FutureOn
SaaS/PaaS for energy infrastructure visualization, design, and collaboration
Website: https://www.futureon.com/
Cover Block
PUBLIC
| Name | FutureOn |
| Tagline | SaaS/PaaS for energy infrastructure visualization, design, and collaboration |
| Headquarters | Oslo, Norway |
| Founded | 2016 |
| Stage | Growth / Late Stage |
| Business Model | SaaS |
| Industry | Cleantech / Climatetech |
| Technology | AI / Machine Learning |
| Geography | Western Europe |
| Growth Profile | Venture Scale |
| Founding Team | Pål Roppen (co-founder and CEO) [Crunchbase] |
| Funding Label | Undisclosed |
Links
PUBLIC
- Website: https://www.futureon.com/
- LinkedIn: https://www.linkedin.com/company/futureon
- X / Twitter: https://twitter.com/futureon_global
- GitHub: https://github.com/FutureOn
Executive Summary
PUBLIC FutureOn sells a software platform for designing and managing complex offshore energy infrastructure, a niche that has become strategically relevant as major operators balance legacy oil and gas assets with new wind farm developments. The company's FieldTwin platform, a SaaS/PaaS offering, aims to replace isolated engineering tools with a unified visual workspace for real-time collaboration and scenario modeling [FutureOn]. Founded in 2016 and based in Oslo, the company originated from Xvision Software, rebranding in 2018 to focus on this digital twin opportunity [FieldTwin docs]. Its primary differentiation appears to be a configurable platform approach that connects disparate data sources and workflows, a claim recently augmented with AI-powered natural language search features [World Oil, 2025].
The founder, Pål Roppen, is identified as CEO, though his specific operational background in energy or software is not detailed in public sources [Crunchbase]. The company's capital structure and path to scale were fundamentally altered in 2023 when Kongsberg Digital, a subsidiary of the Norwegian industrial conglomerate Kongsberg Gruppen, invested to become the majority owner [Kongsberg Digital, 2023]. This move, alongside continued ownership from Bentley Systems, provides FutureOn with embedded distribution channels and industrial credibility but also means its financials and standalone growth metrics are not publicly disclosed. Over the next 12-18 months, the key watch items are the commercial traction of its new AI features, the depth of integration with its corporate owners' product suites, and any public evidence of contract expansion beyond its reported blue-chip customer list.
Data Accuracy: YELLOW -- Core facts (founding, ownership, product) are corroborated by multiple sources, but specific traction metrics and detailed team backgrounds are not independently verified.
Taxonomy Snapshot
| Axis | Classification |
|---|---|
| Stage | Growth / Late Stage |
| Business Model | SaaS |
| Industry / Vertical | Cleantech / Climatetech |
| Technology Type | AI / Machine Learning |
| Geography | Western Europe |
| Growth Profile | Venture Scale |
| Founding Team | Pål Roppen |
| Funding | Undisclosed |
Company Overview
PUBLIC
FutureOn was founded in 2016, emerging from a prior entity called Xvision Software which was rebranded that same year [FieldTwin]. The company is headquartered in Oslo, Norway, and operates as a private software-as-a-service (SaaS) and platform-as-a-service (PaaS) provider [Crunchbase]. Its core mission, according to company materials, has been to reimagine how the world's energy infrastructure is designed and visualized, with an initial focus on offshore oil and gas fields [FutureOn].
A significant corporate milestone occurred in 2023 when Kongsberg Digital, a subsidiary of the Norwegian industrial conglomerate Kongsberg Gruppen, invested to become the majority owner of FutureOn [Kongsberg Digital, 2023]. This transaction elevated Kongsberg from a minority stakeholder and positioned the software firm within a larger industrial digital ecosystem. Bentley Systems, the publicly traded infrastructure engineering software company, is also listed as a key shareholder [Kongsberg Digital, 2023].
The company's product development trajectory shows a steady expansion from its original visualization tools. An early application, FieldAP, received industry recognition with a 2019 Offshore Technology Conference Spotlight on New Technology Award [Ocean News & Technology]. More recently, development efforts have incorporated artificial intelligence, with the 2025 launch of FieldTwin Intelligence adding natural language search capabilities to the platform [World Oil, 2025].
Data Accuracy: YELLOW -- Founding year and headquarters are corroborated. The 2023 ownership change is confirmed by a primary source, but specific deal terms are undisclosed. Product milestone dates are sourced from trade press.
Product and Technology
MIXED
FutureOn's core product is FieldTwin, a SaaS and PaaS platform designed to visualize, design, and manage complex energy infrastructure projects. The company positions it as an integrated visual workspace that connects disparate engineering data and workflows, aiming to replace traditional, isolated tools used in offshore field development [FutureOn]. Since 2016, the stated goal has been to help energy companies save time, reduce costs, and support net-zero objectives by enabling more efficient planning and collaboration [FutureOn].
