Native integration with SAP, Oracle JDE, and IBM Maximo. Deployed in weeks, not 18 months.
- 4,000+
- Reliability Professionals
- 30%
- Maintenance Efficiency Gain
- <6 wks
- Deployment Timeline
- 4.7★
- Star Rating on G2, Capterra & Software Advice
Trusted by industry leaders
Your Asset Portfolio Is the Largest Capital Investment You Cannot Actually See
Single-incident downtime cost in chemical manufacturing operations. Caused by lubrication and component-level reliability gaps that asset-level EAM systems cannot detect.
Most enterprises spend tens of millions annually on physical assets and have no operational visibility below the asset level.
Tier-1 ERP and EAM platforms (SAP, Oracle, Maximo) capture asset financials, depreciation schedules, and procurement records with precision. They were built for the CFO. They were never designed to capture the component-level reliability data that drives every replace-vs-repair decision, every capital plan, and every regulatory audit response.
The result: capital plans built on averaged guesswork. Replacement decisions made on calendar age instead of actual condition. Audits that turn into archaeology projects. Reliability programs that stall because the data foundation does not exist.
Asset-level visibility hides component-level failure
A pump runs until a single bearing fails. The EAM tracks the pump. The bearing failure was invisible until it shut the line down.
Lifecycle decisions made on age, not condition
Replace-vs-repair without component-level reliability history is a coin flip. Capital allocated to assets that had years left. Assets near end-of-life ignored.
ERP and CMMS data live in different systems
Execution data sits in spreadsheets and a CMMS. Lifecycle data sits in the ERP. Quarter-close requires manual reconciliation that introduces gaps and errors.
Audits become archaeology
Regulators ask for the maintenance trail on a critical asset. Three systems and four spreadsheets later, the answer is partial and unverified.
What Is Enterprise Asset Management?
Enterprise Asset Management (EAM) is the strategic discipline of managing the full lifecycle of an organization's physical assets to maximize their value, minimize total cost of ownership, and support enterprise-level decisions about capital, compliance, and operational risk. Modern EAM extends beyond asset registries and depreciation schedules. It captures the component-level reliability data that turns lifecycle planning from averaged estimates into evidence-based decisions.
Enterprise Asset Management (EAM) is the integrated practice of managing physical asset lifecycles -- from acquisition through retirement -- to optimize total cost of ownership, asset performance, and enterprise risk across multi-site operations.
Reactive
Fix-on-fail. No structured program.
Controlled
PMs exist. Execution is inconsistent.
Standardized
Programs scale across sites. Data captured.
Predictive
Condition data drives maintenance decisions.
Scaled Reliability
Reliability culture across the enterprise.
What Redlist Delivers
Asset Hierarchy Depth. Lifecycle Discipline. Native ERP Integration.
Six core capabilities that turn enterprise asset management from a digital registry into the operational discipline your reliability program actually requires -- in the same platform that runs maintenance.
Asset Hierarchy Tree -- multi-site rollup with component-level failure mode tagging
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The Asset Hierarchy Depth That Makes Lifecycle Modeling Accurate
Most EAM platforms manage assets at the asset level. Redlist tracks to the component, the lubrication point, and the failure mode. The depth that makes replace-vs-repair recommendations defensible to a CFO. The depth that makes predictive maintenance possible. The depth that wins enterprise evaluations.
- Unlimited hierarchy depth (site to asset to component to point)
- Lubrication point detail (type, interval, quantity, frequency)
- Failure mode capture at the component level
- FMEA-aligned criticality ranking
- Multi-site asset rollup for corporate visibility
- QR scan and NFC tap asset identification
Asset lifecycle dashboard -- cost, condition, and replacement timing in one view
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Every Asset Lifecycle Decision, on a Single Record
Acquisition cost, commissioning data, maintenance history, condition trends, replacement timing. All captured against the same asset record from day one. The data foundation that turns capital planning from spreadsheet exercise into evidence-based strategy.
- Asset commissioning workflow with cost capture
- Maintenance history tied to component-level failure modes
- Condition-based replacement triggers
- Total cost of ownership tracked per asset
- Warranty management with auto-flagged claim opportunities
- End-of-life decommissioning with regulatory documentation
Capital planning dashboard -- replace-vs-repair recommendations with cost and risk weighting
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Capital Planning Backed by Component-Level Reliability Data
Most replace-vs-repair recommendations are calendar-driven guesswork. Redlist anchors capital decisions in actual component reliability history, real maintenance cost trends, and FMEA-weighted failure modes. The CFO sees the math. The reliability team owns the data.
- Replace-vs-repair modeling per asset and per component
- 5-year capital forecast tied to maintenance and condition data
- Cost-per-operating-hour benchmarking by asset class
- Lifecycle cost variance reporting (planned vs actual)
- Risk-weighted capital prioritization using FMEA criticality
- Export-ready capital plan summaries for board review
Executive lifecycle dashboard -- TCO, asset availability, and capital forecast
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Real Asset Metrics. Real Lifecycle Decisions.
