Best Plant Asset Management Software for the Oil and Gas Industry | IFS

In oil and gas, equipment failure is never just a maintenance problem. A single unplanned shutdown on an offshore platform or a refinery unit carries safety, environmental, and financial consequences that compound quickly. Yet many operators still manage their assets on disconnected systems, spreadsheet-based schedules, and siloed work order tools that were never built for the complexity this industry demands.

This guide covers what plant asset management software genuinely needs to deliver in oil and gas, where generic enterprise asset management software falls short, and why IFS has become the platform of choice for operators managing assets from exploration through to decommissioning.

What Oil and Gas Operations Actually Need from Plant Asset Management Software

Asset management in oil and gas simultaneously touches capital investment, safety, regulatory compliance, workforce coordination, and ESG performance. The best plant asset management software for this industry addresses all of these, not just work orders.

Full asset lifecycle visibility, not just maintenance history

The decisions made during planning and acquisition directly affect how an asset performs and what it costs to maintain over its life. Software that starts at the work order stage misses the capital cost, commissioning data, and engineering specifications that give operators a true lifecycle view.

Predictive and condition-based maintenance, not calendar-based PM

Rotating equipment and pipelines in oil and gas degrade based on operating conditions rather than fixed intervals. Calendar-based PM either over-maintains equipment or misses failures. Condition-based and AI-driven predictive maintenance closes that gap by acting on real asset data.

Onshore and offshore coverage in one platform

Assets span desert wellheads, offshore platforms, and pipeline networks, many with unreliable or no connectivity. Offline capability is a baseline requirement in oil and gas, not an optional feature reserved for edge cases.

Safety and permit-to-work built into the workflow

Permit-to-work, lockout/tagout, and hazardous area compliance are part of every safety-critical maintenance task. When these run in a separate system, the connection between a work order and its safety requirements depends on individual discipline rather than system enforcement.

Asset investment planning tied to financial outcomes

The real question is not when to maintain an asset but whether to maintain, replace, or risk-manage it given its remaining life, replacement cost, and available capital. That requires integrated asset investment planning, not a work order system.

ESG and emissions tracking connected to asset data

Scope 1 and 2 emissions obligations are now tied directly to asset operations. When emissions data lives in a separate tool, the link between specific assets, maintenance decisions, and emissions outcomes is impossible to optimize or report with confidence.

Where Generic Enterprise Asset Management Software Falls Short in Oil and Gas

Generic asset management software covers work orders and basic preventive maintenance reasonably well. What it consistently lacks for oil and gas are native upstream workflows like well integrity management and production accounting, offline capability for remote and offshore sites, embedded permit-to-work rather than a separate EHS tool, integrated asset investment planning, and any meaningful connection between asset data and ESG reporting. The result is an operator who has deployed a platform but still runs on disconnected tools and manual data transfers for everything the generic system was not designed to handle.

How IFS Plant Asset Management Software Is Built for Oil and Gas

IFS holds the number one position for enterprise asset management software globally by Gartner market share, and is the only vendor named Customers' Choice in the 2025 Gartner Peer Insights for EAM. In January 2025, TotalEnergies selected IFS Cloud as its single global platform for exploration, production, refining, and chemicals. BW Energie chose IFS for global oilfield development. IFS production software currently optimizes asset performance across more than 50% of US wells. Here is what makes it the right fit for oil and gas specifically.

IFS.ai industrial AI and predictive maintenance

IFS.ai analyzes sensor data from rotating equipment, pipelines, and process instrumentation continuously, detecting deterioration before it causes failures. Maintenance timing is optimized against actual operating conditions rather than fixed intervals. IFS Nexus Black, launched in April 2025, accelerates Industrial AI adoption, including predictive maintenance and autonomous decision support for energy and resources operators.

End-to-end asset lifecycle management

IFS Cloud covers the full asset life from capital planning through decommissioning. Copperleaf-powered Asset Investment Planning evaluates portfolio decisions against risk and cost before assets enter service. Maintenance programs run across time, meter, condition, and IoT triggers. Every failure, modification, and cost posts automatically to the asset record throughout its operational life.

