Highlights

  • H1'FY26 revenue increased 40% YoY to a record US$40.4 million from US$28.7 million.
  • Normalised EBITDA rose 161% to US$13.6 million, lifting the margin to approximately 34%.
  • High-performance computing revenue increased 313% to US$4.5 million, while Software revenue rose 29% to US$4.1 million.
  • DUG’s US$43.3 million Malaysian EPIC contract combines software-as-a-service and high-performance-computing-as-a-service over multiple years.
  • Operating cash flow improved to positive US$7.4 million in H1'FY26 from a US$2.2 million outflow in the prior corresponding period.

DUG Technology (ASX:DUG) is gradually reshaping its business from a predominantly geoscience-services provider into a broader technology company spanning high-performance computing, specialist software and data-intensive subsurface analysis.

That transition became more visible in H1'FY26.

For the six months ended 31 December 2025, revenue reached a record US$40.4 million, up 40% from US$28.7 million in the prior corresponding period. Normalised Earnings Before Interest, Tax, Depreciation and Amortisation (EBITDA) increased 161% to US$13.6 million.

The growth was not driven by a single division alone. Services revenue increased, software continued to expand and high-performance computing recorded the fastest percentage growth.

At the centre of the company’s broader strategy is a US$43.3 million Malaysian EPIC contract that combines computing infrastructure and software services, providing a reference point for how DUG could extend its technology beyond traditional project-based geoscience work.

From Geoscience to Broader Computing Infrastructure

DUG began in Perth in 2003 as DownUnder GeoSolutions, founded by geophysicists Matthew Lamont and Troy Thompson.

The business was originally built around advanced seismic data processing and imaging for the energy sector.

Over time, the company expanded into software and high-performance computing, using the same large-scale processing requirements involved in seismic interpretation as a foundation for broader technology capabilities.

DUG now operates across three principal areas.

Services remains the historical core and includes seismic processing, subsurface imaging and advanced techniques such as Full Waveform Inversion.

Software centres on DUG Insight, the company’s interpretation platform.

High-performance computing (HPC) includes cloud-based computing services and bespoke EPIC facilities designed for customers requiring substantial computing capacity.

The group also uses proprietary immersion-cooling technology, which places computing hardware in cooling fluid to manage heat and reduce energy requirements compared with conventional approaches.

This combination of geoscience expertise, proprietary software and computing infrastructure gives DUG exposure to both energy-sector activity and wider demand for data-intensive computing.

The Malaysian EPIC Contract as a Reference Project

One of DUG’s most important commercial developments is its Malaysian EPIC contract.

The agreement is valued at US$43.3 million, with approximately US$30.1 million net to DUG over three years.

The project combines Software-as-a-Service (SaaS) and High-Performance-Computing-as-a-Service (HPCaaS), rather than functioning as a simple one-off equipment sale.

DUG built and commissioned the facility ahead of schedule, with full commissioning completed in mid-December 2025.

That timing meant the initial H1'FY26 contribution did not represent a full six-month run rate, leaving a larger period of contribution in subsequent reporting periods.

Strategically, the project matters because it demonstrates DUG’s ability to deliver a large, dedicated computing environment for an external customer while layering recurring software and computing services around the infrastructure.

If similar contracts can be repeated, the EPIC model could become an important growth avenue outside DUG’s traditional geoscience-services base.

H1'FY26 Showed Broad-Based Revenue Growth

DUG’s H1'FY26 performance showed growth across all three operating areas.

Total revenue increased 40% YoY to US$40.4 million from US$28.7 million.

Services revenue rose 30% to US$31.8 million.

Software revenue increased 29% to US$4.1 million.

HPC revenue expanded 313% to US$4.5 million, albeit from a smaller base.

The growth in HPC is particularly relevant because it indicates that computing is becoming a more meaningful contributor to group revenue.

Normalised EBITDA increased 161% to US$13.6 million, compared with the prior corresponding period.

That lifted the normalised EBITDA margin to approximately 34% from around 18%.

The scale of the margin increase suggests that additional revenue was absorbed without an equivalent increase in the cost base, creating operating leverage as existing infrastructure and technical capability supported a larger revenue pool.

Profit and Cash Flow Also Improved

DUG’s financial improvement extended beyond EBITDA.

The company moved from a US$3.9 million net loss in the prior corresponding period to a US$1.0 million net profit in H1'FY26.

Operating cash flow also shifted materially, improving to positive US$7.4 million from a US$2.2 million outflow.

The services order book stood at US$43.5 million, representing growth of 32%.

By the end of the third quarter, year-to-date operating cash flow had reached US$16.2 million, while DUG reported net cash of US$11.4 million.

Revenue for the third quarter was US$22.4 million, up 35% YoY, bringing year-to-date revenue to US$62.7 million.

That figure had already exceeded DUG’s FY25 full-year revenue, indicating that the H1'FY26 expansion continued into the following quarter.

Revenue Mix Is Becoming More Important

DUG’s longer-term earnings quality will increasingly depend on the mix between Services, Software and HPC.

