Your Lubrication Program, Engineered and Digitized by the Same Team
Redlist’s in-house reliability engineers design, chart, and optimize your lubrication program, then deploy it directly into the platform your technicians use every day.
One Team. One Platform. One Engagement.
Building a reliability-grade lubrication program has traditionally required coordinating multiple vendors: a consulting firm for program design, a training provider for workforce development, and a software vendor for digitization. Each relationship adds timeline, cost, and complexity. Deliverables sit in binders for weeks while a separate team configures the software. Routes get re-entered. Specifications get mistranslated. Knowledge stays trapped in the consultant’s documentation instead of embedded in the tools your technicians carry.
Redlist compresses that entire process into a single engagement. Your program is engineered, digitized, and deployed by the same team, on the same platform, with the same data model your technicians will use in the field. Every route our engineers chart is immediately configured in Redlist. Every lubricant specification maps directly to the asset record. Every procedure becomes step-by-step guidance on a technician’s tablet. Nothing is re-entered because nothing leaves the platform.
The result: a fully operational lubrication program that goes live the day the engagement ends.
Know Exactly Where to Start
Redlist’s Maintenance and Reliability Maturity Assessment gives you a scored, dimension-by-dimension diagnostic of your program so every dollar of investment goes to the gap that matters most.
Most facilities know their maintenance program has gaps. The challenge is knowing which gaps to close first, and which investments will produce the most measurable impact. A lubrication problem that looks urgent may be downstream of a data quality issue. An operator consistency problem may trace back to the absence of a formal program structure.
Redlist’s Maturity Assessment evaluates your maintenance and reliability program across eight dimensions, scored on a 1-5 maturity scale aligned to ISO 55000 and SMRP best practices. The assessment is conducted collaboratively with your team drawing on operational observations, process artifacts, and KPI data that produces a prioritized roadmap sequencing recommended engagements by gap depth, dependencies, and your stated business priorities.
Foundational Data Setup
Your asset hierarchy is the foundation every other dimension builds on. This axis evaluates whether your organization has a documented, maintained hierarchy with standardized naming conventions, a single source of truth for asset data, and a defined process for adding and retiring equipment. We assess component-level breakdown, core attribute population, failure code application, and data governance ownership. Gaps here cascade downstream into every maintenance and reliability workflow — if the data foundation is inconsistent, reporting, compliance, and AI initiatives all suffer.
Lubrication Management
Lubrication-related failures account for a significant share of unplanned downtime in asset-intensive operations, yet most facilities lack a formal lubrication program. This axis evaluates whether lubrication points are identified and documented with products, frequencies, and amounts; whether point-level compliance is tracked; whether technicians execute routes with mobile scan-to-asset verification; and whether oil consumption is monitored on significant users. We also assess the proactive-to-reactive lubrication work ratio and whether lubrication-related failures are tracked as a contributing cause of downtime.
Operator Based Care
Operator Based Care (OBC) is the frontline consistency layer that determines whether every operator runs the same playbook or whether execution varies from person to person. This axis evaluates whether a formal OBC program exists with defined routes, assigned checklists, and standardized work instructions. We assess whether operator-identified issues are captured and routed to maintenance, whether OBC compliance is tracked and visible, and whether a clear RACI governs the operator-to-maintenance hand-off. Facilities with strong OBC programs catch developing failures earlier and reduce the reactive workload on maintenance teams.
EAM / CMMS
This axis evaluates the maturity of your maintenance execution workflows against SMRP best-practice benchmarks. We assess whether work requests are captured through a defined intake workflow, whether work orders are generated, assigned, and closed in a single system, and whether PM scheduling is in place and followed. KPI-level evaluation covers PM compliance rate (SMRP target: 90%+), planned-to-reactive work ratio (SMRP target: 80%+ planned), schedule attainment, and wrench time (industry average: 25-35%, with top performers reaching 50%+). Task-level completion tracking and module utilization are also assessed.