Offshore and remote site operation, fully offline

IFS has a dedicated offshore-onshore data replication solution built for environments where real-time connectivity between rigs, vessels, and onshore systems is unavailable. Unlike vendors that rely on third-party integrations to handle this gap, IFS provides it as a standard embedded capability. IFS Merrick Field Operator, used by over 22,000 upstream field operators, supports data capture and validation on any device online or offline, with automatic sync on reconnection. BW Offshore runs IFS across its fleet of 15 FPSO vessels in all major producing regions, managing onshore and offshore operations in 13 countries within a single platform. 

Safety, EHS, and permit-to-work embedded in every work order

Permit-to-work workflows, task risk assessments, and lockout/tagout procedures are built into the maintenance execution workflow, not managed in a separate system. A work order on a safety-critical asset cannot proceed without required authorizations being issued and recorded. Every safety action is timestamped and stored against the asset's compliance record automatically.

Digital twin for critical asset simulation

Digital twinning is an IFS capability deployed with both the US Navy and oil and gas operators, as documented in IFS's own published content. In 2021, the US Navy selected IFS and Lockheed Martin to consolidate maintenance across thousands of aircraft, ships, and land-based assets into a single intelligent system. IFS draws a direct parallel between that programme and offshore oil and gas operations, where the same real-time monitoring, predictive maintenance, and digital twin capabilities apply to complex remote assets.

Asset investment planning with IFS Copperleaf

Copperleaf Technologies' AIP capabilities are integrated natively within IFS Cloud, giving oil and gas operators risk-adjusted financial analysis across the full asset portfolio. The decision of whether to maintain, replace, or operationally monitor an aging asset becomes data-driven rather than judgment-dependent, which is critical for operators managing constrained capital against aging infrastructure.

ESG and emissions management connected to asset data

IFS Energy and Resources bridges asset operations directly to Scope 1 and Scope 2 emissions tracking within the same platform. Maintenance interval decisions, asset retirement timing, and operational changes can be evaluated against their emissions impact alongside their financial outcomes, removing the manual reconciliation that makes most ESG reporting slow and unreliable.

Generic Enterprise Asset Management Software vs IFS Plant Asset Management

The table below shows how a generic enterprise asset management software platform compares with IFS across the capabilities that matter most in oil and gas operations.

Evaluating Plant Asset Management Software for Oil and Gas: Key Questions

Before committing to any platform, oil and gas asset managers should pressure-test vendor claims against these questions. The answers reveal quickly whether a platform was built for general industrial maintenance or for the specific demands of the oil and gas environment.

•   Does the platform support the complete asset lifecycle from investment planning through decommissioning, or does it start at the work order stage?

•   How does the system handle offshore and remote operations where connectivity is unreliable or unavailable? Is offline capability genuinely full-featured or just basic read access?

•   Is permit-to-work and safety management embedded in the maintenance workflow, or does it require a separate system with a manual handoff?

•   How is predictive maintenance delivered? Is it a native AI capability analyzing real operational data, or a reporting layer applied to historical records?

•   Does the platform connect maintenance data to asset investment planning decisions? Can you evaluate a capital allocation decision against the full risk and cost profile of the asset?

•   How does the system connect to ESG and emissions reporting? Is it a separate integration or native within the same data model?

•   Who else in oil and gas is running this platform at enterprise scale, and can you speak with a reference customer in a comparable operating environment?

Implementing IFS Plant Asset Management with Highshine IT Solutions

Getting the full value from IFS in an oil and gas environment requires a partner who understands both the platform and the operational realities of asset-intensive industrial operations. Highshine IT Solutions is a specialist IFS implementation partner covering the complete lifecycle: process mapping, system configuration, data migration, OT and ERP integration, user training, and post-go-live support, built around your specific maintenance programs, safety workflows, and investment planning requirements.

Book a free IFS consultation with Highshine IT Solutions. Get a walkthrough configured to your operation, whether onshore production, offshore platforms, pipeline networks, or refining and processing infrastructure.

Conclusion

The best plant asset management software for oil and gas is not the one with the most features. It is the one built to handle the specific combination of lifecycle complexity, offshore environments, safety obligations, capital intensity, and ESG accountability that defines this industry. Generic enterprise asset management software addresses parts of that picture. IFS addresses all of it.

TotalEnergies, BW Energie, and operators running more than half of US wells have chosen IFS. Gartner has ranked it number one for EAM market share three consecutive years. For oil and gas organizations ready to move from fragmented tools to an integrated plant asset management platform that covers every stage from investment planning to decommissioning, IFS is the proven choice.

