Imagine a world where critical infrastructure is built and repaired with unparalleled precision—without human risk, delays, waste, or excessive costs. Now, picture that same technology being deployed in space, autonomously constructing and maintaining facilities beyond Earth. This is not science fiction. This is the Autonomous Structural Assembly Platform (ASAP), an innovation designed to change how construction and maintenance happen on Earth and in space.

WHY ADVANCINGX?

At AdvancingX, we believe the future of space should be sustainable, accessible, and built on collaboration. Since our founding in 2016, we’ve been working to make that vision a reality—through astronaut training, cutting-edge research, and breakthrough technologies that push the boundaries of what’s possible.

Known for our groundbreaking, real-world approach to preparing astronauts, we train in the crystal-clear waters of Lake Tahoe using our proprietary Submersible Vehicle—engineered to replicate microgravity environments.

To push this innovation even further, we’ve partnered with Woodland College to develop SubmersibleX (SubX) version 3—a next-generation underwater space vehicle mockup. This collaboration offers students a rare opportunity: the chance to work on real aerospace hardware while developing the critical skills needed for STEM careers. Together, we’re bringing the dream of space down to Earth—where students can actually build it.

This groundbreaking curriculum fuses space science, mission simulation, and engineering into a fully certified college program. Students don’t just learn theory—they earn academic credit while gaining hands-on, mission-based experience that prepares them for real careers in aerospace, advanced technology, and beyond.

In addition to our educational initiatives, AdvancingX is securing key strategic partnerships and agreements that are positioning us at the forefront of the commercial space industry.

This collaboration not only demonstrates our technical expertise but also expands our presence in the global media and entertainment sectors.

These agreements set the stage for major commercial opportunities in the near future, and AdvancingX is training our astronauts in preparation for these missions.

Our leadership is made up of astronauts, cutting-edge scientists, and innovative business experts, all working toward one mission: to make space more accessible for everyone.

As we continue to push the boundaries of what’s possible, AdvancingX is leveraging our intellectual property (IP) to shape the future of space training and technology.

1. We’ve developed a patented team selection process that ensures mission success by using data-driven insights to match crew members based on psychological performance and resilience.
2. Our biosensor smartwatch, currently TRL 6 and tested in parabolic flights, helps astronauts monitor their health in extreme environments, providing real-time data for mission-critical decision-making.

3. Our astronaut training program prepares future space travelers with the skills they need, offering both theoretical and practical experiences that mirror actual space conditions.

To date, our global astronaut training programs have prepared 22 astronauts worldwide, with courses ranging from 1 to 5 years. Since 2021, our student enrollment has surged by an incredible 500%, driven by the demand for our cutting-edge training and the growing interest in space exploration.

With 31 patents pending and several already approved, AdvancingX is continuously pushing the boundaries of what’s possible in space education and technology, ensuring that we remain at the forefront of the industry.

And we’re just getting started. Our growth is accelerating, and we’re aiming for an IPO in 2028 (not guaranteed). With each step forward, we’re not just training astronauts—we’re building the infrastructure for humanity’s future in space. Now, with ASAP, we’re taking another bold leap.

Forward-looking projections are not guaranteed.

The Origin Story of ASAP: A Vision Born from Experience and Necessity

Dr. Eduardo Diaz, founder of AdvancingX, has always been a visionary problem-solver. His journey began over 42 years ago as a welding and general contractor apprentice for over 30 years alongside his father in the pharmaceutical, food, and beverage industries. Welding and general contracting was more than just a skill for Eduardo—it was a family legacy. From a young age, he worked alongside his family, learning the skills and techniques that kept their business successful. He dedicated years to refining his craft, always seeking better, more efficient methods.

It was during these formative years that the first prototype of ASAP was born. However, it was a vastly different tool back then—a one-way jack, hand-operated device made of aluminum. While functional and efficient, it was far from perfect. The device played a crucial role in construction projects, particularly in tank repairs, and was used in partnerships with industry giants like PepsiCo, Sunnyside Farms, and Clover Farms. But despite its utility, Eduardo couldn’t shake one unsettling reality: the immense risk involved in his line of work. A single misstep could endanger the lives of his crew.

Bringing the device up a wood-made scaffold would require multiple workers due to the device's size and weight. The absence of AI and other advanced technologies meant that everything relied solely on human labor and human skill, significantly increasing costs and material waste. Eduardo knew there had to be a better way.

Even after leaving the welding industry and transitioning into the space sector through his education in psychology, this question never left him: How could he improve this device to make it safer, smarter, and more adaptable—not just on Earth, but in space?

