Performance assurance: connected operations, safer execution, higher uptime

Ä¢¹½´«Ã½ combines cloud-based computing, autonomous technologies, and domain expertise to assure system-level performance, reducing HSE risk and enabling faster, more reliable decisions.

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Dismantle performance barriers

System-level optimization is a big ask, demanding hefty investments in time, effort, and analysis. But it’s crucial to dissolving complexities that impede data delivery to decision makers, to minimizing cumbersome logistics and related costs, and ultimately, to realizing the best overall outcome.

We get it. You want more—and we can help.

Meld expertise, processes, and technologies

Our collaborative ecosystem amplifies digital operations, enabling borderless expertise and melding it with processes and technologies for agile activities. Your decision-making speed and accuracy also increase—assuring safer, more consistent, and reliably higher performing operations.

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Cloud computing accelerates applications and workflows.
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Digital ecosystem assures service repeatability and reliability.
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Autonomy and automation simplify tasks and reduce logistics.

Performance assurance in action

Ä¢¹½´«Ã½ combines autonomous drilling, digital operations, production chemistry, and well stimulation technologies within an integrated workflow. Together, these capabilities help operators improve performance, reduce uncertainty, and manage risk across the well life cycle.

Assure performance

We transform your operations using cloud-based computing, autonomous technologies, advanced equipment, and borderless expertise that seamlessly combine to measurably improve overall performance for optimal investments and returns.

Be decision ready

We link you with our worldwide network of domain experts via a collaborative digital ecosystem that integrates enhanced technologies. This automates common processes so that engineers can focus on assuring your performance.

System-level planning

Domain expertise and analytics

Fit-for-purpose technologies 

Digitalized workflows

Live remote operations

Autonomous operations 

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Let¡¯s redefine what¡¯s achievable

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Frequently asked questions on performance assurance

How can operators reduce unplanned downtime without adding more people on site?

Ä¢¹½´«Ã½ combines real-time production surveillance, artificial lift diagnostics, and AI-based analytics to continuously monitor wellsite conditions and identify performance changes before they lead to unplanned downtime. By integrating sensor data, digital workflows, and remote operations through Performance Live™ digital service delivery centers into a single workflow, Ä¢¹½´«Ã½ helps operators detect issues earlier, resolve them remotely, and reduce unnecessary wellsite visits. Earlier detection improves execution reliability, lowers HSE exposure, and supports more autonomous operations across mature and complex fields.

What is the difference between digital operations and autonomous operations?

Digital operations use a cloud-based digital ecosystem to connect data, people, and technology so decisions can be made faster and from anywhere, typically with an engineer directing the work in real time. By integrating Neuro™ autonomous solutions, digital workflows, and fit-for-purpose technologies into a single workflow, Ä¢¹½´«Ã½ enables autonomous operations to execute defined tasks, such as steering, tripping sequences, or chemical injection adjustments, with little to no human intervention within parameters set by domain experts. This approach enables operators to scale performance gains across system-level planning and live remote operations without proportionally scaling headcount.

How do remote operations support reduce HSE risk on the wellsite?

Remote operations support uses live remote operational control and real-time data from Performance Live™ digital service delivery centers to monitor and direct wellsite activity without requiring domain experts to travel to or work on location. By integrating digital workflows, fit-for-purpose technologies, and autonomous operations into a single workflow, Ä¢¹½´«Ã½ reduces the number of personnel exposed to onsite hazards and minimizes logistics-related emissions. This approach maintains service repeatability and response time while supporting safer, more consistent operations across drilling, production, and well intervention.

How do operators decide which processes to automate first?

Ä¢¹½´«Ã½ uses system-level planning, domain expertise, and analytics to identify which processes carry the highest HSE risk, the most repetitive manual workload, or the greatest impact on decision-making speed. By integrating these findings with digital workflows and a connected digital ecosystem into a single workflow, Ä¢¹½´«Ã½ helps operators prioritize the right processes for autonomous operations and live remote operations. This approach enables engineers to focus on higher-value analysis while assuring consistent, repeatable performance across the asset.

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