Frequently Asked Questions

1. What is plant asset management software?

Plant asset management software is a platform that manages the complete lifecycle of physical assets within an industrial facility or operation, from initial planning and acquisition through operation, maintenance, and eventual decommissioning. In oil and gas, it connects maintenance management, safety and compliance, asset investment planning, supply chain, and financial reporting in one system. The best plant asset management software for the oil and gas industry goes beyond work order management to encompass predictive maintenance, permit-to-work workflows, offshore site capability, and ESG performance tracking.

2. How is plant asset management software different from general CMMS?

A CMMS manages maintenance tasks and work orders at a facility level. Plant asset management software covers the full asset lifecycle, connecting capital investment decisions, engineering records, maintenance execution, safety compliance, and financial reporting across an entire asset portfolio. In oil and gas specifically, plant asset management software needs to handle upstream, midstream, and downstream workflows, operate in offline environments, integrate safety and permit-to-work processes natively, and connect asset data to ESG and emissions reporting. A CMMS cannot do this without significant customization.

3. Why is IFS considered the best plant asset management software for oil and gas?

IFS holds the number one position for enterprise asset management software market share globally according to Gartner 2024, and is the only vendor named as Customers' Choice in the 2025 Gartner Peer Insights for Enterprise Asset Management. In oil and gas specifically, IFS supports the full value chain from upstream exploration through refining and distribution, with embedded IFS.ai predictive maintenance, native offline capability for offshore and remote sites, integrated safety and EHS workflows, IFS Copperleaf asset investment planning, digital twin capability, and Scope 1 and 2 emissions management within the same platform. TotalEnergies selected IFS Cloud in January 2025 as its single global platform for asset management across exploration, production, refining, and chemicals.

4. How does IFS handle predictive maintenance for oil and gas assets?

IFS.ai, the embedded industrial AI within IFS Cloud, analyzes real-time sensor data from rotating equipment, pressure systems, and pipeline instrumentation to detect anomalies and deterioration patterns before they result in failures or unplanned shutdowns. Maintenance recommendations are generated based on actual operating conditions rather than fixed time intervals, optimizing intervention timing across the asset portfolio. In April 2025, IFS launched Nexus Black to further accelerate Industrial AI adoption, including predictive maintenance and autonomous decision support for asset-intensive operations in energy and resources.

5. Can IFS plant asset management software work in offshore and remote environments?

Yes. IFS mobile applications work fully offline, allowing technicians and inspectors on offshore platforms, FPSO vessels, remote desert wellheads, and pipeline routes to access work orders, asset records, safety procedures, and inspection forms without connectivity. All data syncs automatically when connection is restored. IFS has direct experience supporting maritime and offshore environments through its work with the US Navy on ship and aircraft maintenance across complex at-sea operational conditions.

6. What is asset investment planning and how does IFS support it?

Asset investment planning is the process of evaluating maintenance and capital investment decisions across an asset portfolio using risk-adjusted financial analysis. IFS integrates Copperleaf Technologies' specialist AIP capabilities natively within IFS Cloud, allowing oil and gas operators to evaluate which assets should be maintained, replaced, or risk-managed based on their remaining useful life, replacement cost, risk profile, and the capital available across the portfolio. This shifts asset investment decisions from experience-dependent judgment to data-driven analysis, which is particularly valuable for operators managing aging infrastructure under constrained capital budgets.

7. How does IFS connect plant asset management to ESG reporting?

IFS Energy and Resources has built specific capabilities to connect asset operational data to Scope 1 and Scope 2 emissions tracking within the same platform. Decisions about maintenance intervals, asset retirement timing, and operational changes can be evaluated against their emissions impact alongside their financial outcomes. For oil and gas operators under investor and regulatory pressure to demonstrate measurable progress toward net-zero commitments, this native connection between asset management and ESG reporting removes the manual data collection and reconciliation that typically makes emissions reporting both slow and unreliable.

8. How long does an IFS oil and gas EAM implementation take?

Implementation timelines depend on the complexity of the operation, the number of asset types, the volume of historical data to migrate, and the scope of integrations with operational technology and financial systems. A focused IFS Cloud EAM deployment for a mid-size oil and gas operator typically takes four to eight months. Larger enterprise implementations covering multiple operational sites, offshore assets, and deep ERP and project integration can take nine to eighteen months. Highshine IT Solutions provides a detailed implementation plan and timeline at the start of every engagement based on your specific operational scope.