Photo by Kumpan Electric on Unsplash

Generative AI; CAD (Computer-Aided Design); Mechanical product design; Streamlining design process

In the depths of my memory lies an indelible moment — the day I constructed my very first spaceship. At the tender age of four, I embarked on an extraordinary journey that continues to resonate within me, igniting a flame of inspiration that refuses to wane. As the walls of the daycare enclosed me, I found myself surrounded by humble wooden cubes, yet within their unassuming form lay the catalyst for my imagination to soar. With each passing moment, I witnessed the moon swelling in size, while the earth diminished, invoking a profound sense of wonder and exhilaration. In that transformative instance, a torrent of joy coursed through my being, etching goosebumps upon my skin — a visceral reminder of the boundless potential and endless possibilities that await those who dare to dream.

That extraordinary experience ignited a lifelong passion within me, propelling me toward the realm of Mechanical Engineering at the prestigious Technion, often referred to as Israel’s MIT. For six remarkable years, I toiled day and night, pursuing my Bachelor’s, Master’s, and Ph.D. degrees. These were the defining moments of my life — challenging, rewarding, and brimming with meaning. I could still feel those goosebumps when I contributed to the design of life-saving mechanical systems, protecting nuclear power plants from seismic threats.

However, my transition to the industry, teeming with dreams of revolutionizing humanity and spearheading groundbreaking technologies, brought about an unexpected revelation. Traditional design methodologies, plagued by monotonous tasks like copying from previous designs, manually selecting off-the-shelf parts, and endless drawings, stifled my creativity. I watched in dismay as the wings of innovation seemed to desert me, gradually inching away with each passing day. Even sharing my ideas with peers became an exercise in frustration. Collaborating with dozens, sometimes hundreds of colleagues on a single project, I yearned for a simpler means of expression — a way to convey my thoughts through text or sketches. Alas, CAD software became my only refuge, forcing me to spend countless hours crafting intricate 3D models, bound by archaic tools that hadn’t changed since my college days in 2010. Sometimes, it took an entire week to share just one idea with my peers.

“CAD software became my only refuge, forcing me to spend countless hours crafting intricate 3D models, bound by archaic tools that hadn’t changed since my college days in 2010.”

But it was the archaic nature of drawings that irked me most — the primitive, outdated method of communicating ideas and expectations. It felt like a relic from ancient times, often failing to capture the essence of my vision.

I longed for a solution that could streamline and automate the mundane aspects of design, accounting for a staggering 75% of the entire process. Each day, as I faced an empty SolidWorks file, I yearned for an AI agent capable of comprehending my ideas with a mere utterance, transforming them into tangible reality. Alas, my wait seemed in vain.

As fate would have it, my journey led me to the captivating realm of AI — a dynamic and revolutionary field that fascinated me to the core. The intersection of AI and the “real” physical world, predicting mechanical failures in aircraft, naval vessels, and vehicles, enthralled me. Yet, the dream of an AI design agent remained a distant mirage, reminiscent of science fiction’s most tantalizing visions.

While AI progressed at an astonishing pace, the world of mechanical product design remained largely untouched, save for a few tools utilizing generative AI for weight reduction. Frustration lingered, woven into the fabric of almost every design process, as progress faltered.

Then came the Generative AI boom — an epoch that revolutionized our lives, both personally and professionally. Tools like ChatGPT and DALL-E wielded unimaginable power, transforming our digital existence. Yet, as the AI revolution unfolded on our screens, the physical world, the true realm of innovation, often languished in the shadows.

However, as the building blocks fell into place, my dream of an AI agent rekindled, breathing new life into my aspirations.

Today, we find ourselves in unprecedented times — a convergence of generative AI’s might, computational prowess, invaluable design data, and AI-shaping tools, all readily accessible. Harnessing this remarkable combination, we embarked on a mission to transform the dreams of countless engineers, designers, and product managers into tangible reality — the birth of the first-ever GenAI tool for mechanical product design.

Our vision materialized as a cloud-based collaborative system, revolutionizing the entire design process through the power of generative AI. Unlike existing CAD software with mere GenAI add-ons, we created an inherently GenAI-based CAD software. With this innovative solution, expressing your ideas for new products becomes effortless. Simply articulate your vision, and watch as the system generates a fully editable technical specification encompassing sub-assemblies, materials, manufacturing methods, standards, and much more.

“Our vision materialized as a cloud-based collaborative system, revolutionizing the entire design process through the power of generative AI.”

But that’s just the beginning.

Picture this: the generated specifications come to life through multiple 2D illustrations, showcasing a range of potential concepts. These concepts, grounded in existing off-the-shelf parts like bearings and bolts, bridge the gap between imagination and reality. As you choose the most promising 2D representation, it seamlessly transforms into a full-fledged CAD assembly, capturing every intricate detail of your vision.

And the magic doesn’t stop there.

With a single click, the software effortlessly generates comprehensive drawings, adhering to the required tolerances system — be it GD&T or algebraic. No longer will you be constrained by the tedious, time-consuming nature of manual drawing. Changes and iterations can be made in real-time, enabling swift and dynamic progress, all through simple textual prompts. Your ideas take flight, unburdened by the shackles of tradition.

We live in a world that evolves at an unprecedented pace. Yet, the realm of mechanical design has often lagged behind, weighed down by laborious processes and painstaking work.

“Changes and iterations can be made in real-time, enabling swift and dynamic progress, all through simple textual prompts.”

But it’s time for change.

To propel innovation within the physical mechanical domain, we must unlock faster, more efficient means of expressing our thoughts. Just as Leonardo da Vinci changed history by immortalizing his ideas on countless pieces of paper, we offer you the power to transform your innovative concepts into tangible real-world products. Our AI tools are meticulously engineered, drawing upon decades of expertise and informed by the complexities of engineering and physics. Together, we’ll shatter the barriers that have hindered progress, breathing life into your boldest visions.

For the first time in a decade, I feel the exhilaration of that four-year-old child in kindergarten, free to dream and forge new paths. Our focus is on commoditizing innovation, granting you the freedom to create, to disrupt, and to revolutionize.

“For the first time in a decade, I feel the exhilaration of that four-year-old child in kindergarten, free to dream and forge new paths.”

We enable AI to step into the physical world, giving it the ability to create its own muscles and bones, marking the dawn of the fifth industrial revolution.

So, let us turn your fantasies into reality. If you can imagine it, Leo™ can design it. Join us on this extraordinary journey, where the limits of possibility are redefined, and where dreams become the very essence of our innovation.

Together, we’ll shape the future, one remarkable idea at a time.