World Standards Day: Why Innovation Needs a Common Language

Every year on 14 October, the international standards community celebrates World Standards Day, recognizing the experts and organizations that work together to develop the standards that support innovation, quality, safety and sustainability. Organizations such as ASTM International, ISO, CEN and national standards bodies bring together industry, academia, regulators and end users to build consensus around technologies that shape our future. [iso.org], [iec.ch]

For many people, standards are largely invisible. Yet they underpin much of modern society, from the products we use every day to the technologies helping address some of the world’s most pressing challenges.

As industries continue to evolve at an ever-increasing pace, standards are becoming more important than ever. But their value extends well beyond compliance and testing. In many cases, standards help create the very foundation that allows entirely new industries to emerge and grow.

A common language for innovation

When most people think about standards, they think about specifications, test methods or certification requirements.

Yet one of the most important functions of standardization is often overlooked: creating a common language.

One thing I have learned through years of standards development is that the technical discussion is often not the biggest challenge. Establishing a common definition is.

Before industries can measure something consistently, they first need to agree on what they are measuring. That may sound obvious, but it is often one of the biggest hurdles when a new technology emerges.

Different organizations may use different terminology, different measurement approaches, or even different definitions for the same concept. Researchers, manufacturers, regulators and end users may all have valid perspectives, but without alignment, collaboration becomes difficult and innovation becomes harder to scale.

Standardization helps build consensus. It provides agreed terminology, classifications, practices and test methods that allow industries to communicate effectively and compare results with confidence.

In many cases, standardization does not begin when a technology is mature. It begins when experts realize they are using different words for the same thing.

From emerging technologies to global industries

History is full of examples where standardization helped transform promising technologies into established industries.

Additive manufacturing is one such example. Before the technology could become widely adopted, stakeholders needed to agree on terminology, material classifications, process definitions and performance requirements. Standards helped establish that framework and accelerated industrial adoption.

The same pattern can be seen today in a wide range of emerging fields, from hydrogen and carbon management technologies to advanced batteries, commercial space applications, next-generation materials and new developments in life sciences and healthcare.

Before products can be traded globally, regulated consistently or integrated into international supply chains, industries first need common definitions and agreed methods for evaluating performance.

Standards provide that foundation.

Measurement remains at the heart of standardization

While standards encompass far more than measurements, reliable data remains fundamental to their success.

Trust in performance claims ultimately depends on trust in the measurements behind them.

Consider advanced materials used in catalysts, membranes, batteries, pharmaceuticals or environmental technologies. Properties such as surface area, pore size distribution, particle size and elemental composition can significantly influence performance.

To ensure results can be compared across laboratories and countries, internationally recognized methods have been developed. Examples include ISO 9277 and ASTM D3663 for BET surface area determination, ISO 15901 and ASTM D4222 for pore structure characterization, and standards such as ISO 13320 and ISO 22412 for particle sizing. These methodologies help provide confidence that measurements generated in different locations remain meaningful and comparable.

Ultimately, standards give users confidence that data generated today can still be trusted tomorrow.

Enabling collaboration across industries

One of the defining challenges of modern innovation is that no single organization, country or industry can solve complex problems alone.

Whether developing more sustainable materials, improving healthcare solutions, advancing energy technologies or enabling future manufacturing methods, success increasingly depends on collaboration across diverse stakeholders.

For that collaboration to succeed, participants need confidence that terminology is aligned, performance claims are meaningful and data can be compared and reproduced.

Standards help make that possible.

They reduce uncertainty, encourage transparency and create the consistency needed for technologies to move from research laboratories into commercial deployment.

Far from slowing innovation, standards often accelerate it by providing a framework that allows industries to move forward together.

Looking beyond the document

It is easy to think of a standard as simply a published document.

In reality, every standard represents something much bigger: collaboration between competitors, researchers, manufacturers, regulators and end users who have chosen consensus over fragmentation.

That collaborative process is often where the greatest value lies.

As we celebrate World Standards Day, it is worth recognizing that standards are not merely technical requirements that appear after innovation has happened. They help create the conditions that allow innovation to flourish.

They enable industries to speak the same language, trust the same data and work toward common goals.

Innovation creates possibilities.

Standards help turn those possibilities into industries.

A personal reflection

For me personally, standards have always been about more than documents, ballots or technical requirements. They are about people coming together to solve problems, build consensus and create a foundation others can build upon. That collaborative spirit remains just as relevant today for emerging technologies and future industries as it was for the industries that came before them, and it is what makes standardization such a powerful enabler of innovation.