Reliability Centered Maintenance for Oil and Gas Operations
The reliability centered maintenance platform built for oil and gas operations that run in remote, harsh, and connectivity-limited environments -- providing critical data to the ERP and managing the work happening at the asset.
- $300K
- ANNUAL LABOR REALLOCATION
- 5,000
- ASSETS GPS-TAGGED AT ONE FACILITY
- <6 wks
- DEPLOYMENT TIMELINE
Trusted by industry leaders
When the Work Happens 200 Miles from the Nearest Server Room
Annual labor cost reallocated after one oil and gas operation digitized weekly substation inspections -- recovering an extra workday per week for 15 field technicians.
Oil and gas operations run in places where most enterprise software was never designed to function. Pipeline right-of-way with no cell signal. Offshore platforms with intermittent satellite connectivity. Remote wellsites where the nearest IT support is a 4-hour drive.
The maintenance data gap in oil and gas is not a technology problem. It is an environment problem. When SAP PM requires a network connection to close a work order, and your technician is standing at a compressor station in the Permian Basin with zero bars, the work gets done on paper. Paper gets lost. Data never makes it back to the asset record. The ERP shows a clean PM history while the actual condition of the asset remains invisible.
This gap compounds across every segment of the value chain. Upstream operators lose visibility into rotating equipment health at wellsites. Midstream pipeline operators cannot enforce standardized inspection cadences across hundreds of miles of right-of-way. Downstream refineries run lubrication and vibration routes on clipboards that never feed condition data into the maintenance record.
Connectivity-dead maintenance execution
Work orders, inspections, and lubrication routes cannot be completed in the ERP when field technicians have no network connection. Paper workarounds create data gaps that make asset history unreliable.
Facility-scale asset location failure
A single upstream or midstream facility can span multiple square miles with thousands of assets. When a technician spends 2 hours per incident locating equipment, the problem is infrastructure, not maintenance.
Regulatory exposure without audit-ready records
API 653, API 510, OSHA 1910, ASME B31 pipeline codes, and EPA compliance all require documented inspection records. Paper-based workflows create compliance risk that increases with every missed or misfiled inspection.
ERP module mismatch for field execution
SAP PM and Oracle EAM were designed for asset master management and financial planning. They were not designed for a technician completing a lubrication route at a remote pump station in 110-degree heat with no network signal.
What Is Oil and Gas Maintenance Software?
Oil and gas maintenance software is the platform that manages maintenance execution, inspection compliance, and asset reliability across upstream, midstream, and downstream operations. It is the system your field technicians actually use at the asset -- not the ERP module that manages the asset register from the back office.
Oil and gas maintenance software is a reliability centered maintenance platform purpose-built for the harsh, remote, and connectivity-limited environments where oil and gas assets operate -- managing work orders, inspections, lubrication routes, and condition monitoring at the asset while providing critical operational data back to the enterprise resource planning system.
Reactive
Maintenance happens after failure. Production planning treats downtime as a constant. ERP shows clean PM history while actual asset condition is invisible.
Controlled
Clipboard-based field execution with basic ERP tracking. Time-based PMs are scheduled. Failures still happen between intervals. Paper records create compliance gaps.
Standardized
Digital field execution with structured asset data flowing to the ERP. Inspection records are timestamped and GPS-located. PM compliance is measurable across sites.
Predictive
Oil analysis, vibration data, and condition monitoring trigger maintenance before failure. Capital decisions use reliability data instead of calendar intervals.
Autonomous
AI co-pilot Redd flags anomalies and recommends action. The reliability program improves itself with every data point captured at the asset.
What Redlist Delivers
Four Capabilities Built for Oil and Gas Operations
Every Redlist capability is the same engine across industries. What changes for oil and gas is the environment: offshore platforms, pipeline corridors, remote wellsites, and refinery process units where connectivity is unreliable and regulatory exposure is constant. Four capabilities matter most for oil and gas reliability programs.
Offline Work Order -- completed work order with offline indicator badge and pending sync status
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Work Orders That Close at the Asset, Not Back at the Office
Redlist's offline-native architecture means every work order, inspection, and lubrication route completes at the asset -- regardless of network availability. Data syncs automatically when connectivity returns. No paper workarounds. No re-entry. No data loss between the field and the ERP.
- Full work order lifecycle offline: create, complete, close, with photos and notes
- Automatic background sync on reconnection -- no manual upload
- Conflict resolution handles concurrent edits across distributed crews
- Works on standard iOS and Android devices -- no ruggedized hardware required
- Tested on pipeline right-of-way, offshore platforms, and remote wellsites
- One O&G operation recovered an extra workday per week for 15 technicians
GPS Asset Map -- facility map view with color-coded maintenance status across pipeline corridor
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5,000 Assets. 2.5 Square Miles. Every One Tagged and Locatable.
