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Unplanned downtime can be costly. According to ABB, 76% of industrial decision-makers surveyed estimated its cost at up to $500,000 per hour. At that rate, even a few hours of disruption can cost you millions of dollars of revenue losses.
Field operations, asset records, compliance data, and finance run in systems that were never built to exchange data. I keep running into legacy systems that are more than 15 years old and still support operations at many oil and gas companies. Let’s not forget that a barrel price can move faster than someone can update the cost sheet.
The gap between what happens in the field and what the finance department sees can be expensive. This may be a reason why only 25% of oil and gas organizations are satisfied with the return on their investments from operational technology, cloud, and AI.
The problem is solvable, and one possible solution is an industry-specific ERP. Let’s look at it in more detail. I will walk you through what it is, how it works, the challenges it addresses, the features worth checking, and how the right platform can change what a bad day looks like.
Oil and gas ERP is a business management system built around how this industry operates: joint-venture accounting, well-level cost tracking, asset-heavy maintenance, and compliance reporting that spans environmental, safety, and financial regulators. It pulls finance, procurement, maintenance, HR, and production data into one database, so a plant manager, a CFO, and a compliance officer work off the same numbers.
Implementing a generic ERP system won’t be as effective because it can’t split revenue among multiple joint-venture partners on a single well, calculate royalty payments by lease terms, or flag an overdue valve inspection before it becomes a safety incident. While oil and gas ERP starts from the same core of finance, procurement, HR, and reporting, it adds industry-specific modules like hydrocarbon accounting, asset lifecycle management, HSE tracking, and production forecasting.
The oil and gas value chain describes how hydrocarbons move from extraction to the end customer, through production, transportation, storage, processing, and distribution. Companies play different roles in that chain. Some run a single stage, while others run several. An ERP’s scope usually reflects that.
| Upstream | Midstream | Downstream |
|---|---|---|
| Exploration and production | Transportation and storage | Refining and distribution |
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The oil and gas industry has its fair share of challenges, from volatile prices to stringent regulations. While the use of technology may complicate issues further, the right ERP software helps bring data and processes into one place. Let’s look at the main gaps in the industry and how ERP addresses them.
A company can conduct exploration, drilling, transportation, and refining simultaneously, often across time zones and regulatory regions. If you have separate software for each function, a delay in the field isn’t reflected in finance until someone manually re-enters the data. ERP synchronizes production, procurement, and finance data on the same timeline, so a scheduling change on a rig shows up in the budget the same day.
To prepare environmental, safety, and financial reports on different schedules, manually pulling data from multiple systems is slow and error-prone. An ERP with built-in compliance tracking consolidates the data and generates the reports each regulator needs.
Rigs, pipelines, compressors, and refineries can break down, causing costly downtime and lost production. Relying only on maintenance schedules can mean problems are detected too late. ERP-driven asset management tracks each unit’s full history and can flag maintenance needs before a breakdown, which turns unexpected outages into planned maintenance.
To reduce supply chain disruptions, an ERP system provides procurement and logistics with up-to-date information on inventory and orders across all facilities. With it, you can avoid delays or idle time for the crew and equipment.
Without real-time information on project costs, budgeting decisions can quickly become outdated. With the help of an ERP system, costs can be tracked in real time for each asset or project.
In addition to financial data, companies have to report on emissions and sustainability information to investors, regulatory authorities, and business partners. Environmental reporting systems integrated within an ERP capture environmental information as part of the regular processes. As a result, reporting can be completed in just a few clicks.
Oil and gas infrastructure sits high on the list of targets for attackers, and a breach can stop production as easily as it can expose data. ERP vendors include encryption, role-based access controls, and audit trails to support both security requirements and regulatory compliance.
Sometimes, experienced employees leave faster than they can be replaced, and new hires need to start working with complex systems immediately. An ERP that offers an easy-to-use interface as well as mobile access for field employees reduces learning curves.
A basic ERP covers finance, inventory, and sales and stops there. Oil and gas operations need more: joint venture accounting, well-level cost tracking, HSE incident logs, and asset records that follow a piece of equipment for thirty years. When selecting an ERP, I’d recommend checking for these features.