Services remains the largest contributor and provides an established revenue base, but it can be influenced by energy-sector capital expenditure and project timing.

Software and HPC have different characteristics.

Software can offer recurring revenue and higher incremental margins once the platform and development infrastructure are established.

HPC can provide recurring or multi-year revenue where customers purchase ongoing access to computing capacity rather than standalone hardware.

As these areas become a larger portion of total revenue, DUG could reduce some of the dependence on more cyclical services work.

By the third quarter of FY26, Software and HPC together were approaching one-third of group revenue, providing evidence that the revenue mix was beginning to diversify.

Replicating the EPIC Model Is the Main Opportunity

The most obvious growth opportunity is securing additional EPIC-style contracts.

The Malaysian project provides DUG with a delivered reference case for customers seeking dedicated computing capacity.

Governments, energy companies and other large organisations are increasingly considering sovereign or dedicated computing infrastructure because of data security, performance and infrastructure-control requirements.

DUG’s ability to combine hardware deployment, software and ongoing computing services could make the EPIC model relevant to customers seeking more than a traditional data-centre supplier.

However, project timing may remain uneven.

Large infrastructure contracts involve long sales cycles and can make revenue recognition lumpy if a small number of contracts represent a meaningful portion of annual growth.

Building a broader pipeline of projects would therefore be important in demonstrating that Malaysia represents a repeatable model rather than a one-off contract.

Computing Demand Extends Beyond Energy

DUG’s historical customer base has been closely linked to oil and gas exploration, but its computing infrastructure has potential applications outside that sector.

Artificial intelligence, scientific modelling and other data-intensive industries require increasing levels of processing capacity.

At the same time, energy availability and cooling requirements are becoming more important considerations in the economics of data centres.

DUG’s immersion-cooling technology could be relevant in that environment because it is designed to manage high-density computing while reducing energy associated with conventional cooling systems.

The company’s state-backed Geraldton HPC campus provides another potential platform through which computing capacity can expand.

The opportunity is therefore broader than supplying seismic-processing customers, although DUG will need to demonstrate commercial traction outside its traditional industries before that diversification can be considered established.

Geoscience Services Still Provide a Core Base

Despite the increased attention on computing, DUG’s Services business remains central to group earnings.

The company’s technology is used in subsurface imaging across oil and gas exploration, but the same underlying geophysical capabilities can also support areas including carbon capture and storage, geothermal exploration and critical-minerals development.

These activities require detailed understanding of subsurface structures and therefore use many of the same physics-based processing techniques DUG has developed for energy exploration.

DUG has also undertaken pre-funded multi-client seismic projects offshore Equatorial Guinea.

Such projects can broaden the services pipeline while providing datasets that may be commercialised across more than one customer.

Risks Remain Around Concentration and Cyclicality

The Malaysian EPIC contract is strategically important, but it also highlights customer and project concentration risk.

A business relying heavily on a small number of major infrastructure contracts may experience uneven revenue if new projects do not follow at a similar pace.

Services revenue remains exposed to oil and gas investment cycles, meaning reduced exploration expenditure could affect demand.

DUG also reports in US dollars, creating foreign-exchange considerations for Australian investors and for costs incurred across different jurisdictions.

Competition in both seismic processing and high-performance computing is another risk.

DUG’s immersion-cooling technology provides differentiation, but competing technologies and larger infrastructure providers continue to develop.

Project execution is equally important.

Large computing facilities must be delivered on budget, on schedule and to required performance standards. Delays or cost overruns could reduce margins and weaken customer confidence.

What Matters From Here

Several indicators can help assess whether DUG’s recent growth is becoming sustainable.

The first is the ability to secure additional HPC or EPIC-style contracts after the Malaysian project.

Software and HPC as a percentage of group revenue will also show whether the revenue mix continues shifting toward higher-margin and potentially more recurring activities.

The Services order book remains relevant because it indicates the level of future work underpinning the historical core business.

Cash generation should also remain a key measure after year-to-date operating cash flow reached US$16.2 million by the third quarter.

Finally, maintaining net cash while investing in new computing infrastructure would provide evidence that growth is being funded increasingly from internal operations rather than relying on balance-sheet expansion.

Conclusion

DUG Technology is developing a broader business around three connected capabilities: geoscience services, proprietary software and high-performance computing.

H1'FY26 provided evidence that these businesses can scale together. Revenue increased 40% YoY to US$40.4 million, normalised EBITDA rose 161% to US$13.6 million and the company moved from a US$3.9 million loss to a US$1.0 million net profit.

The US$43.3 million Malaysian EPIC contract has also provided a practical demonstration of DUG’s ability to deliver large computing infrastructure supported by multi-year software and HPC services.

The next stage depends on repetition.

If the company can secure additional computing contracts, continue growing software and maintain cash generation from Services, its earnings mix could become more diversified and less dependent on traditional geoscience projects.

The principal risks remain contract concentration, energy-sector cyclicality, competition and execution across complex computing projects.