It all begins with a vision.

Every vision begins somewhere. Long before there is a company, a prototype, or a product, there is usually a moment that changes the way someone sees the world. For me, that moment happened as a kid standing in line at Disneyland, waiting to experience a 3D movie. At that age, I didn't understand the technology behind it. I didn't know about optics, rendering, processors, or the future of computing. I only knew that something about that experience felt different. For the first time, digital content didn't feel trapped behind a screen. It felt like it existed around me.

Later that same day, watching Fantasmic!, I experienced that same feeling in a completely different way. The combination of storytelling, projection, lighting, water, music, and physical environments created something that felt like a bridge between imagination and reality. It wasn't just entertainment. It was an early glimpse into a future where technology could become part of the world around us instead of something separate from it. That experience planted a question that would stay with me for years: what if computers could work this way? What if computing wasn't limited to a monitor, a keyboard, or a device sitting in front of you? What if information could exist naturally within the space around us?

At the time, there was no term for what we now call spatial computing. Augmented reality was still mostly an idea found in science fiction, and the idea of wearing a computer seemed unrealistic. There was no clear path toward making this vision real. There was only curiosity and the belief that someday technology would evolve beyond the traditional boundaries of the screen.

As I grew older, that question continued to follow me. Movies and technology demonstrations became glimpses into possible futures. In 2000, Mission: Impossible 2 introduced audiences to the idea of advanced smart glasses and wearable technology. In 2002, Minority Report showed a world where people interacted with digital information through gestures and spatial interfaces instead of traditional computers. These weren't just fictional concepts to me. They represented a different philosophy about what a computer could become. The computer didn't have to be something you sat down in front of. It could become something that interacted with you and understood the environment around you.

The evolution of spatial computing interfaces

During my years in ROTC, I became exposed to the military's exploration of augmented reality and advanced human-computer interfaces. The military was already thinking about how digital information could improve awareness, decision-making, and human performance by placing information closer to where people needed it. At the time, much of the industry discussion around augmented reality centered around headsets. The assumption was that the future would be defined by increasingly powerful head-mounted devices with more sensors, more displays, and more computing capability built directly into the wearable.

But I started looking at the problem differently.

The headset itself was not the future. It was a demonstration of what was possible.

The future would have to become something people naturally accepted into their everyday lives. It couldn't require someone to wear a large piece of technology every day just to access information. It had to become something as normal as putting on a pair of glasses.

That was when the idea began to evolve from simply thinking about augmented reality into thinking about the architecture of computing itself. The challenge was never only about putting images in front of someone's eyes. The real challenge was computation. How do you create a powerful spatial computer without forcing every component into the smallest part of the system? How do you create something lightweight, comfortable, and practical while still delivering the power required for advanced experiences?

Those questions became the foundation of the vision.

Form following function — The ZIA design philosophy

When Google Glass launched in 2013, it represented one of the first major attempts to bring wearable computing into the mainstream. It proved that people were interested in the idea of technology integrated into everyday life, but it also revealed the challenges that came with putting too much technology directly onto the face. Battery limitations, privacy concerns, and the limitations of available hardware showed that the industry still had important problems to solve.

As Meta invested heavily in virtual and augmented reality, and as Apple introduced Vision Pro in 2023, spatial computing moved from science fiction into a serious technology category. For many people, this was the beginning of the conversation. For me, it felt like the world was finally catching up to a question that had existed for decades.

Steve Jobs once said, "You can't connect the dots looking forward; you can only connect them looking backward." Looking back, every experience became part of the same journey. The childhood fascination with immersive experiences. The influence of science fiction. The exposure to military augmented reality concepts. The years spent exploring technology, software, hardware, and entrepreneurship. The failures, setbacks, and ideas that never became products. All of those moments contributed to understanding what needed to be built.

For the last five years, we have intentionally focused on planning, research, engineering, and design. We chose not to rush a product into the market simply because the industry was moving quickly. Hardware is different from software. A bad software update can be fixed. A poor hardware decision becomes something people physically interact with every day. We believe creating something meaningful requires patience, discipline, and the willingness to challenge assumptions.

That philosophy is why we say: "We don't ship shit." Like Steve once said...

It isn't about refusing to build. It is about refusing to build something that doesn't meet the standard we believe people deserve. We don't want to create another device that exists because technology made it possible. We want to create something that exists because people genuinely need a better way to interact with technology.

Hardware crafted with intention and precision

Through years of research, one idea became increasingly clear: the glasses should not be the computer. They should be the interface.

Modern computers require powerful processors, storage, batteries, connectivity, and thermal systems. Trying to place all of those components into a pair of glasses creates unnecessary compromises. The result becomes heavier, hotter, less comfortable, and less practical. Instead of asking how much technology could fit inside the glasses, we asked a different question: what technology actually belongs there?

That led to the concept of the XPU, the External Processing Unit. The XPU is designed to handle the computational requirements that would normally make glasses bulky and inefficient. It provides the processing power, memory, storage, wireless connectivity, and security, while allowing the glasses to remain focused on their primary purpose: becoming a natural interface between humans and digital information.

The inspiration is similar to what happened with wireless earbuds. The charging case did not make the earbuds less advanced. It made them better by separating the functions and allowing each part of the system to do what it was designed to do. Spatial computing deserves the same approach. The computer does not need to be directly on your face to create a powerful experience.

We believe the next generation of computing will not be defined by adding more technology. It will be defined by making technology feel less visible. The greatest interfaces are the ones that disappear. They allow people to focus on creating, learning, working, playing, and experiencing the world instead of thinking about the device itself.

Today, we are asking for support to build the first prototype of this vision. Our goal is to raise $100,000 to fund the engineering, industrial design, electronics, software development, prototype manufacturing, and testing required to transform years of ideas into a working system.

For many people, this Kickstarter will be a way to support a new piece of technology. For us, it represents something much bigger. It represents years of curiosity, persistence, experimentation, and belief that computers can become more human.

This journey began with a kid standing in line at Disneyland, experiencing something that felt impossible and asking a simple question: what if computers could exist around us?

Decades later, we are still pursuing that answer.

This is only the beginning.