Condition Monitoring
Sensors generate insight. The question is whether that insight becomes action. This axis evaluates the breadth and maturity of your condition monitoring program — oil analysis, vibration analysis, thermography, and ultrasonic techniques — and whether condition and predictive data is triggering work orders automatically. We assess whether a formal asset criticality assessment has been completed, whether failure analysis is used to prevent repeat issues, and whether a documented predictive maintenance strategy or roadmap exists. The integration between your condition monitoring platforms and your CMMS is a critical evaluation point.
AI Enablement and Systems Integration
This axis evaluates two related but distinct capabilities: your enterprise readiness for AI and the current state of systems integration across your maintenance technology stack. On the AI side, we assess whether an internal AI policy and executive sponsorship exist, whether an enterprise data strategy is in place, and whether your team has identified high-value automation candidates. On the integration side, we evaluate whether your systems expose APIs, whether data is centralized, and whether your maintenance platforms are connected or operating in silos. The gap between enterprise AI maturity and maintenance-data connectivity is one of the most common findings in this assessment.
Safety, LOTO, and Incident Reporting
This axis evaluates the maturity of your safety program as it intersects with maintenance and reliability operations. We assess whether LOTO is managed in a formal system with procedures documented at the equipment level, whether LOTO execution is tracked and auditable, and whether safety inspections (JSAs, pre-task, periodic) are digitized. Incident and near-miss reporting, follow-up tracking to closure, and leadership visibility into safety data are all evaluated. We also assess whether repeat safety incidents trigger equipment-side root cause analysis and whether TRIR or an equivalent program-level safety KPI is tracked and benchmarked.
Reporting and KPIs
Dashboards that exist but do not drive decisions are a common gap. This axis evaluates whether KPI dashboards are in place and reviewed on a defined cadence, whether reports are actually influencing operational decisions, and whether executives have real-time visibility into maintenance performance. We assess whether your team can self-serve reports or depends on others for routine information, whether leading indicators are tracked alongside lagging ones, and whether operational KPIs cascade from corporate objectives down to the maintenance and reliability team. Gaps here often trace back upstream to data quality and systems integration — which is why the assessment evaluates all eight dimensions together.
Every assessment delivers two documents: an Executive Summary for leadership stakeholders and a Full Report with dimension-by-dimension analysis, per-question scoring, and a prioritized engagement roadmap. The roadmap sequences your next steps by business impact so your team knows exactly which services to invest in, in what order, and why.
Implementation and Program Build Services
Lubrication Program Development
Full-scope program design from baseline assessment through standards documentation. Our engineers evaluate your current practices, consolidate lubricant specifications, map storage and handling requirements, and build a contamination control strategy tailored to your facility and equipment. Every element is documented directly in the Redlist platform, creating a single source of truth for your entire lubrication operation.
Lubrication Benchmark Analysis
A five-day comprehensive evaluation of your current lubrication program including gap analysis, financial impact review, and strategic improvement plan. Deliverables include IRR and NPV calculations to justify the investment, with prioritized recommendations mapped to your existing asset hierarchy. Redlist engineers walk your facility, assess your current state against recognized standards (ICML, STLE, ISO 4406), and deliver a roadmap with clear milestones and projected outcomes.
Route Charting and Optimization
Machine-by-machine, component-by-component route development designed for precision execution. Every lubrication point is tagged (NFC/QR), GPS-verified, photographed, and loaded into optimized routes with the correct lubricant, volume, frequency, and procedure specified. Routes are sequenced for efficient technician movement through the facility and validated through physical walkthroughs before deployment. Your team opens the app on day one and executes with confidence.
Lubrication Practices Development
Task-level procedure documentation based on OEM specifications and recognized engineering standards (ICML, STLE, ISO 4406). Our engineers develop precision lubrication procedures covering re-greasing calculations, contamination control protocols, and application-specific techniques for your equipment. Every procedure is embedded as step-by-step guidance in the Redlist platform, so technicians execute the correct method at every lube point without relying on memory or tribal knowledge.