Asset availability, MTBF, MTTR, total cost of ownership, cost-per-operating-hour. The metrics that drive enterprise asset strategy, surfaced in real time and configured by role. Plant managers see the floor. Reliability directors see the portfolio. CFOs see the lifecycle.
- Asset availability tracked by class and by site
- MTBF and MTTR trended at the component level
- Total cost of ownership rollup across the asset portfolio
- Cost-per-operating-hour for fleet benchmarking
- Lifecycle cost variance (forecast vs actual)
- Configurable dashboards for VP, director, plant, and engineer roles
Asset audit trail with timestamped lifecycle events and export-ready report
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Audit-Ready by Design, Not by Archaeology
Every maintenance event, condition reading, and asset transaction captured with timestamp, user, and location data. Regulatory audits become evidence retrieval, not archaeology. OSHA, MSHA, EPA, and industry-specific compliance frameworks supported.
- Immutable maintenance and lifecycle history per asset
- Real-time compliance dashboards by site and asset class
- Configurable approval workflows for high-risk actions
- Audit export in industry-standard formats
- SOC 2 Type II audited and ISO 27001:2022 certified
- Role-based access controls aligned to enterprise IAM policies
Integration configuration view showing SAP, JDE, and Maximo connectors with bidirectional data flow indicators
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Native Integration With the Systems Your Finance Team Already Trusts
Redlist connects natively to SAP, Oracle JDE, and IBM Maximo through native API connectors built and maintained by Redlist. Asset master, work order, and maintenance cost data flow bidirectionally. No middleware projects. No connector partners. No quarterly reconciliation rituals.
- Native API connectors to SAP, Oracle JDE, and IBM Maximo
- Asset master synchronization with conflict resolution
- Bidirectional work order and cost data flow
- Built and maintained by Redlist (no third-party middleware)
- Configurable field mapping for enterprise data models
- Phased migration approach with parallel-run validation
How It Works
Lifecycle Discipline. Component-Level Data. Decisions That Survive the Audit.
Modern EAM is not a registry. It is the operational discipline that turns asset portfolios from cost centers into strategic capital. Here is how Redlist operates inside an enterprise asset management program.
Asset Master Build with FMEA-Aligned Criticality
EAM starts with knowing which assets matter and why. Redlist supports component-level asset hierarchy with FMEA-aligned criticality ranking from day one. The foundation that makes lifecycle planning, capital allocation, and risk reporting all run from the same data.
- FMEA-aligned criticality ranking across the asset portfolio
- Failure mode capture at the component level, not the asset level
- Lubrication point detail down to grease type, interval, and quantity
- Multi-site asset rollup with corporate-level visibility
Screenshot
Asset criticality matrix with FMEA flags at component level
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Where the consequences of an asset decision are measured in capital, compliance, and uptime.
Mining
Haul trucks, crushers, conveyors, draglines, mills. Component-level reliability tracking running alongside Oracle JDE for asset master, capital planning, and compliance.
Oil and Gas
Upstream, midstream, downstream. GPS-tagged asset registries across multi-square-mile facilities. Native SAP and Maximo integration for refinery and pipeline operations.
Manufacturing
Discrete, process, packaging, food and beverage, steel. Native SAP integration delivers component-level reliability data directly into existing ERP investment.
Marine
Ports, shipping, offshore, marine terminals. Component-level lifecycle tracking on fleets where asset failure means vessel-down and demurrage.
Crane and Rigging
Industrial lifting, construction, ports. Inspection workflows aligned to ASME B30 and OSHA 1910 with audit-ready lifecycle records.
Contractor Inspections
Multi-site contractor compliance, third-party service kits, and digital pre-op workflows for distributed asset portfolios.
Three Differentiators That Win Enterprise Evaluations
Asked why they chose Redlist over IBM Maximo, Brightly, or an ERP module, customers consistently cite these three operational realities. Not feature checklists.
The Deepest Asset Hierarchy on the Market
Most EAM platforms manage assets at the asset level. Redlist goes deeper, to the component, the lubrication point, the failure mode. That depth is what turns lifecycle modeling from averaged guesswork into defensible analysis. CFOs trust the replace-vs-repair recommendation. Reliability teams own the evidence.
"Most detail of any asset hierarchy on the market. It is our advantage."
— Redlist Reliability Team
Native CMMS and EAM. One Platform. One Record.
Maximo, Brightly, and most enterprise EAM platforms sell CMMS as a separate module that requires connector projects, parallel systems, and quarterly reconciliation. Redlist delivers maintenance execution and asset lifecycle in one platform, on one record. Execution data and lifecycle data live together. No ETL gap. No reconciliation lag.
"Redlist gave us the standardization we could not get from spreadsheets and the speed we could not get from enterprise systems."
— VP Operations, Manufacturing
The Maintenance and Reliability Layer Your ERP Was Never Designed to Deliver
ERP and tier-1 EAM systems are built for finance, procurement, and supply chain. They were never designed to capture component-level reliability data, drive frontline execution, or run lubrication routes in harsh environments. Redlist is the layer that makes the ERP investment actually drive uptime. Native API integration with SAP, Oracle JDE, and IBM Maximo. Asset master, work order, and cost data flow bidirectionally with no middleware projects.