Oil and gas facilities are not contained within four walls. A single upstream or midstream site can span thousands of acres with assets distributed across wellpads, compressor stations, tank farms, and pipeline corridors. Redlist GPS-tags every asset in the hierarchy at registration, cutting asset location time from hours to seconds.
- GPS coordinates attached to every asset record at registration
- Map view for field technicians showing nearest assets and open work
- $75K annual labor savings documented at one O&G facility
- Up to 2 hours saved per incident on asset location
- QR and NFC tag linking for field identification and scan-to-access
- Asset density visualization for route optimization across facilities
Inspection Route -- pressure vessel inspection with API 510 compliance tags and photo evidence
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Inspection Compliance That Survives an Audit
Oil and gas inspection requirements span API 653 (tank inspection), API 510 (pressure vessel), API 570 (piping), ASME B31 (pipeline integrity), OSHA 1910, and EPA reporting. Redlist digitizes these inspection workflows into repeatable, audit-ready routes that capture timestamped evidence at the asset.
- Configurable inspection templates mapped to API, ASME, and OSHA standards
- Photo capture, timestamps, and GPS coordinates on every inspection record
- Automated scheduling based on regulatory cadences and risk priority
- Audit-ready export for compliance review and regulatory submission
- Pre-built templates for API 510, 570, 653, and ASME B31
- Digital signatures with role-based access controls
ERP Integration -- data flow dashboard showing sync status between Redlist and SAP S/4HANA
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The Field Execution Layer Your ERP Was Missing
Redlist is not a replacement for SAP PM, Oracle EAM, or IBM Maximo. It is the field execution layer that captures maintenance data at the asset and feeds it back to the ERP. Work orders, inspection records, condition data, and asset updates flow from the field to the enterprise system automatically -- closing the data gap between where maintenance happens and where maintenance is planned.
- Native API integration with SAP S/4HANA, Oracle JDE, and IBM Maximo
- Bi-directional data sync: work orders, asset updates, PM schedules
- Single source of truth for the asset record across both systems
- No rip-and-replace -- Redlist runs alongside the existing ERP investment
- Integration configured during deployment, not a 12-month consulting project
- Field execution data that was lost on paper now arrives in the ERP digitally
How It Works
From Pipeline Right-of-Way to Refinery Floor -- How Oil and Gas Teams Use Redlist
Redlist's operational arc for oil and gas customers follows five phases. Each phase produces tangible reliability outcomes. None requires a 12-month deployment, an army of consultants, or a parallel ERP replacement project.
Every Asset. Every Component. Every Location. One Record.
Start with the asset hierarchy. Redlist builds a component-level asset structure that mirrors how oil and gas facilities actually operate -- from the facility level down to individual pumps, valves, compressors, and instruments. GPS coordinates attach to every asset at registration. The hierarchy integrates with the ERP asset master so both systems reference the same structure.
- Component-level hierarchy: facility, system, asset, component
- GPS tagging at registration for facility-scale asset location
- Bulk import from existing ERP asset masters (SAP, Oracle, Maximo)
- QR and NFC tag linking for field identification and scan-to-access
Screenshot
Asset Hierarchy -- refinery process unit expanded to component level with GPS coordinates
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One Platform. Four Solutions. Every Maintenance Discipline Your Operation Requires.
Oil and gas reliability programs do not live in one product silo. The same operation needs work order execution, lubrication depth, operator-led inspection, and lifecycle reliability data. Redlist is one platform that delivers all four. Oil and gas operations standardize on the platform and apply the relevant solutions to each part of the program.
CMMS
Work order management, PM scheduling, and maintenance execution built for oil and gas field crews. Offline-native. Deploys in weeks. Feeds critical data back to SAP, Oracle, or Maximo.
Lubrication Management
Standardized lubrication routes for every rotating asset -- pumps, compressors, turbines, gearboxes. Integrated oil analysis. Condition-based triggers. The lubrication discipline that prevents the failures your ERP cannot see.
Enterprise Asset Management
Component-level asset hierarchy, lifecycle planning, and capital replacement modeling that runs alongside your ERP investment. Not a replacement. A complement.
Operator Basic Care
Digital pre-operational checks and operator-driven inspections that replace paper clipboards. Substation rounds, tank farm walkdowns, and pipeline corridor checks -- completed on a phone, documented in the asset record.
Three Differentiators That Win in Oil and Gas Evaluations
When oil and gas operations evaluate maintenance software, the decision turns on three operational realities that generic CMMS platforms and ERP modules do not address.
Offline-Native Field Execution
Most maintenance software requires a network connection to function. In oil and gas, network connectivity is the exception, not the rule. Pipeline right-of-way. Offshore platforms. Remote wellsites. Compressor stations in the middle of the Permian Basin. Redlist was built from the ground up to work offline -- not as a degraded mode, but as the primary operating mode for field execution. Every work order, inspection, and lubrication route completes at the asset. Data syncs when connectivity returns. No paper fallback. No lost data. No compliance gaps.