Engineered Storage and Handling
Design and specification for lubrication storage rooms, dispensing systems, and contamination control infrastructure. Our engineers assess your current storage environment and develop specifications for new builds or upgrades to existing spaces. Deliverables include layout design, equipment recommendations, labeling systems, and cleanliness targets aligned to ISO 4406 standards. The goal: the right lubricant, at the right cleanliness level, dispensed through the right equipment, every time.
Training and Certification
Onsite and virtual training programs for lubrication technicians, maintenance supervisors, and reliability engineers. Training covers both platform-specific workflows (routes, condition capture, work order management) and discipline-level lubrication best practices (precision greasing, oil sampling, contamination control, storage procedures). Programs are structured by role so each team member receives the depth and focus relevant to their daily responsibilities.
From Assessment to Operational in One Engagement
Every Redlist professional services engagement follows the same principle: what we engineer goes directly into what your team uses. No binders. No translation. No second implementation.
Step 1: Assess
Baseline evaluation of your current lubrication and maintenance practices, equipment criticality, and organizational readiness. Our engineers walk your facility, review existing documentation, evaluate storage and handling infrastructure, and identify the gaps between current state and recognized standards.
Step 2: Engineer
Program design, route charting, lubricant specification, storage and handling requirements, and procedure documentation. Every deliverable is built to the physical reality of your facility — accessibility constraints, shift patterns, production schedules, and environmental conditions.
Step 3: Digitize
Every deliverable is configured directly in the Redlist platform as it is engineered. Routes connect to asset records. Lubricant specifications link to digital twin visualizations. Condition monitoring thresholds tie to work order triggers. The engineer designing your program is configuring the system your technicians will use.
Step 4: Deploy
Onsite rollout with asset tagging (NFC/QR/GPS), final platform configuration, and system validation. Routes are physically walked and verified before the first technician opens the app.
Step 5: Train
Hands-on training for every user role. Technicians learn route execution, condition capture, and work order workflows. Supervisors learn compliance dashboards and scheduling. Reliability engineers learn analytics, failure tracking, and program optimization. Leadership receives reporting and KPI dashboard training.
Step 6: Optimize
Ongoing program refinement driven by platform data. Route efficiency, compliance rates, condition trends, and failure patterns are analyzed continuously. Programs are refined based on real operational performance, not assumptions.
Software + Services. One Team. Zero Handoffs.
Every route, procedure, and specification our engineers develop is built natively in the Redlist platform. Lubricant selections link directly to asset records. Routes connect to 3D digital twin visualizations so technicians can see exactly where each lube point is located. Condition monitoring thresholds tie to automated work order triggers. Oil analysis data flows into the same system that tracks compliance and schedules preventive tasks.
There is no translation step because there is nothing to translate. The engineer building your program is configuring the system your team executes in. When the engagement ends, the platform is already populated with every route, every specification, and every procedure ready for your first shift.
Built for the Field
Our reliability engineers have operated the equipment, not just modeled it. Programs are designed for the physical reality of your facility, not a theoretical ideal. Routes account for accessibility constraints — which lube points require lockout, which are only reachable during shutdowns, which machines run 24/7 with limited access windows.
Shift patterns, production schedules, and environmental conditions shape every route sequence. Storage and handling recommendations account for the climate, dust exposure, and physical layout of your plant. Routes are walked, validated, and optimized in person before a single technician opens the app. The program your team receives is built for how your facility actually operates.
The Advantage of a Unified Approach
Program Goes Live Immediately
Your lubrication program is operational the day the engagement ends. Routes, procedures, lubricant specifications, and asset data are already configured in the platform your team uses. There is no waiting for a second vendor to begin a separate software implementation. No re-entering data from binders into a system. No months-long gap between receiving a program on paper and executing it in the field. One engagement, one deployment, fully operational.
