The manufacturing sector is predicting a shortfall of 1.9 million manufacturing jobs over the next 10 years. As industry moves towards autonomy, trusted measurement will be essential for assessing the quality of the decisions these technologies make. From optimizing production lines and validating critical infrastructure to enabling scientific discovery, organizations continually rely on data to guide decision-making.
Burkhard Boeckem is CTO at Hexagon.
Metrology plays a critical role here. It provides the accurate measurement data that many workers and automated systems use as a foundation to make more informed decisions. As precision measurement technologies combine advanced sensors, software, and analytics, they enable organizations to optimize processes in real time.
In a world where microscopic inaccuracies can have consequences at scale, trusted measurement not only assures quality but is also a strategic capability that underpins safe, efficient, and data-driven industries.
From sport to science
Trusted measurement is the backbone of high-performing industries. In the background, it enables some of the most complex processes, and this takes place across a number of sectors.
Motorsport offers a clear illustration. Teams from the factory to the track rely on trusted measurement data to make informed engineering decisions. In fact, a 1mm difference in ride height can determine both performance and regulatory compliance.
Precision ensures every part of the car complies with regulations, but it also ensures that thousands of individual components can work together to unlock significant gains. In a sport where races are won by milliseconds, confidence in measurement equates to confidence in performance.
The same principle applies in scientific research. Where scientists are exploring the fundamental building blocks of our universe, discoveries of particles would not be possible without intricate technical and engineering work. Precision measurement provides assurance that every observation and experiment is built on accurate data.
Importantly, whether in motorsports or science, better decisions begin with better measurement. However, measurement spans the entire workforce and plays a valuable role in supporting the shifts many organizations are grappling with.
The era of automation
As experienced engineers retire and manufacturers contend with persistent skills shortages, organizations can no longer rely solely on manual inspection to maintain quality. Instead, digital measurement technologies are helping organizations preserve consistency while simultaneously scaling productivity.
By enabling faster, more reliable inspections and identifying issues before they disrupt production, precision measurement allows fewer specialists to oversee increasingly complex operations.
And precision measurement addresses more than just efficiency. In sectors such as aerospace, automotive, and medical manufacturing, safety isn’t optional so getting components right the first time is essential. Safety instruments use precise data to track ground instability or the structural deformation of buildings, triggering alerts for rapid incident response, in turn, protecting workers in hazardous environments.
Precision measurement has therefore evolved from an engineering support function into a strategic capability that helps organizations maintain safety across the board as well as competitiveness among growing workforce pressures.
Another option for organizations looking to address these challenges is accelerating investment in AI tools and autonomous systems, which further increases the need for trusted measurement data that those technologies can rely on.
Building trust in AI-driven industry
Trusted measurement has always been imperative, and that hasn’t changed. But as AI and automated systems continue to make decisions that were once the responsibility of experienced engineers, including adjusting production processes and inspecting components, the data fed into these models is so significant. These decisions are only as reliable as the data they are built upon.
Without accurate, robust measurement, AI can amplify errors at scale, leading to unnecessary downtime, wasted materials, and compromised quality. Precision measurement provides the confidence these intelligent systems need to make reliable decisions.
Today, precision measurement is delivered through highly sophisticated sensors, software, AI, and connected data, all working together to create a trusted digital understanding of the physical world. As industries become increasingly autonomous and data-driven, precision measurement is no longer an option to ensure accuracy. It is a non-negotiable capability that unlocks the full potential of AI and the shift toward autonomous systems.
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