Heading into the second quarter of 2026, many manufacturing leaders are trapped in a boardroom bottleneck as tricky as any on the production floor:
A market hungry for supply chain reliability calls for faster, more reliable production from its OEM partners. Every delay puts more stress on legacy equipment edging toward obsolescence. Staying competitive means acting now on new automation needs.
But a significant number of OEMs are entering Q2 with the same high-risk strategies that defined Q1: hesitation and uncertainty. Even OEMs with plans already in place to modernize their technology and scale their operations, some with pilot phases underway, are reluctant to give the green light to full-scale projects.
Their hesitation runs deeper than current market uncertainties from escalating oil prices and disruptions in global energy markets and supply chains. It’s execution anxiety – a lack of confidence to take the next steps.
“The sheer speed and scale of today’s technological evolution has created a phenomenon called technology paralysis,” said Ron Inscho, Sales Manager at Automation Solutions Inc. “Basically, this is the industry term for a leadership team’s inability to confidently choose a path forward.”
He identified two variations of technology paralysis.
“The first is fear of innovation velocity,” Inscho said. “They don’t want to make a mistake. They’re worried about greenlighting a capital investment only to have it eclipsed by the next innovation before they sign off on the installation.’’
The second reason is more about technological uncertainty, “They understand the need for stronger performance, but aren’t certain how or whether a particular project or goal they have in mind can be achieved. The solutions may not be obvious, so they don’t clearly see the next steps.”
Why 70% of OEM Tech Strategies Stall After Pilot Phase
How prevalent is technology paralysis?
According to the 2026 State of Manufacturing Technology Survey by Rootstock Software, 94% of manufacturers have now established a formal digital strategy. But the 2026 State of Smart Manufacturing Report by Rockwell Automation—which surveyed over 1,500 global manufacturing leaders—found that fewer than 30% of these organizations have successfully moved their technology projects past the pilot phase.
Both Rockwell and IFS, a leading automation AI firm, identified technology paralysis in their 2026 state-of-the-industry reports as primary reason the majority of manufacturers are not scaling beyond the pilot phases of major automations projects.
“Manufacturers understand they need to move forward, but without a sound technological roadmap, they are choosing the perceived safety of the status quo over the risk of the unknown,” Inscho said.
The ASI Roadmap Through Technology Paralysis
To break this cycle, forward-thinking manufacturers are leveraging a professional engineering study to serve as a neutral, data-driven foundation for growth.
“An ASI engineering study does much more than just chart a course for future automation,” Inscho said. “These studies can have immediate benefits as well, identifying operational inefficiencies that, when addressed, provide an instant boost to the bottom line.”
He cited the example of a global pipe manufacturer who approached ASI to evaluate the feasibility of several automation projects, including the optimization of an existing palletizing system.
ASI’s team quickly identified significant inconsistencies in speed, movement, and zone controls that were previously undetected. The ASI study also revealed issues with conveyor tracking, scale inaccuracies and safety control gaps.
Immediate benefits included:
- Addressing safety risks with a new safe area control system.
- Providing a precise hardware list of controllers and relays for targeted upgrades.
Outlining detailed messaging protocols for alerting maintenance teams to real-time errors.
Production Gains of 40%
The results of the cycle time study—which analyzed flight time, scan time, and station operation time—were definitive. By implementing the recommended improvements, the manufacturer saw projected cycle time gains of up to 40%, representing an increase of 2,169 parts per shift.
“Sometimes you know exactly what you need, and sometimes you don’t,” Inscho said. “You may only have a vague idea, with questions about feasibility. It doesn’t matter where you are in your process; an ASI engineering study can help your company develop a full integration plan, and identify ways to get better performance in the meantime.”
Stop Guessing. Start Growing.
Don’t let technology paralysis stall your 2026 production goals. Contact an ASI integrator today to schedule a comprehensive engineering study.