One Vendor, One Timeline
Program design, software configuration, asset tagging, and training -- delivered by the same team in a single scope of work. One contract, one timeline, one point of accountability. When the engineer charting your routes is also the person configuring your platform, nothing falls through the cracks. Specifications do not get mistranslated. Routes do not get re-sequenced. The program your team receives is exactly the program our engineers designed.
Faster Time to Measurable Impact
When engineering and digitization happen simultaneously, programs deploy faster and produce measurable impact sooner. One building materials manufacturer standardized their lubrication program with Redlist and reduced bearing replacement costs by 50% -- saving $150,000+ in the first year, with projected cumulative savings of $500,000+ over three years. A corrugated packaging facility went from two bearing failures per week to two per quarter after implementing standardized, digitized lubrication routes -- saving over $850,000 per quarter in reduced downtime.
Common Questions About Redlist Professional Services
How quickly can Redlist deploy a lubrication program at my facility?
Timeline depends on facility size and program scope, but most engagements move from initial assessment to fully operational deployment in weeks. Because engineering and platform configuration happen simultaneously, there is no gap between program design and go-live. A single-site lubrication program with route charting, asset tagging, and training typically deploys within 60-100 days.
What is the RCM Assessment and how does it work?
The RCM Assessment is an eight-dimension diagnostic of your maintenance and reliability program, scored on a 1-5 scale aligned to ISO 55000 and SMRP best practices. Redlist engineers conduct the assessment collaboratively with your team, drawing on operational observations, process artifacts, and KPI data. The output is an Executive Summary for leadership and a Full Report with dimension-by-dimension analysis, per-question scoring, and a prioritized engagement roadmap that tells you exactly where to invest first.
Do I need to purchase Redlist software separately, or is it included with professional services?
Professional services and the Redlist platform work together. Your services engagement includes configuration and deployment of the Redlist platform for your facility. Specific licensing terms are covered during the scoping process. Contact our team to discuss the right package for your operation.
Can Redlist work alongside our existing CMMS, or do we need to replace it?
Redlist integrates with existing systems through an open API. Many customers run Redlist for lubrication management and condition monitoring alongside their existing CMMS for work order management. Others consolidate onto the Redlist platform for CMMS, EAM, lubrication, and operator basic care. Our engineers will assess your current system landscape during the Reliability Assessment and recommend the right approach.
What size facilities can Redlist handle? Do you support multi-site deployments?
Redlist serves facilities ranging from single-site manufacturing plants to multi-site operations spanning thousands of assets across hundreds of square miles. Our platform is built for scale, and our professional services team structures engagements to deploy across multiple facilities with consistent standards, standardized routes, and unified reporting. One oil and gas customer GPS-tagged 5,000 assets across a 2.5 square mile facility, saving an estimated $75,000 annually in labor previously lost to locating equipment.
What qualifications do Redlist's reliability engineers hold?
Redlist’s professional services team includes reliability engineers with field experience across manufacturing, mining, oil and gas, chemical processing, and marine operations. Our engineers hold industry-recognized certifications in lubrication, reliability, and maintenance disciplines. Specific team credentials are available upon request during the scoping process.
How does this differ from hiring a consulting firm and a software vendor separately?
When you hire a consulting firm separately, they produce deliverables — binders, spreadsheets, and recommendations — that then need to be translated into whatever software platform you select. That translation step introduces delays, re-work, and the risk of specifications getting lost or misinterpreted. With Redlist, the engineers who design your program are the same team configuring the platform your technicians use. Every route, specification, and procedure goes directly into the system. No handoffs, no translation, no second implementation.
Do you offer ongoing program support after the initial engagement?
Yes. The Optimize phase of every engagement establishes the foundation for continuous program refinement. Redlist’s platform captures compliance data, condition trends, and failure patterns that our team uses to recommend program adjustments over time. Ongoing support options include periodic program reviews, route optimization based on performance data, and expanded scope as your reliability program matures.
One Engagement. Fully Operational.