The platform's applications span both traditional and renewable energy sectors. For offshore oil and gas, FieldTwin is used for designing subsea layouts and managing brownfield expansions, as evidenced by a contract with Azule Energy for projects in Angola [Ocean News & Technology]. For offshore wind, the platform is marketed as a configurable system for connecting data across the entire wind farm lifecycle, from design to decommissioning [FutureOn]. A key module, FieldTwin Intelligence, incorporates AI-powered natural language search, allowing users to query securely stored institutional knowledge, engineering data, and documents [World Oil, 2025]. The technology stack is not detailed publicly, but the platform's integration capabilities with existing mission-critical software and its provision of APIs suggest a cloud-native, microservices-based architecture (inferred from product documentation).
FieldTwin's functionality is organized into several publicized components:
- FieldTwin Design. The core application for creating and visualizing field layouts in a real-world coordinate context.
- FieldTwin Collaborate. A visual workflow tool aimed at breaking down silos between teams and partners.
- FieldTwin Intelligence. The AI layer that adds natural language search across project data and knowledge bases.
- Context Hub. A feature for building and sharing field data securely.
The platform has received industry recognition, with the FieldAP application winning a Spotlight on New Technology Award at the Offshore Technology Conference in 2019 [Ocean News & Technology]. Customer selections, such as Petoro's adoption of FieldTwin Design for its operations, provide external, albeit limited, validation of the product's utility in the field [JPT].
Data Accuracy: YELLOW -- Product claims are primarily from company sources or industry trade press; specific technical specifications and performance metrics are not publicly available.
Market Research
PUBLIC The market for digital tools in complex energy infrastructure is being reshaped by a dual mandate: to improve the economics of existing hydrocarbon assets while accelerating the capital project cycle for new renewable builds.
FutureOn's platform targets the specific workflow of designing and managing offshore energy fields, a niche defined by high capital intensity and long project timelines. The company's cited customer list points to a core addressable market within the engineering and operations teams of major international oil companies (IOCs) and independent engineering contractors (IECs) [Esri]. A directly comparable public market sizing for offshore digital twin software is not available. However, the broader industrial digital twin market, which includes these applications, was valued at $7.48 billion in 2023 and is projected to grow to $110.1 billion by 2030, representing a compound annual growth rate of 46.7% [Grand View Research, 2024]. This analogous figure provides a sense of the potential scale and growth trajectory for the underlying technology category.
Demand is driven by several converging pressures on energy operators. Cost reduction remains paramount, with operators seeking to shave time and capital from field development plans, particularly for complex brownfield expansions like the Azule Energy contract in Angola [Ocean News & Technology]. The energy transition itself is a structural tailwind, creating a parallel need to design and interconnect large-scale offshore wind farms with similar spatial and engineering complexity as traditional subsea fields [FutureOn]. This positions the platform at the intersection of two capital-intensive sectors. Furthermore, a generational shift in the workforce is accelerating the adoption of intuitive, visual collaboration tools to capture and operationalize institutional knowledge that might otherwise be lost [FutureOn].
Key adjacent and substitute markets influence the competitive landscape. The platform competes not only with point solutions for specific engineering disciplines but also with broader enterprise asset management (EAM) and computer-aided design (CAD) suites seeking to expand their functionality into operational visualization. The ownership by Kongsberg Digital, a specialist in maritime and energy digitalization, and Bentley Systems, a leader in infrastructure engineering software, suggests a strategic focus on deep vertical integration rather than a horizontal, general-purpose tool [Kongsberg Digital, 2023]. Macro forces are equally critical. Fluctuations in oil and gas capital expenditure can impact near-term software budgets, while government policies and subsidies for offshore wind development in regions like the North Sea, U.S., and Asia-Pacific create regional growth pockets. Data sovereignty and cybersecurity regulations, especially for critical energy infrastructure, also impose non-negotiable requirements on any cloud-based platform serving this sector.
Industrial Digital Twin Market 2023 | 7.48 | $B
Projected Market 2030 | 110.1 | $B
The projected explosive growth in the industrial digital twin market underscores the strategic bet being placed by investors like Kongsberg and Bentley. For FutureOn, success will depend on capturing a meaningful share of the offshore energy segment within this larger expansion.
Data Accuracy: YELLOW -- Market sizing is an analogous figure from a third-party report; company-specific SAM/SOM is not publicly quantified.