The answer came in a moment of clarity:

1. Instead of human risk—integrate AI for autonomous operations.
2. Instead of excessive material waste—implement 3D printing technology to create precision repairs on-site.
3. Instead of a heavy, cumbersome structure—develop a lightweight, maneuverable platform using dual-hydraulic stabilization.

With decades of expertise in both technology and engineering, Eduardo set out to revolutionize repair and assembly systems. Thus, ASAP (Autonomous Structural Assembly Platform) was born—a groundbreaking solution designed to eliminate human risk, reduce material waste, and redefine efficiency both on Earth and in space.

ASAP is not just a technological innovation; it is a paradigm shift. Eduardo’s firsthand experience with inefficiencies, safety hazards, and high costs fueled his determination to create a smarter, safer future. Today, ASAP stands as a testament to that vision—transforming the way industries approach structural repairs and pioneering new frontiers in space exploration.

But this vision extends far beyond a single invention. The same challenges Eduardo faced in industrial construction persist across multiple sectors, from aerospace to defense to manufacturing. As industries worldwide grapple with labor shortages, rising costs, and increasing safety concerns, the need for automation and AI-driven solutions has never been greater.

A Once-in-a-Generation Opportunity

ASAP isn’t just solving problems—it’s designed to tackle challenges across multiple industries through automation and AI.

The global space economy is projected to surpass $1 trillion by 2040, while industrial automation continues to accelerate across sectors. ASAP is uniquely positioned at the intersection of these revolutions, offering a scalable, AI-driven solution to some of the most pressing challenges in aerospace and industrial infrastructure

ASAP is not just one of many projects; it is one of our most crucial innovations, transforming the future of autonomous construction and repair. This project is deeply connected to AdvancingX’s core mission, as ASAP will be operated by the astronauts we train, leveraging their expertise to perform high-stakes operations in space and beyond.

The funds we are raising will directly support the development of a mockup, a critical step toward our military demonstration. The $124K we are raising represents our contribution to this specific project, developed in collaboration with our university partner.

With tight deadlines and the demonstration rapidly approaching, we’re focused on securing the necessary funds to complete the mockup. Once the fundraising goal is reached, Dr. Eduardo Diaz, the founder of AdvancingX, along with Dr. Soyeon Yi, the first Korean astronaut in space, will work with our strategic partner to finalize and develop ASAP for this milestone.

The investment opportunities with ASAP are extensive and extend far beyond the initial prototype. Here’s how ASAP’s revolutionary technology and multi-industry applications will redefine the future:

Revolutionary Technology

1. AI-driven automation eliminates human risk in dangerous environments.
2. Hydraulic stabilization and robotic mobility enable precision construction and maintenance.
3. Advanced 3D printing allows rapid, cost-effective, and sustainable infrastructure development.

Multi-Industry Applications

1. Industrial Sector: Pharmaceutical, food, and dairy manufacturing require continuous maintenance with minimal downtime—ASAP ensures seamless operations.
2. Military & Aerospace: A 2025 demonstration will showcase ASAP’s capabilities in autonomously repairing aircraft structures and other vital assets.
3. Space Exploration: ASAP’s modular and autonomous design is ideal for off-Earth construction, supporting lunar and Martian infrastructure projects.

AdvancingX: A Proven Leader in Space & Technology

1. Recognized by NASA, Johns Hopkins APL, and leading aerospace organizations.
2. Licensed NASA’s AI Human-Machine Teaming Technology.
3. Developed Optimal Team Design Algorithms to enhance mission-critical workforce efficiency.

Strategic Partnerships & Market Demand

1. Morningbird Space Corporation: Collaborating on 3D printing innovations.
2. Projected Market Impact: ASAP targets a multi-billion-dollar industry spanning construction, defense, aerospace, and advanced manufacturing.

Funding the Future: Your Role in This Innovation

To bring ASAP to military demonstration, we are launching a crowdfunding campaign to raise $124,000. These funds will support:

1. Final prototype development and testing for military and aerospace applications.
2. Advanced AI and robotics integration to enhance automation and decision-making.
3. Preparations for next steps in commercial scaling and deployment across pharmaceutical, defense, and space industries.

By joining this crowdfunding effort, you are not just investing in a company—you are investing in the future of autonomous technology, shaping a safer and more efficient world on Earth and beyond.

Join Us to Explore the Future of Automation in Space

AdvancingX has already established itself as an innovator in space. With the ASAP project, we are set to redefine how critical infrastructure is built and maintained. This is your opportunity to be part of a revolutionary shift—don’t miss out!

Invest today and help bring ASAP to life!