| Feature | Business value |
|---|---|
| Financial management | Managers see which wells or projects are profitable in time to act. |
| Asset and equipment management | Provides a record of the condition, location, and depreciation of rigs, pipelines, compressors, and storage tanks. |
| Maintenance management | Tied closely to asset tracking, including scheduling inspections, recording repairs, and flagging maintenance needs before equipment fails. This can help reduce unplanned outages and repair costs over an asset's lifetime. |
| Inventory and warehouse management | Provides visibility into which spare parts and materials are on hand and where, cutting both overstocking and shortages. |
| Procurement and supply chain management | Manages supplier relationships, purchase orders, and transport. |
| Production planning | Covers scheduling exploration and production activity, tracking output by site, and forecasting volumes against targets. |
| Project management | Ties project costs to the general ledger in real time, so you can catch overruns early. |
| Compliance and HSE management | Tracks incidents, inspections, and permits, and produces the reports for regulators. |
| Reporting and analytics | Turns that data into dashboards and forecasts that support budget and operational decisions. |
| Document management | Provides centralized control with version history and access permissions, reducing the risk of losing records or drawings. |
| CRM | Keeps sales and customer data connected to the same operational numbers driving pricing and delivery timelines. |
Implementing an integrated ERP system brings core functions into a single source of truth, which results in the following benefits:
Tying procurement, inventory, and maintenance into one system cuts the waste in all three at once. A company that used to keep safety stock at every site “just in case” can instead see real inventory levels across locations and stock according to actual needs.
ERP-linked maintenance schedules catch wear of rigs, pipelines, and refinery equipment before failure. Keeping equipment running closer to its planned capacity allows for scheduling maintenance windows around a slow production period instead of an emergency shutdown during a busy one.
When finance, production, and procurement data live in separate systems, a manager waits days for a report that pulls all three together. With shared data, reports are generated almost instantly. Employees pull the numbers from the system and don’t wait on spreadsheets from site managers.
Regulators want audit-ready records. An ERP with built-in HSE and emissions tracking keeps that data current as part of daily work so you can quickly provide the required information.
Incident tracking, corrective action logs, and safety checks are tied to the same system that runs operations. So, a near-miss on a rig gets logged and followed up on. Fewer things slip through the gaps between departments.
Mobile access lets field staff log data on-site. New hires also ramp up faster on one connected system. This matters when companies are short on experienced staff.
Multi-entity consolidation and multi-currency support mean adding a new field, region, or joint venture doesn’t mean bolting on another disconnected system. If your company expands into a new country, you can set it up as another entity in the same ERP, with local tax and reporting rules built in.
You will find a variety of ERPs on the market. However, not all of them are a good fit for oil and gas operations. I picked the best ones based on their strengths, limitations, deployment options, and the company sizes they typically serve.
The first on our list is Odoo. It’s a modular ERP platform that includes finance, inventory, manufacturing, and CRM. It’s suitable for small and mid-sized businesses, as well as larger companies using it within a single business unit, that require basic ERP capabilities but cannot afford a Tier 1 solution.
Strengths
Limitations
Deployment
SAP S/4HANA is a large-scale ERP that runs on an in-memory database and is built to process high transaction volumes in real time across finance, supply chain, production, and asset management. You’ll get the most from it if you’re a large, multinational operator with complex financials, joint ventures, and high-value assets across the full value chain.
Strengths
Limitations
Deployment
Microsoft Dynamics 365 is a cloud-basedERP platform that connects finance, supply chain, operations, and field services. The system integrates closely with Power BI and other Microsoft tools. It’s a good choice for field-heavy operators and midstream or downstream companies, particularly those already running on Microsoft infrastructure.
Strengths
Limitations
Deployment
Unlike the other ERPs in the list, ServiceNow isn’t a finance-and-production ERP. It’s a workflow and operations platform that includes IT asset management, IT/OT operations, and service management. Oil and gas companies run it alongside an ERP. If you need stronger control over IT/OT assets, incident response, and compliance workflows, particularly around SCADA-connected infrastructure, adding ServiceNow may make sense.
Strengths
Limitations
Deployment
Here’s a quick ERP-to-ERP comparison, so you can juxtapose them and select the most suitable one.
| Vendor | Best for | Strengths | Limitations |
|---|---|---|---|
| Odoo | Small/mid-sized companies, lower cost | Broad module range, flexible pricing, big partner network | Needs custom JV/HSE work; harder to maintain at scale |
| SAP S/4HANA | Large, multinational operators | Hydrocarbon/JV accounting, deep IoT integration, real-time scale | High cost, 12–18 month rollout, needs specialists |
| Dynamics 365 | Field-heavy midstream/downstream | Field dispatch, predictive maintenance, Microsoft ties | Needs add-ons for complex upstream accounting |
| ServiceNow | Adding OT and asset control on top of ERP | Real-time asset and infrastructure visibility, OT security, track record | Not a finance or production ERP; runs alongside one |
It may still be difficult to decide which ERP will work best for you. Innowise’s ERP experts have both deep industry expertise and platform-specific technical skills, so we can help you choose an ERP and ensure the implementation delivers value.