Competitive Landscape
MIXED FutureOn operates in a specialized niche where competition is defined less by direct product clones and more by the gravitational pull of adjacent enterprise software giants and entrenched engineering incumbents.
A comparison of the most directly referenced alternatives shows a fragmented landscape of point solutions and broad platforms.
| Company | Positioning | Stage / Funding | Notable Differentiator | Source |
|---|---|---|---|---|
| FutureOn | SaaS/PaaS for visualization, design & collaboration on offshore energy & wind infrastructure. | Growth stage; majority-owned by Kongsberg Digital (2023). | Focus on unified visual workflow for complex offshore projects; integrates with owner/partner ecosystems (Kongsberg, Bentley). | [FutureOn] |
| ServiceMax | Field service management software for asset-centric industries. | Acquired by PTC (2022). | Deep focus on asset lifecycle, maintenance, and technician dispatch; less emphasis on front-end engineering design. | [Structured Facts] |
| irth Solutions | Provider of damage prevention and utility infrastructure software. | Private company; funding not disclosed. | Specializes in subsurface utility engineering and damage prevention, a different segment of infrastructure management. | [Structured Facts] |
| Aker Solutions | Global provider of oilfield products, systems, and services. | Publicly listed engineering contractor. | Competes as an integrated service provider using proprietary tools; also listed as a FutureOn customer and potential channel. | [Structured Facts], [Esri] |
The competitive map is segmented. On one side are large, horizontal engineering and design software platforms like Autodesk and the broader Bentley Systems portfolio, which offer foundational CAD and BIM tools but often lack the domain-specific workflows for offshore field layout. On another are the legacy, in-house tools and spreadsheets used by major operators and engineering contractors, which create data silos but represent the entrenched status quo. FutureOn’s declared competitors, like ServiceMax and irth Solutions, address adjacent but distinct problems,field service management and subsurface damage prevention, respectively. This suggests FutureOn’s primary competition is not a like-for-like software vendor but the inertia of existing, disconnected processes and the opportunity cost for clients to adopt a new platform.
FutureOn’s current defensible edge appears to be its strategic ownership and partnership structure, not a purely technical moat. Kongsberg Digital’s majority stake provides a credible route to market within the Kongsberg ecosystem, which has deep ties to maritime and energy sectors. Similarly, Bentley Systems as a shareholder offers potential integration advantages with established engineering design tools. This edge is durable only as long as the commercial and product integration between these entities advances faster than competitors can build similar alliances. The edge is perishable if the platform fails to become the default visual layer within these partner ecosystems, or if a larger incumbent like Siemens or Aveva develops or acquires a comparable offering.
The company’s most significant exposure is its reliance on a few strategic partners for distribution and its narrow focus on the capital-intensive offshore energy sector. While this focus yields deep domain expertise, it limits total addressable market expansion and makes the business cyclical. A named competitor like Aveva (now part of Schneider Electric), with its extensive process simulation and data management suite, could extend its capabilities into visualization and collaboration, leveraging its existing enterprise relationships and larger R&D budget. FutureOn does not own the primary data creation channels (CAD, sensor networks) or the operational execution channels (field service dispatch), placing it in a potentially vulnerable middle layer.
The most plausible 18-month scenario involves consolidation. If offshore wind and brownfield oil & gas digitalization budgets expand, FutureOn could solidify its position as the specialist visualization partner within the Kongsberg-Bentley axis, winning against generic tools. The winner in this case would be FutureOn, as its focused platform gains critical mass through partner-led deals. Conversely, if digital twin spending prioritizes operational data over design-phase visualization, or if macroeconomic pressures delay final investment decisions on major projects, a broader platform like Aveva could be the winner by absorbing this functionality into its suite, leaving standalone point solutions vulnerable. FutureOn would be the loser in that scenario, potentially becoming an acquisition target itself to fill a gap in a larger player’s portfolio.
Ownership stakes are confirmed [Kongsberg Digital, 2023].
Opportunity
PUBLIC The prize for FutureOn is the chance to become the default visual operating system for the world's largest and most complex energy projects, a category that has yet to consolidate around a single digital platform.
The headline opportunity is the creation of a category-defining SaaS/PaaS platform for the entire lifecycle of offshore energy infrastructure. This outcome is reachable because the company is not starting from zero; it has secured a position inside the workflows of major operators through its acquisition by Kongsberg Digital, a strategic industrial player [Kongsberg Digital, 2023]. The platform, FieldTwin, is already positioned as a unified workspace for design, visualization, and collaboration, aiming to replace the traditional patchwork of isolated engineering tools [FutureOn]. If it can become the central system of record for offshore field development,from initial concept through operations and decommissioning,it would capture recurring, high-value software spend across a concentrated customer base of global energy majors.
