CEO & CTO at OmniForge Dynamics | Architecting space-grade infrastructure and closed-loop systems to turn food production into resilient, scalable technology for Earth and beyond
For Jonathan Pickering, innovation is not about abstract concepts or speculative theories; it is about tangible structures, scalable systems, and the relentless pursuit of practical solutions to complex problems. As the CEO and CTO of OmniForge Dynamics, Pickering is leading the charge in developing technologies that redefine the boundaries of engineering, from advanced energy systems to closed-loop agriculture designed for both Earth and space habitats. His journey, rooted in the pragmatic, hands-on environment of small-town Alberta, Canada, is a testament to the power of systems thinking and the profound impact of building for what comes after.
The Evolution of a Systems Architect
Pickering’s approach to technology and leadership was forged long before he entered a boardroom. Growing up in rural Alberta, he was immersed in a culture where self-reliance was a necessity. If something needed to be done, the expectation was to take responsibility and figure it out—a mindset that eventually shaped his entire philosophy on leadership. He views the role of an executive not as one of mere direction, but as taking ownership of problems and building the frameworks that create meaningful progress. This professional life began with the discipline of a paper route and years in landscaping, experiences that ingrained in him a rugged work ethic and a deep appreciation for the direct relationship between effort and results. “It taught me discipline and consistency at a young age—showing up early, working in all weather conditions, and understanding the direct relationship between effort and results,” Pickering reflects, noting that these early lessons motivated him to pursue the precision of engineering and mechatronics.
His professional identity is inextricably linked to his start in fabrication. By shaping metal and wiring systems with his own hands, he learned to think structurally, ensuring that every project was capable of withstanding real-world pressures. This transition from a “maker” to a master architect of complex systems allowed him to co-found and lead enterprises like OmniForge Dynamics and Tachyon Advancements, which bridge the gap between applied science and imaginative forward-thinking. In his view, leadership is an engineering challenge in itself. “I view leadership not as directing people, but as taking ownership of problems and building systems that create meaningful progress,” he explains. This ownership mentality drives his most ambitious projects, focusing on fundamentals rather than incremental improvements to address the root causes of global infrastructure challenges.
Shifting Paradigms in Agriculture and Energy
The most profound expression of Pickering’s vision is visible in the development of the SolVita Gardens platform. Here, his goal of turning critical human needs into resilient infrastructure comes to life. OmniForge Dynamics is not merely creating a product; it is engineering a platform that redefines food production from a land-dependent activity to a system-dependent capability. Whether designed for residential use (Alpha), extreme terrestrial environments (Epsilon), or space-grade habitats (Omega), these systems are built for maximum resource efficiency and minimal external dependency. Pickering understands the massive economic and operational burdens of resource scarcity, whether it is the logistics of transporting produce 4,000 kilometers or the astronomical cost of resupplying a lunar base.
By engineering local production systems, he converts recurring, unsustainable operational costs into fixed, manageable infrastructure. “Our mission is simple: build for what comes after,” Pickering states. “Local production converts recurring transport cost into fixed infrastructure. This is why turning food into infrastructure matters.” This impact extends beyond agriculture into advanced energy and human safety technologies. In every endeavor, he is guided by the wisdom of Albert Einstein: “We cannot solve our problems with the same thinking we used when we created them.” For Pickering, meaningful progress requires this kind of fundamental rethink, architecting systems from the ground up to create a truly sustainable future where geography, water, or transport are no longer constraints.
A Legacy of Practical Innovation
As he looks toward the horizon, Jonathan Pickering’s focus remains squarely on building OmniForge Dynamics into a definitive technology company centered on long-term, infrastructure-level solutions. His vision is defined by a commitment to resilience and technological progress that is practical, scalable, and rooted in physics rather than speculation. This forward-looking perspective also includes a call to action for the next generation of builders. He advocates for a focus on technical literacy and the ability to design and improve real-world systems, believing that progress is driven by those willing to take initiative and create. His legacy is not just the advanced technologies he engineers, but the enduring proof that a grounded, hands-on, systems-based approach is the most powerful tool for building the world of tomorrow.
Editorial Note
Jonathan Pickering’s journey serves as a powerful reminder of the value of returning to first principles. His focus on systems thinking over short-term fixes is a leadership lesson applicable to any field. Pickering’s work challenges us to rethink not just what we build, but how and why we build it, inspiring us to view the resource challenges of today as opportunities to engineer the resilient infrastructure of the future. We are encouraged to embrace our own capacity for initiative and to begin building the world we want to inherit, one system at a time.
