Establishing ONA Use Cases in the Manufacturing Industry

The manufacturing and supply chain industry depends on complex, cross-functional coordination between operators, engineers, maintenance teams, supervisors, and logistics partners. While organizations have historically optimized machines and processes, many operational inefficiencies stem from the human coordination layer that connects them. ONA provides a way to make this layer visible by mapping how work actually flows across teams, shifts, and sites. This enables organizations to identify bottlenecks in decision-making and communication, uncover informal experts and single points of failure, and improve critical workflows such as maintenance escalation, safety response, and shift handoffs. By complementing existing process and performance metrics, ONA offers a more complete understanding of how operations truly function.

Applying ONA in manufacturing creates measurable value across several priority areas, including throughput optimization, downtime reduction, safety improvement, and supply chain coordination. Additionally, ONA can highlight bottlenecks that are strong candidates for automation, helping organizations prioritize AI and workflow investments more effectively. Positioning ONA as a continuous metric, rather than a one-time analysis, allows manufacturing firms to adapt to dynamic environments and sustain performance improvements.

While ONA is popular in the consulting and tech industries, it's still maturing in the manufacturing industry, which provides CTS a unique opportunity to build relationships and customers in a new market.