The CMMS Built for Asset-Intensive Industrial Operations
Transform reactive maintenance into a standardized reliability program. Deployed in weeks. Works offline in harsh environments. Trusted by 4,000+ maintenance professionals across mining, oil & gas, manufacturing, and marine.
- 4,000+
- Maintenance Professionals
- 92%
- Downtime Reduction
- <6 wks
- Deployment Timeline
- 4.7★
- Star Rating on G2, Capterra & Software Advice
Trusted by industry leaders
Reactive Maintenance Is a Strategic Liability
Quarterly savings achieved by one corrugated packaging operation after eliminating reactive bearing failures with standardized PM execution.
Every asset-intensive operation runs on a simple economic equation: uptime generates revenue, downtime destroys it.
When a single bearing failure on a production line costs $850,000 per quarter, the question is not whether maintenance matters. The question is whether maintenance is executed consistently enough to prevent that failure in the first place.
That is the problem a CMMS is built to solve.
Reactive repair costs
Three to five times higher than the cost of preventing the failure -- a gap that compounds across every unplanned event.
Tribal knowledge loss
When senior technicians retire, decades of diagnostic context disappear with them and failure rates climb.
Audit and compliance exposure
Paper records and spreadsheets fail when regulators ask for the maintenance trail that proves due diligence.
No data foundation for predictive
Without structured maintenance history, predictive maintenance remains an aspiration rather than an operational program.
What Is a CMMS?
A Computerized Maintenance Management System (CMMS) is the operational backbone that transforms maintenance from reactive firefighting into a standardized, measurable reliability program. Modern CMMS platforms extend beyond record-keeping -- they guide execution, capture data automatically, and surface failure patterns that would otherwise stay buried.
A CMMS centralizes the planning, execution, and tracking of maintenance activities -- work orders, preventive schedules, asset records, parts inventory, and reporting -- into a single source of truth that drives every reliability decision downstream.
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
One Platform. Every Maintenance Workflow.
Six core capabilities that move asset-intensive operations from reactive to standardized -- without the consultants, the six-month rollout, or the spreadsheet handoffs.
Work order list view with mobile completion and supervisor backlog dashboard
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Work Order Management Built for the Floor
Assign, prioritize, and close work orders from the floor or the field. No paper. No email chains. No backlog blindness. Technicians complete work in under two minutes on a phone.
- Mobile-first work order completion
- Photo, video, and voice attachments
- Real-time backlog visibility for supervisors
- Approval workflows for high-risk procedures
- Time tracking and labor cost capture
- Searchable historical work order archive
PM calendar with compliance heatmap and asset filters
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Preventive Maintenance That Actually Gets Done
Time-based, usage-based, and condition-based PMs scheduled automatically and enforced point-by-point -- not in batches. The execution discipline that separates reliability programs from compliance theater.
- Multi-trigger PM scheduling (time, runtime, condition)
- Point-by-point completion enforcement
- Standardized SOPs delivered at the asset
- PM compliance tracking against plan
- Cross-site PM library for multi-facility scaling
- 10% PM rule alerting and tolerance windows
Asset hierarchy tree with component-level lubrication points
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The Deepest Asset Hierarchy on the Market
Most CMMS platforms treat the asset as the unit of management. Redlist goes deeper -- to the component, the lubrication point, the failure mode. The depth that makes predictive maintenance possible and the difference 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
Reliability dashboard with OEE, MTBF, MTTR, and PM compliance trends
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Real Metrics. Real Decisions.
OEE, MTBF, MTTR, PM compliance, wrench time. Real reliability metrics that drive maintenance strategy -- not vanity charts. Configurable dashboards by role, site, or asset class.
- OEE breakdowns by line, shift, or product
- MTBF and MTTR trended by asset class
- PM compliance heatmap by site and supervisor
- Wrench time analysis (industry avg 25-35%)
- Cost per asset, per work order, per technician
- Custom report builder and scheduled exports
Parts inventory with low-stock alerts and PO generation
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Parts and Inventory Synced to the Floor
Threshold alerts, automated purchase orders, and real-time stock updates synced to work order completion. The parts the technician needs, when they need them, without the inventory write-offs.
- Multi-location inventory with rollup visibility
- Low-stock alerts with auto-generated POs
- Vendor management and lead-time tracking
- Barcode scanning for receipt and consumption
- Parts-to-asset associations with usage history
- Min/max optimization based on consumption patterns
Redd AI co-pilot guided procedure walkthrough with predictive failure flags
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Redd: AI-Guided Maintenance Execution
Redd is the AI co-pilot built into every technician's workflow. Guided procedures, just-in-time training, and predictive failure flagging -- turning frontline technicians into reliability experts on day one.
- Step-by-step procedure guidance for complex tasks
- Just-in-time training delivered at the asset
- AI-flagged anomalies from condition data
- Natural language queries on maintenance history
- Predictive failure alerts weeks in advance
- Automated work order generation from sensor data
How It Works
Standardized Execution. Captured Data. Compounding Reliability.
A modern CMMS does not just record what was done -- it changes how the work is executed in the first place. Here is how Redlist operates inside an asset-intensive maintenance program.
Critical Asset Identification and Failure Mode Mapping
The reliability program begins with knowing which assets matter. Redlist's asset hierarchy supports the deepest component-level detail on the market -- including lubrication points, bearings, sub-assemblies, and failure modes -- so PM strategy is built on a complete operational picture rather than a flat asset list.
- 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 failure mode flags
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Redlist works where the consequences of failure are measured in dollars per hour.
Mining
Haul trucks, crushers, conveyors, draglines. Built for the harshest environments and the highest-cost downtime in industrial operations. Offline capability is not optional -- it is the baseline requirement.
