Story Bridge in Brisbane at dusk

Endla Explained

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Where We Came From

Endla was born from firsthand experience building internal software for major oil and gas operators, and seeing how much value remained trapped behind rigid legacy tooling.

Co-founder Riley O'Donnell saw the transformative impact of purpose-built software — from compressor performance monitoring to geospatial analytics — but also saw the same recurring problem: stagnant systems with no path to evolve alongside modern operations.

Rather than accept that status quo, Endla set out to reimagine how upstream teams build, deploy, and scale digital solutions. What began with leading well-design software has expanded into the Deep Insight platform: the best place to build and evolve a digital factory.

Through partnership, customers use Deep Insight to solve critical workflows across subsurface and surface operations — from verifying downhole equipment installs to automating complex pipeline pressure calculations. Each new solution builds on the same connected foundation, so improvements compound across the organisation.

The name Endla comes from Xitsonga, a Southern African language, meaning “Make. Create. Do.” It reflects the company's mission to help teams build, adapt, and continuously improve how they work.

Endla's vision is simple but ambitious: empower upstream operators with software that is fit for purpose, adaptable by design, and always moving forward.

Automation pulls the floor up. Experts push the ceiling up.

The Digital Factory

Endla sees modern engineering organisations as digital factories in motion. The platform is where you build yours: a practical, continuously improving software layer that turns data and modelling into repeatable operational capability.

As the digital factory evolves, more repeatable busywork is handled by automation while experts focus on the hardest engineering problems. Experts push the ceiling up. Automation pulls the floor up. The two rise together in unison.

Highly complex tasks left unaddressed. At the start, all tasks are performed manually, whatever can be done in a single day is done, and anything else is left unaddressed. Complex opportunities with high resource requirements are left on the table as no one has the time to tackle them.

Automation begins on the simplest tasks. The first gains come from the most predictable work, because it is easiest to standardise.

Manual resources can address increasingly complex issues. As automation frees up capacity, people move toward more nuanced work. Experts raise the ceiling by unlocking value in areas that were previously too resource-intensive to address.

Increasingly complex tasks become automated. Automation catches up, the newly found solutions are integrated into the automated system. The system's reach extends into more complex workflows, and the value captured continues to grow.

Manual resources capture more value. Expert attention shifts from repetition to the high-leverage work that changes outcomes. As low-value tasks on everyone's plates are replaced with high-value tasks and momentum begins to build.

Total captured value increases. The digital factory exponentially captures more and more value, as the automation and human expertise reinforce each other. The organisation continuously evolves, building on its own momentum to reach new heights.

Digital factory evolution chartOver time, automation absorbs more repeatable work, manual effort shifts toward more complex tasks, uncaptured value shrinks, and total captured value rises.TimeValueTask ComplexityHighly complex tasksleft unaddressedAutomation begins onthe simplest tasksManual resourcescan address increasinglycomplex issuesIncreasingly complextasks become automatedManual resourcescapture more valueTotal capturedvalue increasesAutomatedManual UncapturedTotal Captured
Digital factory evolution chartOver time, automation absorbs more repeatable work, manual effort shifts toward more complex tasks, uncaptured value shrinks, and total captured value rises.TimeValueTask ComplexityHighly complex tasksleft unaddressedAutomation begins onthe simplest tasksManual resourcescan address increasinglycomplex issuesIncreasingly complextasks become automatedManual resourcescapture more valueTotal capturedvalue increasesAutomatedManual UncapturedTotal Captured

Digital Transformation Framework

Endla's framework for running a digital factory in a practical, value-driven way. These principles help solutions stand apart from the usual pitfalls of digital transformation — and help customers build a digital factory that continuously evolves and compounds value.