From Garage to Government Contracts: Traxyl’s Framework for Early Tech Validation

When you tell people you plan to paint fiber optic cables onto roads, expect laughter. In a recent episode of Category Visionaries, Traxyl CEO Daniel Turner shared how his company turned skepticism into proof points through a methodical validation process.

Starting with Skepticism

Initial reactions to Traxyl’s concept were predictably dismissive. “You start talking to people, and they’re literally laughing right in your face. They’re just like, fiber, like glass is just going to break on the road. This is just a terrible idea,” Daniel recalled. Rather than being discouraged, this skepticism shaped their validation approach.

The Garage Laboratory

Instead of trying to immediately convince skeptics, Traxyl started with basic experiments. “Starting where all great startups begin. Right then, garage. I started tinkering around in the garage and buying fiber cables and resins and trying to glue fibers to the garage surface,” Daniel explained.

These early tests were deliberately simple. “Starting off crawling around on my hands and knees, having the cars drive in and out of the garage without disrupting the signal, I kind of, at that point, knew I was onto something because it just didn’t break immediately. It was actually running for many months before I stopped doing that first initial test,” Daniel shared.

From Chaos to Control

The early experimentation phase was messy but crucial. “Man, those early days, if you could see some of the stuff we tried to do with wagons and fibers blowing in the wind, trying to glue things down, the leaves blowing into the glues, and the things were trying to do, it was mayhem,” Daniel remembered.

This chaotic period helped identify key challenges and requirements for their technology:

• Environmental factors affecting installation
• Durability requirements
• Installation process complexities

Finding the Right Test Environment

The breakthrough came when Traxyl identified controlled environments for validation. “We found that focusing on campus like environments like bases or airports or shipping ports or schools where they own the surface, they want to extend the networks on, and they own the networks… that’s really been our good go to market,” Daniel explained.

Building Credibility Through Government Contracts

Government contracts provided both validation and funding. “We’ve actually done a lot of installations for a variety of customers. A lot of them are on military bases. So Air Force customers and army corps of engineers we’re working with,” Daniel noted.

This approach offered several advantages:

• Controlled testing environments
• Clear success metrics
• Funding through SBIR programs
• Credibility for future commercial applications

Proof in Performance

Success stories began accumulating. “We did a project with an Internet service provider that’s providing high speed Internet to like 36 apartment buildings. And they used our technique to cross the drive aisle in four locations. That installation has been up and running now four years,” Daniel shared.

Lessons for Hardware Startups

Traxyl’s validation journey offers valuable insights for hardware founders:

1. Start with simple, controlled experiments
2. Document everything, even failures
3. Find environments where you can prove your technology works
4. Use government contracts for both validation and funding
5. Build credibility through long-term performance data

The Path Forward

The methodical validation process positioned Traxyl for broader adoption. As Daniel explains, “The government right now is doing well to help derisk the technology and really find good use cases for it and help evolve the machines that are installing the technology. But certainly the commercial market is where the engine is going to kick in.”

For hardware startups facing similar skepticism, Traxyl’s journey shows that systematic validation, starting from garage experiments and progressing through controlled environments, can build the credibility needed for market acceptance. Sometimes, the best response to laughter is methodical proof.