Oil and Gas
Upstream, midstream, downstream. Substation digitization, asset GPS tagging across multi-square-mile facilities, and operator basic care for power distribution assets.
Manufacturing
Discrete, process, packaging, food and beverage, steel. Production-line condition monitoring and standardized PMs across multiple plants with a shared PM library.
Marine
Ports, shipping, offshore, marine terminals. Pre-operational fleet checks and harsh-environment offline functionality for operations where connectivity drops and reliability cannot.
Crane and Rigging
Industrial lifting, construction, ports. Inspection workflows aligned to ASME B30 and OSHA 1910 compliance frameworks for the highest-consequence lifting operations.
Contractor Inspections
Multi-site contractor compliance, third-party service kits, and digital pre-op workflows for distributed operations managing assets across multiple locations.
Three Differentiators That Close Deals
Asked why they chose Redlist over traditional CMMS platforms, customers consistently cite these three operational realities -- not feature checklists.
Operator-Grade UX, Not Office Software
Adoption determines program success. Redlist is built so a technician completes a work order in under two minutes on a phone -- without training, without IT escalation, without the 14-screen workflows that kill compliance in legacy platforms.
"It is easy and intuitive to use. A lot of softwares have a lot of clicking that is really confusing. This is really straightforward."
— Theophilus Mensah, Maintenance Lead
The Deepest Asset Hierarchy on the Market
Most CMMS platforms treat the asset as the unit of management. Redlist goes deeper -- to the component, the lubrication point, the failure mode. The depth that makes predictive maintenance possible and the difference that wins enterprise evaluations.
"Most detail of any asset hierarchy on the market. It is our advantage."
— Redlist Reliability Team
Maintenance-First DNA, Not an ERP Module
ERP-based CMMS platforms treat maintenance as a module. Redlist was built by maintenance professionals for maintenance operations. The result: workflows that match field reality, not finance department logic.
"I really liked Redlist a lot better. It is real simplified -- and it is clearly built by people who understand maintenance."
— Mario Gonzalez, Operations
How Redlist Compares to Legacy Approaches
| Capability | Spreadsheets | Traditional CMMS | Redlist |
|---|---|---|---|
| Deployment Timeline | N/A | 6-24 months | Weeks |
| Offline Capability | — | Limited | Native |
| Component-Level Asset Hierarchy | — | Partial | ✓ |
| Lubrication Management Depth | — | — | Industry-leading |
| AI Co-Pilot for Technicians | — | — | ✓ |
| Implementation Consultants Required | No | Yes | No |
Real Outcomes. Quantified. Documented.
From 192 Hours of Quarterly Downtime to 16 Hours.
A corrugated packaging operation reduced bearing failures from 2 per week to 2 per quarter after standardizing PM execution on Redlist. Quarterly downtime collapsed from 192 hours to 16 hours, saving $850,000 per quarter and freeing the maintenance team to focus on continuous improvement.
The transformation was not driven by a feature. It was driven by the shift from reactive maintenance to standardized, data-backed execution -- the shift Redlist is engineered to enable.
"Redlist gave us the standardization we could not get from spreadsheets and the speed we could not get from enterprise systems. The ROI showed up in the first quarter."
As much as it was the software itself, it was the people at Redlist that drew me to it.
— Daniel Knight, ExxonMobilYou do not necessarily have to be fully trained on Redlist to be able to use it. That has been a huge unlock for our team.
— Reliability Engineer, Industrial ManufacturerEasy to use, extremely helpful, and reduces time spent filling out tedious forms and hunting for information.
— Steve, American EquipmentLive in Weeks. Not Quarters.
Legacy enterprise CMMS deployments take six months to two years and require dedicated consultants. Redlist deploys in weeks -- including asset import, technician training, and initial PM schedule configuration -- without external implementation services.
Discovery and Setup
Onboarding workshop, asset import, and user provisioning. Customer success team assigned on day one.
Configuration
Asset hierarchy build, PM library import, role-based access configured, and SOP integration.
Training and Pilot
Technician and supervisor training complete. Pilot site goes live with real work orders flowing.
Scale and Measure
Multi-site rollout, KPI dashboards live, and customer success reviews PM compliance on schedule.
SOC 2 Type II and ISO/IEC 27001:2022 Certified
Procurement-ready security documentation. SSO, RBAC, full audit logs, and compliance frameworks for regulated industries. Our security pack documents every control your IT and procurement teams need.
Build the Business Case
Quantify the Cost of Reactive Maintenance -- Then Eliminate It.
Most CMMS evaluations stall on ROI justification. The cost is visible. The savings are theoretical. Redlist customers report measurable returns within the first quarter -- because the platform changes how the work is executed, not just how it is recorded.
Use the calculator to estimate your operation's annual reactive maintenance cost. The full ROI conversation guide and TCO model is available with a demo.
Request the full ROI modelCost of Downtime Estimator
Adjust the inputs below to estimate annual reactive maintenance cost.
Estimated annual reactive cost
$3.0M
Redlist customers reduce this by 10 to 92 percent
Next Steps
Choose Your Path Forward
Whether you are researching, evaluating, or ready to move -- 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 Plant Managers.
Download the guideCMMS Evaluation Webinar Series
Three-part series covering how to evaluate a CMMS, what most vendors do not tell you, and how to build the internal business case. Includes implementation timeline templates.
Reserve your seatPersonalized Demo
30-minute live walkthrough tailored to your industry and operational scenario. Bring your most complex asset -- we will model it in the platform.
Book your demoRedlist CMMS Software Live Demo
See how Redlist helps industrial teams eliminate reactive maintenance, standardize PM execution, and build a reliability program that compounds over time.