FutureOn's path to scale depends on which of several plausible growth scenarios materializes first. Each scenario hinges on a specific catalyst already visible in the company's current trajectory.
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| Platform Standardization via Kongsberg | FieldTwin becomes the mandated visualization layer across Kongsberg Digital's extensive installed base in maritime and energy. | Deep integration with Kongsberg's Kognifai ecosystem and cross-selling to its existing enterprise contracts. | Kongsberg Digital's move to majority ownership explicitly aims to "strengthen its software portfolio" and offer a more complete digital twin solution [Kongsberg Digital, 2023]. |
| Wind Farm Design Dominance | The company captures a dominant share of the fast-growing offshore wind farm planning and development software market. | Successful deployment of FieldTwin for offshore wind, as highlighted in dedicated solution pages, and the global push for renewable energy capacity [FutureOn]. | The platform is marketed as "completely configurable" for wind farm design and operations, targeting a sector with less legacy software lock-in than oil and gas [FutureOn]. |
| AI-Powered Data Hub | FieldTwin Intelligence evolves from a search tool into the primary interface for querying and acting upon decades of proprietary engineering data, creating a high-switching-cost data moat. | Widespread adoption of the newly launched natural language search capability to tap into "securely-stored institutional knowledge" [World Oil, 2025]. | The product development is directly addressing the industry's "toughest data challenges," and early validation comes from a contract with Azule Energy for brownfield expansions [Ocean News & Technology]. |
Compounding for FutureOn looks like a data and workflow flywheel. Each new project designed on FieldTwin adds more proprietary geospatial data, engineering models, and equipment libraries to the platform. This growing asset base makes the platform more valuable for subsequent similar projects, whether for the same operator or a new one. The integration with partners like Bentley Systems suggests a path toward becoming a central hub, where FieldTwin's visualization layer sits atop best-in-class engineering software, creating distribution lock-in [Esri]. Evidence that this flywheel is starting includes the listed use by multiple top-tier energy companies for field development, though specific deployment scales are not public [Esri].
The size of the win can be framed by looking at comparable strategic acquisitions in industrial software. Bentley Systems, a key shareholder in FutureOn, itself has a market capitalization in the tens of billions, built on providing essential software for infrastructure engineering [NASDAQ: BSY]. A more direct, though smaller, comparable is Kongsberg Digital's acquisition of a majority stake, which validates the strategic value of the asset to a large industrial player. If the "Platform Standardization" scenario plays out and FieldTwin becomes deeply embedded across Kongsberg's ecosystem, the company's value could approach that of other mission-critical industrial SaaS platforms that have been acquired for significant multiples of revenue. This is a scenario-based outcome, not a forecast, but it illustrates the potential magnitude given the strategic positioning and the scale of the parent company's reach.
Data Accuracy: YELLOW -- Scenarios and catalysts are inferred from corporate announcements and product positioning; specific traction metrics for each path are not publicly quantified.
Sources
PUBLIC
[Crunchbase] FutureOn Company Profile | https://www.crunchbase.com/organization/futureon
[FieldTwin docs] FieldTwin Developer Portal About | http://docs.fieldtwin.com/developer-portal/zabout/
[FutureOn] FutureOn Homepage | https://www.futureon.com/
[Kongsberg Digital, 2023] Kongsberg Digital to become majority owner of FutureOn | https://kongsbergdigital.com/news/kongsberg-digital-to-become-the-majority-owner-of-the-software-as-a-service-company-futureon
[Ocean News & Technology] FutureOn Secures Contract With Azule Energy For FieldTwin Platform | https://oceannews.com/news/science-technology/futureon-secures-contract-with-azule-energy-for-fieldtwin-platform/
[World Oil, 2025] FutureOn adds AI-powered intelligence to FieldTwin, expanding offshore digital twin capabilities | https://www.worldoil.com/news/2025/9/18/futureon-adds-ai-powered-intelligence-to-fieldtwin-expanding-offshore-digital-twin-capabilities/
[JPT] Petoro Picks FutureOn's Software | https://jpt.spe.org/petoro-picks-futureons-software
[Esri] FutureOn LLC | Esri Partner | https://www.esri.com/partners/futureon-llc-a2T5x000008Dn1pEAC
[Grand View Research, 2024] Industrial Digital Twin Market Size Report | https://www.grandviewresearch.com/industry-analysis/industrial-digital-twin-market-report
Articles about FutureOn
- FutureOn's Digital Twin Wins a Blue-Chip Roster of Offshore Giants — Kongsberg Digital's majority stake backs a platform that visualizes everything from North Sea oil fields to Angolan wind farms.