"As much as it was the software itself, it was the people at Redlist that drew me to it."
— Daniel Knight, ExxonMobil
How Redlist Compares to Legacy EAM Approaches
| Capability | ERP Module (SAP PM, Oracle EAM) | Standalone EAM (Maximo, Brightly) | Redlist |
|---|---|---|---|
| Deployment Timeline | 12-24 months | 6-18 months | Weeks |
| Component-Level Asset Hierarchy | — | Partial | ✓ |
| Native Maintenance Execution | — | Separate module | ✓ |
| Lubrication Management Depth | — | — | Industry-leading |
| Native API Integration with SAP, JDE, Maximo | It is the system | Connector projects | Native |
| Implementation Consultants Required | Mandatory | Typical | None |
| Offline Capability for Field Operations | — | Limited | Native |
Real Asset Decisions. Quantified. Documented.
Full CMMS and EAM Deployment Drove a 30% Maintenance Efficiency Gain.
An agricultural processing cooperative deployed Redlist's full CMMS, EAM, and digital twin platform across its operations. Component-level asset hierarchy replaced asset-level tracking. Maintenance execution and lifecycle data unified onto a single record. Capital planning shifted from calendar-driven assumption to condition-driven evidence.
The result: a 30% increase in maintenance efficiency, defensible capital planning, and a unified data foundation that supports both operational reliability and enterprise reporting. The transformation was not a feature outcome. It was the result of running maintenance execution and asset lifecycle on the same platform, with the same data, on the same record.
"Running maintenance execution and asset lifecycle on the same record changed how we make capital decisions. The data foundation we needed was finally in one system."
Mining operation running Redlist alongside Oracle JDE for asset management at scale. Component-level reliability data feeding both maintenance execution and ERP-side capital planning.
— Mining Operation, JDE IntegrationGPS-tagged 5,000 assets across a 2.5 square mile facility. $75K annual labor savings and up to 2 hours saved per incident on asset location.
— Oil and Gas OperationAs much as it was the software itself, it was the people at Redlist that drew me to it.
— Daniel Knight, ExxonMobilLive in Weeks. Not 18 Months. Not With Consultants.
Legacy enterprise EAM deployments take 12 to 24 months and require dedicated consulting partners. Redlist deploys in weeks. Asset master migration. ERP integration configuration. Training. Pilot site live. All without external consulting fees and without putting your asset master at risk.
Discovery and Asset Master Audit
Onboarding workshop, asset master review, integration mapping. Customer success team and Redlist data engineers assigned.
Phased Migration and Integration
Asset hierarchy build, ERP integration configured (SAP, JDE, or Maximo), parallel-run validation begins. No go-live without sign-off.
Training and Pilot Site
Reliability team training, supervisor training, pilot site goes live. Real maintenance and lifecycle data flowing.
Scale, Validate, Measure
Multi-site rollout, KPI dashboards live, capital planning workflows operational, customer success reviews lifecycle data quality.
SOC 2 Type II and ISO/IEC 27001:2022 Certified. Asset Master Migration Done Right.
Procurement-ready security documentation. Phased data migration with parallel-run validation. SSO, RBAC, full audit logs, and compliance frameworks for regulated industries. Your asset master is too critical to move without controls. Redlist treats it that way.
Build the Lifecycle Business Case
Quantify the Capital Cost of Asset-Level Visibility. Then Eliminate It.
Most EAM evaluations stall on capital justification. Lifecycle modeling sounds strategic. The ROI is theoretical. Redlist's customers report measurable returns within the first year because component-level reliability data changes capital decisions, audit responses, and maintenance economics simultaneously.
Use the calculator to estimate the lifecycle cost of running an asset portfolio without component-level visibility. The full ROI conversation guide and TCO model is available with a demo.
Request the full lifecycle ROI modelAsset Lifecycle Cost Estimator
Estimate the annual capital exposure of running EAM at the asset level instead of the component level.
Estimated annual premature replacement cost
$1.3M
Component-level visibility typically reduces this 30 to 60 percent
Next Steps
Choose Your Path Forward
Whether you are evaluating a CMMS-vs-EAM decision, building the business case, or ready to see Redlist alongside your ERP -- there is a path designed for where you are.
The Reliability Maturity Guide
Free 30-page guide on the five-stage reliability maturity journey, with industry benchmarks and self-assessment criteria for VPs of Operations and Reliability Directors. Foundational for any EAM evaluation.
Download the guideWhere ERPs Fall Short as a CMMS (Webinar)
A practitioner-led session on what tier-1 ERP systems were never designed to deliver in maintenance execution, why CMMS-as-an-ERP-module fails in the field, and how to architect the execution layer your ERP investment needs.
Watch the webinarPersonalized Demo
30-minute live walkthrough tailored to your asset portfolio and ERP environment. Bring your most complex asset class -- we will model it in the platform with the integration architecture you would actually deploy.
Book your demoRedlist Enterprise Asset Management Live Demo
See how Redlist runs alongside SAP, Oracle JDE, and IBM Maximo to deliver the component-level reliability depth your enterprise asset management strategy actually requires -- deployed in weeks, not 18 months.