As an Odoo partner, Innowise has access to and implements the latest features and best practices. So, regardless of how multi-faceted your needs are, you get more effective and tailored Odoo implementations. If your priority is SAP, Innowise is also a certified SAP partner and advances its expertise through SAP Learning Hub as soon as a new release is out. We implement SAP with the latest capabilities for our clients, easier compliance, and clear analytics.
We also hold professional certifications in Microsoft Dynamics 365 and ServiceNow, helping you leverage these platforms for optimized field management, IT operations, and workflow automation.
Odoo
SAP












MS Dynamics 365



ServiceNow



The ERP deployment model depends less on preference than on where a company operates, what it’s regulated to protect, and how fast it needs results. Some would find cloud more suitable because of the costs and maintenance demands, while others would prefer on-premise systems because of security and regulatory requirements. Let’s compare both options:
| Factor | Cloud | On-premise |
|---|---|---|
| Cost | Lower upfront cost, subscription pricing tied to users and modules | Higher upfront investment in hardware and infrastructure; ongoing costs depend on licensing, maintenance, and internal IT |
| Security | Vendors invest in encryption, audits, and certifications, but data is still kept on third-party infrastructure | Data and systems remain within infrastructure controlled by your organization |
| Implementation time | Often faster to deploy, depending on scope and customization | Often takes longer, particularly for large, highly customized oil and gas environments |
| Maintenance | The vendor handles updates and patches on its own schedule, reducing the workload for internal IT | Your team is responsible for upgrades, patching, and capacity planning |
| Flexibility & growth | You can add users, modules, or sites without provisioning new hardware | Can suit specialized field equipment and legacy systems, but scaling may require additional hardware planning |
Below, I added a short decision matrix. Answer the questions and proceed to the next one. Based on your answers, you will arrive at the option that suits you. However, it’s just advisory. The more accurate ERP recommendation you can get based on a thorough expert assessment.


Before scheduling a vendor demo, it’s worth getting internal clarity on what your company needs. Use the following criteria to evaluate and shortlist platforms:
In addition to an ERP platform, you’re likely to need a wider set of systems to track field data, assets, customer relationships, and financial records. I recommend considering integrations with the following systems:
| System | What it does | Why it needs to connect to ERP |
|---|---|---|
| SCADA | Captures live production data from the field — flow rates, pressures, equipment status | Production figures update as they happen instead of getting keyed in from a daily report, so finance and operations work from the same numbers as the field |
| IoT platforms | Sensors on rigs, pipelines, and tanks feed condition data | Without the connection, that data sits in its own dashboard, disconnected from the maintenance schedules and budgets it should inform |
| GIS | Maps well locations, pipeline routes, and field assets | Maintenance teams see not just that an asset needs attention but where it sits relative to crews and equipment already nearby, reducing unnecessary travel |
| CRM | Manages distributor relationships, contract renewals, trading desks | Sales teams quote delivery times and pricing off current production and inventory numbers, not estimates |
| CMMS and EAM | Holds detailed equipment and maintenance history | Left disconnected, work orders and purchase orders can be duplicated. When connected, a field maintenance request can trigger the appropriate procurement or finance workflow |
| HR systems | Handles workforce planning, payroll, and scheduling | Labor costs on a project or well get counted alongside material and equipment costs, giving an accurate picture of what the project actually costs |
| BI platforms | Turns ERP data into dashboards and forecasts | Executives work from one dashboard pulling live ERP data, rather than a static report built from outdated exports |
| Accounting software | Specialized accounting tools kept alongside ERP, common during a phased migration | A weak connection between the two can lead to duplicate entry and reconciliation issues |
At Innowise, we divide the implementation into phases. Each phase focuses on a measurable outcome. We adopted such an approach because it minimizes disruption and helps keep the implementation efficient. Here are the core practices we follow:
Before selecting a platform, we map and analyze your business processes. The findings help us define the capabilities the solution needs to support your operations.
To avoid transferring duplicate or outdated data into the new system, we clean historical records and migrate only the cleansed data.
Our experts audit workflows during implementation to remove workarounds. This helps make sure the new system supports more efficient processes.
We collaborate with your project sponsors and communicate upcoming changes to help your team adopt the new system more easily.
Innowise provides ongoing, role-specific training. After go-live, we reinforce it with follow-up sessions.
The new system is tested against real-world scenarios, such as a joint venture revenue split, an emergency maintenance request, and a multi-currency invoice. If any errors are found, they’re fixed before the system goes live and can affect production data.
