Manufacturers are no longer questioning if they should implement artificial intelligence (AI), but how.
By Michael Simms
Manufacturers are no longer questioning if they should implement artificial intelligence (AI), but how. It’s no wonder — the returns on AI investments can be immense, with 70% of manufacturers reporting “strong ROI” already. Digital transformation projects, in particular, are seeing impressive boosts from AI. According to a recent Dynata survey commissioned by Columbus Global, 82% of manufacturing leaders are prioritizing AI for digitization projects.
However, leaders must approach AI adoption cautiously. They must step back and evaluate whether their operations are truly mature enough to handle AI. Additionally, they must seriously interrogate whether AI is the best solution to any particular problem. After all, AI has the potential to drive efficiency, optimize production and enhance decision-making — but only if implemented with a clear strategy and the right data foundation.
AI is not a plug-and-play solution; it requires robust data governance, seamless integration with existing systems and alignment with business goals. Companies that rush into AI projects without first addressing critical questions about their enterprise readiness may run into inefficiencies, wasted resources and otherwise underwhelming results. Thus, to set themselves and their organizations up for success, manufacturers should consider the following key questions before implementing AI.
AI is a buzzword right now, but beyond that, it’s become a boardroom imperative. For reference, many executives feel the pressure to adopt generative AI workflows, yet only 30% feel prepared to do so. These uncertainties can trickle down and impact the effectiveness of an AI program, significantly curtailing its ability to drive ROI.
The best way to avoid this problem is to create a thorough AI roadmap from the outset and ensure you’re choosing the right solution for your business. Specifically, manufacturers should ask themselves the following questions before investing in AI:
The bottom line is that AI investments should be tied to measurable outcomes. Without a well-defined business case, organizations risk implementing AI for the sake of innovation rather than impact.
Many manufacturing organizations struggle with siloed, inconsistent or low-quality data, which can undermine the effectiveness of AI solutions long before they’re deployed. Worse, adopting AI before cleansing data can actually exacerbate organizational issues, creating additional confusion and jeopardizing your investment. Therefore, it’s critical to determine your organization’s data maturity well before AI deployment.
Key questions to assess data readiness include:
If the answer to these questions is unclear (or “no”), manufacturers should prioritize data governance initiatives before implementing AI. Standardizing data formats, eliminating redundancies and ensuring real-time data access will significantly enhance AI performance.
AI adoption requires more than just an excellent tech stack. You’ll need stakeholders (either externally or internally) who can understand AI implementation forward and backward. The exact skills you’ll need for this will depend on your use case and industry, so make sure to be thorough when answering the following questions:
Identifying the right talent and skills before implementing AI will ensure your program runs smoothly.
The excitement around AI in manufacturing is well-founded, but successful implementation requires careful planning and execution. By asking these key questions upfront, manufacturers can avoid common pitfalls and ensure that AI delivers meaningful business value. A strategic approach — grounded in a solid business case, strong data governance, skilled talent and cultural readiness — will enable manufacturers to harness AI’s full potential and drive lasting transformation.
About the Author
Michael Simms is a seasoned technical manager who has been developing Data and Artificial Intelligence solutions for nearly three decades. In addition, he has been at the leading edge of Microsoft ERP, database management, and emerging technologies. He plays a principal role in architecting and implementing projects from creation through go live. Michael also excels at creating and supporting offerings in the analytics/digital transformation space, specifically for Gen AI, Machine Learning, and Data Science. His extensive areas of expertise include data architecture, data migration, data engineering, and AI.
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