The Latest Trend in Sustainability? It’s Proof.

For years, we’ve talked about making workplace technology more sustainable.

Now I think we need to ask a harder question: Can you prove it?

As sustainability becomes more deeply embedded in procurement, design, operations, and corporate reporting, broad claims are becoming less useful. Saying a product is “eco-friendly,” “designed for sustainability,” “carbon neutral,” or even “Net Zero” may start a conversation. Increasingly, it won’t finish one.

Decision-makers need evidence.

They need to understand the environmental impact of the technology they purchase. They need data to manage its energy consumption. And they increasingly need credible data they can use in their own sustainability and carbon reporting.

In other words, sustainability needs to become something we can see, track, and report.

See It

Proof starts before technology enters the room.

Can we see evidence that sustainability influenced how a product was designed and manufactured? That might mean fewer physical components, recycled materials, lower embodied carbon, reduced packaging, greater energy efficiency, or a modular design that can be upgraded rather than replaced.

Consider a software-defined AV platform that consolidates audio, video, and control processing. Reducing hardware complexity can mean fewer devices, less material, lower energy demand, and potentially fewer replacements over the system’s life.

But the important question isn’t whether those outcomes sound sustainable. It’s: What information allows us to see them?

Manufacturers are beginning to answer that question with much greater transparency. Product carbon footprint data, environmental product declarations, recycled-content disclosures, energy specifications, and lifecycle assessments are giving technology buyers a clearer view into impacts that were once largely invisible. That creates an opportunity to make sustainability part of the design criteria, alongside performance, user experience, cost, and reliability.

Track It

The next question comes after deployment: What is actually happening?

A product may be designed to use less energy, but how much energy does it consume in the environment where it operates? How many hours is it running? Could it power down when a room is unoccupied? Are hundreds or thousands of devices consuming electricity overnight when nobody is using them?

This is where connected technology gets interesting.

Monitoring platforms, like Symphony, can already give IT teams visibility into AV and UC hardware performance and utilization. That same operational data can increasingly help organizations identify inefficiencies, automate shutoff processes, reduce unnecessary runtime, and better understand energy demand across an enterprise.

Some manufacturers are also developing calculators and management tools that estimate or track energy use and associated carbon emissions. That moves sustainability beyond product selection. It becomes an operational discipline.

And at enterprise scale, incremental optimization adds up. A watt saved here or an hour of unnecessary runtime eliminated there may seem insignificant. Multiply that across thousands of devices, hundreds of rooms, and years of operation, and the picture changes.

Report It

This may be the biggest shift of all.

A sustainability claim becomes much more useful when the underlying data can be documented, verified, and shared.

We’re already seeing manufacturers publish product carbon footprint data showing greenhouse gas emissions across product lifecycles. Others disclose recycled material content, lifecycle methodology, energy performance, and third-party verification.

That level of transparency matters because procurement teams are being asked to quantifiably account for more of the environmental impact across their value chains.

Technology purchases contribute to Scope 3 emissions. Electricity used to operate technology affects energy demand and corporate carbon footprints. Retired equipment becomes part of an organization’s waste management and circularity strategy.

And responsible electronics recycling produces records showing what was collected, how much material was diverted, where equipment was processed, and whether data was securely destroyed.

Those aren’t simply sustainability stories. They’re defensible data.

But not all proof is created equal — at least not yet.

As more sustainability data becomes available, we also need to ask how credible and comparable it is. The strongest evidence is grounded in recognized standards, such as ISO and the GHG Protocol, supported by transparent methodologies and data, and independently verified where appropriate.

That is the level of rigor that gives decision-makers confidence that the information can stand up not only in a sales conversation, but also in procurement, carbon accounting, and corporate reporting.

Watch a recent video we recorded on this topic, noting where we can see, track, and report sustainability proof today:

From Claims to Evidence

This is where I think the conversation about sustainable AV and UC technology takes a turn.

We don’t yet have perfect information for every product, every system, or every environmental impact. Data quality varies. Methodologies differ. And connecting product, operational, and lifecycle data across a complex technology estate remains a challenge.

But that shouldn’t stop us from asking for more. In fact, asking may be one of the most powerful things technology buyers can do.

Ask manufacturers for product carbon footprints and lifecycle data. Ask integrators how sustainability criteria influence design. Ask whether energy-saving capabilities will be enabled when the system is installed. Ask what you’ll be able to monitor after deployment. Ask what environmental documentation you’ll receive for reporting in year one and when the equipment reaches end of life.

Then ask one more question: Can I use this information to make a more sustainable decision today and measure that result tomorrow?

At AVI-SPL, that is increasingly how we think about our role in advancing sustainability. We can bring sustainability data from manufacturers into design and procurement decisions, create repeatable technology standards that prioritize energy and material efficiency, use centralized monitoring to improve operations, and provide traceable reporting at point of sale and at end of life.

Because a sustainability promise is an aspiration. But proof is evidence that sustainability results were truly achieved. So, the most important sustainability trend in technology right now isn’t another new product or feature. It’s our growing ability — and commitment — to provide proof of the impact we make.