The system is launched incrementally by site or function, allowing business operations to continue with minimal disruptions.
A support team adjusts configurations based on usage after go-live. This ensures the platform continues to provide value long after the launch.


Most future ERP trends are already showing up in current platform roadmaps. Major platforms are adding AI, connected asset data, mobile tools, and stronger reporting features. These are the developments to watch:
| Trend | Outcome |
|---|---|
| AI-assisted workflows | Faster transaction reviews, automated report drafting, and earlier detection of unusual figures. |
| Predictive maintenance | Fewer emergency repairs and more maintenance work planned around production schedules. |
| Digital twins | Safer testing of maintenance plans and production changes before teams apply them to physical assets. |
| ESG reporting | Less manual work when collecting emissions and environmental data for regulatory reports. |
| Advanced analytics | Earlier warnings about underperforming wells, budget issues, and high-risk contracts. |
| Industrial IoT | Live equipment data flows into ERP systems and supports faster operational decisions. |
| Mobile ERP | Field staff can enter data, check inventory, and approve requests directly from remote sites. |
| Cloud-first ERP | Greater flexibility and computing capacity, with options for meeting data residency, security, and regulatory requirements. |
The right ERP should suit your business segment, company size, and geographic footprint, and integrate with the rest of your systems.
Before deciding, conduct an objective internal audit to identify your pain points, the areas where you can’t afford to get compliance or reporting wrong, and your likely growth needs. Companies that take this approach are more likely to choose a solution that fits. If you’re weighing an off-the-shelf ERP against a custom one, it can also help to talk the options through with an experienced ERP consulting team.
ERP is an enterprise management system that connects financial, procurement, maintenance, HR, and manufacturing data in a shared environment. When tailored to the requirements of the oil and gas industry, it can also support joint venture accounting, well costing, HSE compliance, and asset maintenance.
It all comes down to company size and where it operates across the value chain. SAP S/4HANA is better suited to larger international companies with complex financial operations. Microsoft Dynamics 365 is more appropriate for companies with field-heavy operations. Odoo works well for smaller companies that need core ERP coverage at a lower cost. ServiceNow isn't a core ERP but complements one with asset and OT workflow management.
At a minimum, it should include financial management, asset management, maintenance management, procurement and logistics, production planning, project management, compliance and HSE management, reporting, and analytics. Document management and CRM may also be relevant, depending on the company’s organizational structure and how much it relies on distributors and contractors.
Total cost varies widely based on deployment model, company size, and the level of customization needed. A reliable estimate requires proper business analysis and scoping.
Mid-market cloud systems can be deployed in 3 to 6 months. Large cloud systems with extensive customization to support upstream operations may take 12 to 18 months to become fully operational.
For many companies, yes. Cloud-based ERP systems can offer lower infrastructure requirements, easier scalability, and less internal maintenance. However, some companies have specific security, data residency, or regulatory requirements that may make an on-premises or hybrid setup more appropriate.
Yes. Integrating SCADA and IoT platforms with ERP allows production and equipment condition data to flow into the same environment. This means finance and maintenance teams can work with the same operational data instead of relying on separate dashboards disconnected from budgets and maintenance schedules.
Start with functional requirements and determine what the company needs to track now and where the process is breaking down. Cloud platforms with lower upfront costs and modular pricing, such as Odoo, tend to suit smaller operators better than enterprise-grade systems. Don’t forget to factor in your growth plans and choose a system that can add modules or sites without requiring a full replacement a few years down the line.












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This October, Innowise is heading back on the road, with a new US roadshow taking us across 13 cities from Detroit to Chicago.
If there’s one thing our previous roadshows have shown us, it’s how much better some conversations are in person. It’s a chance to catch up properly, talk through ideas without rushing, and sometimes discover opportunities that simply wouldn’t come up over email or on a call.
This time, Vasili Kovalevich, SVP of Business Development, Egor Grishenko, VP of Business Development, and Egor Chareichyk, Sales Director, will be travelling across the US throughout October. They already have meetings lined up with some of our current clients, but we’d also love to meet new people along the way.
So, if you’re based in one of these cities and have a project in mind, a technology challenge you’d like to talk through, or you’re simply curious about what working with Innowise could look like, come and say hello.
It doesn’t have to be a formal meeting or a big presentation. Sometimes a coffee and a good conversation are all it takes to see whether there’s something worth exploring together.
Going to be nearby? Let’s meet. Get in touch with our team and we’ll find a time that works.