"One oil and gas operation recovered an extra workday per week for 15 field technicians after replacing paper-based substation inspections with Redlist's offline-native workflows."
— Redlist customer outcome, 2024
Facility-Scale GPS Asset Visibility
Oil and gas facilities are not single buildings with labeled rows. They are multi-square-mile operations with thousands of assets distributed across wellpads, tank farms, compressor stations, and pipeline corridors. When a technician receives a work order, the first question is not what needs to be done -- it is where is the asset. Redlist GPS-tags every asset in the hierarchy at registration and provides map-based navigation for field crews. One O&G customer GPS-tagged 5,000 assets across a 2.5 square mile facility, saving $75K annually in labor costs and up to 2 hours per incident on asset location alone.
"GPS-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 Operation (Industry-attributed)
ERP Complement, Not ERP Replacement
The most common objection in oil and gas evaluations is we already have SAP PM. Redlist does not compete with SAP. Redlist is the field execution layer that SAP was never designed to be. SAP manages the asset register, the financial ledger, and the capital plan. Redlist manages the work happening at the asset -- offline, on a phone, in environments where SAP PM cannot reach. Data flows from Redlist to SAP automatically via native API integration. The asset record in the ERP becomes complete because the field execution data that was previously lost on paper now arrives digitally. The same integration architecture applies to Oracle JDE and IBM Maximo.
"I consolidate different rounds -- reliability rounds -- and want one single source of truth for our equipment data. Our sister refinery is already using Redlist for lubrication rounds."
— Tong Cui, Reliability Manager, Delek US (Big Spring Refinery)
Manual Processes vs Generic CMMS vs Redlist
| Capability | Paper / Spreadsheets | Generic CMMS | Redlist |
|---|---|---|---|
| Offline work execution | Paper forms, re-entered later (if at all) | Requires connectivity or degrades to read-only | Full offline lifecycle: create, complete, close, sync |
| Asset location across multi-square-mile facilities | Memory, printed maps, radio calls | Asset ID lookup, no GPS integration | GPS-tagged every asset, map-based field navigation |
| Regulatory inspection records (API, ASME, OSHA) | Paper binders, filing cabinets | Basic checklists without timestamps or GPS | Timestamped, GPS-located, photo-documented, audit-ready |
| ERP integration (SAP, Oracle, Maximo) | Manual data entry from paper to SAP | Limited or custom API work | Native API with SAP S/4HANA, Oracle JDE, IBM Maximo |
| Lubrication management for rotating equipment | Tribal knowledge, inconsistent products and intervals | Basic PM scheduling, no oil analysis integration | Standardized routes, integrated oil analysis, condition-based triggers |
| Deployment timeline | N/A | 3 to 6 months typical | Under 6 weeks including ERP integration configuration |
How One Oil and Gas Operation Recovered a Full Workday Per Week for 15 Technicians
Digitized Weekly Substation Inspections. $300K Annual Labor Reallocation.
A power distribution operation within a major oil and gas company ran weekly substation inspections on paper. Fifteen field technicians spent a significant portion of each week completing, filing, and re-entering inspection data. The work was getting done -- but the data trail was incomplete, the compliance documentation was fragile, and the labor cost of paper-based workflows was compounding.
After deploying Redlist, the operation digitized every weekly substation inspection. Technicians complete inspections on their phones at the asset -- offline when necessary -- with photos, timestamps, and GPS coordinates attached to every record. The inspection data flows directly into the maintenance record. No paper. No re-entry. No filing cabinets. The result was not just a process improvement. It was a structural labor reallocation: $250,000 to $300,000 in annual labor costs redirected from paper-based administration to productive maintenance work. Each of the 15 technicians recovered the equivalent of an extra workday per week.
"Customer quote pending Step 5 backfill. Industry-attributed quote from Power Distribution customer about the impact of digitized inspections on field technician productivity. Pending customer permission and quote sourcing."
GPS-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.
— Operations Manager, Oil and Gas OperationI want to see Redlist in action, not a demo. Our sister refinery is already using it for lubrication rounds, and I want to see what the full capabilities are. Consolidation of reliability rounds and one single source of truth for our equipment data.
— Tong Cui, Reliability Manager, Delek US (Big Spring Refinery)As much as it was the software itself, it was the people at Redlist that drew me to it.
— Daniel Knight, ExxonMobilLive in Weeks. Running Alongside Your ERP. No Consultants.
Traditional enterprise maintenance deployments in oil and gas take 12 to 24 months and require dedicated consulting partners. Redlist deploys in weeks. Asset hierarchy build. ERP integration configuration. Field crew training. Pilot site live. All without external consulting fees and without putting your SAP asset master at risk.
