Fast Recovery Gains Ground in an Unsettled Industrial Environment
Manufacturers are going through a phase marked by increased pressure. Supply chain volatility, rising costs, workforce instability, and increasingly high customer expectations are compelling OEMs to rethink how they design, produce, and support their equipment. This is one of the main conclusions highlighted by Rockwell Automation in its new “OEM Strategy Manual”, a document built on a clear idea: in today’s market, building a good machine is no longer enough; you must also ensure that the business surrounding that machine can withstand uncertainty.
The underlying message is significant. For years, much of the industrial discourse revolved around technical innovation, precision, automation, and improved productivity. While all of these remain important, Rockwell suggests that the true competitive advantage is shifting toward another area: resilience. In other words, manufacturers that respond best when something fails will have more options to protect their revenue and maintain customer trust.
Evan Kaiser, Vice President of Global OEM and Emerging Industries Markets at Rockwell Automation, summarizes this outlook quite directly. He believes that the next leadership stage among OEMs will not only be defined by who develops the most advanced machine but also by who can build a solid, consistent business despite personnel turnover, supply disruptions, and ongoing market pressures. This perspective moves beyond the product and emphasizes operational resilience.
Less Downtime, Greater Profitability
Within this approach, Rockwell Automation emphasizes a concept gaining increasing importance in industrial settings: rapid recovery is becoming a new lever of profitability. This is a significant shift, as it changes how the value of a machine or production line is measured. It’s no longer just about how much they produce under normal conditions, but how quickly they can resume production when something goes wrong.
According to the company’s data, interruptions typically last around 40 hours and cost approximately $3.6 billion. In this context, the best-positioned OEMs are those helping their clients recover activity in 24 hours or less. Achieving this requires designing machines capable of early problem detection, enabling faster diagnostics, and restoring performance as quickly as possible.
In practice, this mindset shift makes a lot of sense. For many industries, unforeseen shutdowns lead not only to direct losses from downtime but also to delays in delivery, strained customer relationships, contractual penalties, and reputational damage. Therefore, a machine that can quickly recover operation may be more valuable than one that’s more sophisticated but slower to restart or repair.
The message to OEMs is clear: future profitability will depend not just on selling equipment but on proving that these machines can sustain production even when issues, bottlenecks, or unexpected failures occur. This requires integrating operational intelligence, maintenance, remote support, and early anomaly detection from the very design phase.
Designing for Workforce Shortages Is No Longer Optional
Another major challenge highlighted by Rockwell is workforce instability. Difficulty in finding qualified professionals, high turnover, and loss of accumulated experience increasingly affect the industrial sector. In this context, the company’s recommendation is unequivocal: OEMs must design machines and workflows considering that such instability exists and won’t disappear soon.
The proposal involves embedding knowledge within the machines and their associated processes so that operation relies less on highly specific profiles or individual experiences that are hard to replace. This can facilitate faster onboarding, reduce errors, and provide more stable performance even when personnel change. For many companies, this approach is key because one of the most serious risks is no longer just a machine failing but the absence of a person capable of diagnosing and resolving the issue quickly.
This shift also relates to how performance is measured. Rockwell points out that traditional production metrics are no longer sufficient. Now, alongside these traditional indicators, factors such as safety, satisfaction, profitability, and, crucially, variables linked to the end customer’s results—like product price, delivery times, or the ability to recover lost productive time—are increasingly important. In short, the OEM’s success is now measured more by the real impact on the customer’s business.
Cybersecurity and Advanced Automation: Two Interconnected Factors
The report also emphasizes two issues that are inseparable from today’s industrial debate: cybersecurity and advanced automation. On cybersecurity, Rockwell insists that security must be incorporated from the earliest stages of product design, not added as an afterthought. This is especially critical in increasingly connected industrial environments, where a breach or poor configuration can have operational, economic, and physical safety consequences.
Alongside that, the company highlights that the most successful OEMs are investing in technologies such as digital twins, autonomous mobile robots or AMRs, and cobots. These are not just trends or marketing claims but tools that enhance efficiency, reduce setup times, anticipate problems, and improve operational flexibility. In a scenario where every hour counts, such solutions can mean the difference between an operation that withstands pressure and one that falls behind.
Rockwell Automation’s clear conclusion: the market is pushing OEMs to rethink their value proposition. While machines remain important, they are no longer enough alone. What increasingly makes a difference is the ability to help customers produce better, recover faster, operate with fewer scarce profiles, and do so more securely. In today’s rapidly changing industrial landscape, this responsiveness may become the most valuable asset of all.