From expertise to execution: Low-code, no-code, and the future of industrial apps

Posted: July 14, 2026

The traditional remote operations center (ROC) is first and foremost a monitoring station. It’s built for visibility and situational awareness. Operators watch for alerts, identify issues, then they escalate to and coordinate with local site teams. But that model is changing fast. If yesterday’s ROC is a window, then the modern ROC is a brain, where industrial organizations use that same ROC infrastructure to concentrate expertise, amplify it, and extend it across distributed asset fleets. Driving this shift are two complementary forces: new digital tools that make it possible and the mounting operational pressures that make it necessary.

Maturing connectivity, predictive analytics, and operational data infrastructure have made it possible to centralize and act on high-fidelity data from assets spread across sites, even continents. Experts can now access the context they need to diagnose issues, compare performance, and guide decisions without being on site or even in-country.

At the same time, industrial organizations face an increasingly stubborn constraint: the scarcity of expertise. There are only so many world-class process engineers, metallurgists, data scientists, etcetera, to go around, and no shortage of sites that need them. For decades, the instinct has been to spread that expertise as far as it could reach. The smarter answer, it turns out, isn't to spread it at all. It's to concentrate it.

Leading industrial organizations are moving beyond the ROC as monitoring station toward the ROC as center of expertise. Rather than assigning specialists to individual assets, facilities, or business units, they bring expertise, operational context, and decision-making together in one centralized environment from which it can support operations across the enterprise.

Nutrien: Scaling expertise across facilities

Nutrien operates one of the world's largest nitrogen production networks—a distributed fleet of facilities that, until recently, relied on local teams to monitor, troubleshoot, and optimize operations site by site. The challenge wasn't just operational complexity. It was expertise. How do you ensure that your best process engineers are working on the right problems, across every facility, all the time?

The answer was the Nitrogen Real-time Operations Center, NROC. Rather than stationing specialists at individual sites, Nutrien brought them together in a centralized operations center in Loveland, Colorado, where real-time operations data from across the enterprise is brought into a unified view, giving engineers visibility into the entire nitrogen network from a single location. The platform is organized around three levels of visibility: enterprise overview screens for benchmarking and comparing performance across the fleet, plant-level screens for tracking KPIs and surfacing deviations, and equipment-level screens for deep diagnostic work. When something looks wrong at the enterprise level, an engineer can drill down—from fleet to facility to individual asset—without leaving the center.

Now, with one comprehensive view of the entire network, teams at Nutrien have streamlined operational processes, cutting downtime, and boosting production. Enhanced equipment monitoring also gives engineers the tools to catch failures earlier and troubleshoot faster. More broadly, NROC has given Nutrien the ability to identify best practices at one facility and propagate them across the entire network, turning local lessons into enterprise-wide benefit.

ArcelorMittal: Scaling expertise across operations

For ArcelorMittal Mining Canada, the challenge wasn't limited to the complexity within facilities. It was the complexity of the system connecting them. Iron ore moves through a tightly interconnected network of mines, concentrators, rail systems, and port operations. A disruption or bottleneck in one area can quickly cascade through the rest.

To get a clearer, more complete picture of its operations, ArcelorMittal established the Integrated Remote Operations Center (IROC), which brings operational information from across the business into a single environment. Instead of focusing on individual assets or sites, now teams can see the full pit-to-port process and how activity in one part of the network influences outcomes elsewhere.

By bringing together data, context, and decision-makers, ArcelorMittal established an environment where specialists collaborate around a common understanding of operations, pushing the focus from local to system-wide optimization. Now, with a shared, holistic operational picture, teams can identify bottlenecks quicker, coordinate responses across departments, and make decisions based on the needs of the broader value chain rather than any single facility. Without a single dollar of new capital investment, the IROC generated $120M in additional annual revenue.

ADNOC: Scaling expertise across the enterprise

With 14 integrated organizations spanning the hydrocarbon value chain, the Abu Dhabi National Oil Company (ADNOC) is one of the world's leading energy producers. Its remote operations center, the Panorama Digital Command Centre, operates at a fundamentally different scale than Nutrien's or ArcelorMittal's. The expertise ADNOC centralizes here isn't just operational, but strategic, empowering its sharpest minds to align production, supply chain, and business performance in real time.

Established in 2017, the Panorama Centre brings together millions of data points across production, operations, and supply chain into a unified environment of dashboards and predictive models. From this data-driven bird’s eye view, ADNOC’s teams can monitor live performance, anticipate equipment issues with predictive analytics, and evaluate production and supply chain scenarios with integrated planning tools.

Just as importantly, it connects all those layers of decision-making. Production constraints, maintenance planning, and commercial objectives can be assessed together rather than in silos, which allows ADNOC teams to understand the downstream impact of their choices before they make them.

By 2020, the Panorama Digital Command Centre had already generated more than $1 billion in value through efficiency gains and improved coordination across the value chain.^[1]

The center of expertise

Nutrien, ArcelorMittal, and ADNOC operate in different industries, at different scales, and they built their ROCs around different operational challenges. But they each arrived at the same conclusion: more than equipment, more than data, the limiting resource is expertise, which makes it much too valuable to leave siloed at any one work site.

As industrial operations become more interconnected, more complex, and harder to staff with experienced personnel, that challenge is only becoming more acute. By bringing specialists, operational context, and decision-making together in a centralized environment, industrial organizations can transform a remote operations center from a monitoring station into a force multiplier, extending the reach and impact of expertise across the enterprise.