Discovery and Asset Audit
Onboarding workshop with reliability engineers. Asset hierarchy review. SAP, Oracle JDE, or Maximo integration mapping. Customer success team and Redlist data engineers assigned.
Asset Hierarchy Build and ERP Integration
Asset hierarchy constructed. ERP integration configured (SAP, Oracle JDE, or Maximo). Parallel-run validation begins. No go-live without sign-off.
Field Crew Training and Pilot Site
Technician training. Supervisor training. Pilot site goes live. Real maintenance data flowing from the field to the ERP.
Scale, Validate, Measure
Multi-site rollout. Compliance dashboards live. Inspection workflows operational. Customer success reviews data quality and adoption metrics.
SOC 2 Type II and ISO/IEC 27001:2022 Certified
Procurement-ready security documentation. SSO, role-based access controls, full audit logs, and data residency options. Oil and gas operations evaluating Redlist for enterprise deployment get full documentation on encryption at rest and in transit, incident response, and role-based access.
Build the Oil and Gas Business Case
Quantify the Cost of Your Current Maintenance Gap
Every hour of unplanned downtime in oil and gas costs between $50,000 and $500,000 depending on the asset class, production rate, and regulatory exposure. The question is not whether your maintenance program needs to improve. The question is how much the current gap is costing you -- and how fast Redlist closes it.
Oil and gas operations that move from controlled to standardized maintenance maturity typically see 10 to 15 percent reduction in unplanned downtime within the first year. Operations that move to predictive maintenance typically see 20 to 30 percent. The defaults below reflect a conservative controlled-to-standardized transition.
Book a DemoAnnual Unplanned Downtime Cost Estimator
Estimate the annual cost of preventable unplanned downtime across your oil and gas operations.
Estimated annual cost of unplanned downtime
$100.0M
Standardized PM execution, lubrication depth, and GPS-enabled asset management typically reduce this 10-30%
Take the Next Step
Continue Building Your Oil and Gas Reliability Program
Whether you are evaluating a maintenance platform, building the downtime-cost business case, or ready to see Redlist alongside your ERP -- there is a path designed for where you are.
7 Steps for a Successful Equipment Reliability Program
A framework for building a reliability program that holds up at oil and gas scale. Asset criticality, failure mode analysis, PM standardization, and the operational maturity model that oil and gas operations follow from controlled to predictive.
Read the guideHow Redlist Runs Alongside SAP, Oracle, and Maximo
See the technical architecture of how Redlist feeds field execution data to the ERP without replacing it. Addresses the number one buyer objection in oil and gas evaluations.
Watch the webinarBook an Oil and Gas Demo
See Redlist configured for pipeline, refinery, or upstream operations -- with your asset types, your inspection requirements, and your ERP.
Book a DemoOil and Gas Maintenance Software FAQ
Does Redlist work offline in the field?
Yes. Redlist was built offline-first, not offline-as-a-fallback. Technicians complete work orders, inspections, and lubrication routes at the asset without network connectivity. Data syncs automatically when the device reconnects. No paper workarounds required.
Does Redlist integrate with SAP PM?
Yes. Redlist integrates with SAP S/4HANA, Oracle JDE, and IBM Maximo via native API connections. Redlist is not a replacement for the ERP. It is the field execution layer that captures maintenance data at the asset and feeds it back to the enterprise system. Work orders, inspection records, and condition data flow bi-directionally.
How long does deployment take?
Typical deployment for oil and gas operations takes under six weeks, including asset hierarchy build, ERP integration configuration, field crew training, and pilot site go-live. No external consultants required. Redlist's customer success team manages the entire onboarding.
What regulatory standards does Redlist support?
Redlist supports configurable inspection templates for API 510 (pressure vessels), API 570 (piping), API 653 (storage tanks), ASME B31 (pipeline integrity), OSHA 1910 (general industry), and EPA reporting requirements. Every inspection record includes timestamps, GPS coordinates, photos, and technician signatures for audit-ready documentation.
Can Redlist handle upstream, midstream, and downstream operations?
Yes. Redlist is deployed across all three segments. Upstream operators use it for wellsite rotating equipment and field inspections. Midstream operators use it for pipeline corridor inspections, compressor station maintenance, and tank farm compliance. Downstream refineries use it for lubrication route management, turnaround planning support, and process unit maintenance.
Is Redlist SOC 2 and ISO 27001 certified?
Yes. Redlist is SOC 2 Type II audited and ISO/IEC 27001:2022 certified. Full security documentation, including SSO, role-based access controls, and audit logs, is available for procurement review.
Transform Your Oil and Gas Reliability Program
See how Redlist helps oil and gas operations execute maintenance offline, GPS-tag every asset across multi-square-mile facilities, and feed critical reliability data back to SAP, Oracle, or Maximo -- without replacing your ERP.