Something New Under the Sun
Something New Under the Sun
Industrial DC to AC Inverter - from 0 to 1
Industrial DC to AC Inverter - from 0 to 1
“Similarly to how Nikola Tesla observed, imagined, and developed a motor that runs without brushes and their problems, we observed, imagined, and are developing an inverter that runs without transistors and their problems”
“Similarly to how Nikola Tesla observed, imagined, and developed a motor that runs without brushes and their problems, we observed, imagined, and are developing an inverter that runs without transistors and their problems”
Remy Akiki (Co-Founder & Director)
Remy Akiki (Co-Founder & Director)
Technology
Technology
Technology
One of the key challenges in today’s energy landscape lies in the interface between renewable energy sources, which primarily generate Direct Current (DC), and the Alternating Current (AC) nature of most consumption systems.
The available inverter technologies that convert DC to AC are all derived from the transistor concept—a device originally developed to enhance electronic communication systems, not for industrial high-power inversion.
No matter how advanced transistors become, they will never achieve optimal performance in large-scale, high-power applications.
What the world truly needs, especially during the transition to renewable energy and full electrification, is a new technological concept developed fundamentally for industrial-scale power inversion.
Since no one has ever taken that initiative, we decided to do so. Making our inverter the first practical breakthrough in energy conversion design in nearly a century.
One of the key challenges in today’s energy landscape lies in the interface between renewable energy sources, which primarily generate Direct Current (DC), and the Alternating Current (AC) nature of most consumption systems.
The available inverter technologies that convert DC to AC are all derived from the transistor concept—a device originally developed to enhance electronic communication systems, not for industrial high-power inversion.
No matter how advanced transistors become, they will never achieve optimal performance in large-scale, high-power applications.
What the world truly needs, especially during the transition to renewable energy and full electrification, is a new technological concept developed fundamentally for industrial-scale power inversion.
Since no one has ever taken that initiative, we decided to do so. Making our inverter the first practical breakthrough in energy conversion design in nearly a century.
Applications
Applications
Our system is a completely new approach to energy conversion and grid integration, engineered to overcome the limitations of traditional inverter design. It bridges hardware, grid, and system architecture in a way that no existing solution does.
This technology can be applied across a wide spectrum of industries and infrastructures, including:
National energy grids and renewable power generation,
Battery Energy Storage Systems (BESS) and microgrids,
Electric mobility, heavy transport, and industrial vehicles,
Electric aviation, marine systems, and luxury yachts,
High-density data centers, and
Defense and mission-critical power systems.
99% Efficiency
99% Reliability
75% less parts
75% less noise
75% less size/weight
Unlimited Power (theoretically)
75% less material/manufacturing/transportation/maintenance/recycling costs
Meet our team.
Meet our team.
Experts behind Silver Bullet Technologies.
Experts behind Silver Bullet Technologies.
George Breidy - Co-Founder & CTO
George Breidy - Co-Founder & CTO
George Breidy - Co-Founder & CTO
George is a highly accomplished electronics engineer with over 40 years of industry experience, recognized for his ability to turn advanced concepts into reliable, real-world technologies. With a career that began and matured in the United States, he brings world-class expertise to every stage of product development.
He started his engineering journey at Haltronics Corporation in California, where for nearly a decade he contributed to U.S. Department of Defense programs, designing and testing advanced systems for fighter aircraft including the F-14, F-15, and F-16. His role covered the design of test procedures, microprocessor emulation, radar systems, plasma displays, and robotic circuits, giving him deep exposure to mission-critical aerospace and defense technologies.
He then advanced to become Chief Engineer at Cinemills Corporation in Burbank, California, where he led the engineering group in developing next-generation electronic ballast systems, photometric designs, and specialized HMI lighting fixtures used on major Hollywood movie sets and television productions. He also oversaw UL certification processes and served on the UL advisory committee, shaping electrical standards across the industry.
Later, he contributed extensively to academic research and innovation, supervising engineering laboratories and mentoring students on projects in renewable energy, microcontroller-based systems, and electronics prototyping.
As CTO, he combines hands-on engineering mastery with decades of management and systems integration experience, making him uniquely qualified to lead the development of groundbreaking, high-reliability technologies.
George is a highly accomplished electronics engineer with over 40 years of industry experience, recognized for his ability to turn advanced concepts into reliable, real-world technologies. With a career that began and matured in the United States, he brings world-class expertise to every stage of product development.
He started his engineering journey at Haltronics Corporation in California, where for nearly a decade he contributed to U.S. Department of Defense programs, designing and testing advanced systems for fighter aircraft including the F-14, F-15, and F-16. His role covered the design of test procedures, microprocessor emulation, radar systems, plasma displays, and robotic circuits, giving him deep exposure to mission-critical aerospace and defense technologies.
He then advanced to become Chief Engineer at Cinemills Corporation in Burbank, California, where he led the engineering group in developing next-generation electronic ballast systems, photometric designs, and specialized HMI lighting fixtures used on major Hollywood movie sets and television productions. He also oversaw UL certification processes and served on the UL advisory committee, shaping electrical standards across the industry.
Later, he contributed extensively to academic research and innovation, supervising engineering laboratories and mentoring students on projects in renewable energy, microcontroller-based systems, and electronics prototyping.
As CTO, he combines hands-on engineering mastery with decades of management and systems integration experience, making him uniquely qualified to lead the development of groundbreaking, high-reliability technologies.
Remy Akiki - Co-Founder & Director
Remy Akiki - Co-Founder & Director
Remy Akiki - Co-Founder & Director
Remy is a dynamic electrical engineer specialized in energy systems, e-mobility, and battery storage technologies, with extensive experience at leading companies such as Tesla, EVBox, and Nippon Koei Energy Europe (NKEE). He has built a strong foundation in developing, commissioning, and supporting advanced energy infrastructure across Europe.
Throughout his career, he has worked on industrial battery energy storage systems, EV charging networks, and renewable energy integration, covering every stage from troubleshooting and optimization to full-scale deployment. His expertise lies in inverter technologies, power electronics, and grid-connected energy systems, making him exceptionally well-suited to lead the design and development of new, high-efficiency technologies that drive the future of clean energy.
Holding a Master’s in Smart Grids from Politecnico di Milano (ranked #17 worldwide) and a Bachelor’s in Electrical Engineering from Notre Dame University, he combines academic excellence with hands-on experience across global projects. Recognized multiple times on the Dean’s Honor List, he has consistently demonstrated technical innovation, problem-solving ability, and leadership.
With a proven track record in both engineering and system-level integration, he is positioned to transform advanced concepts into cutting-edge inverter and storage solutions for the energy transition.
Remy is a dynamic electrical engineer specialized in energy systems, e-mobility, and battery storage technologies, with extensive experience at leading companies such as Tesla, EVBox, and Nippon Koei Energy Europe (NKEE). He has built a strong foundation in developing, commissioning, and supporting advanced energy infrastructure across Europe.
Throughout his career, he has worked on industrial battery energy storage systems, EV charging networks, and renewable energy integration, covering every stage from troubleshooting and optimization to full-scale deployment. His expertise lies in inverter technologies, power electronics, and grid-connected energy systems, making him exceptionally well-suited to lead the design and development of new, high-efficiency technologies that drive the future of clean energy.
Holding a Master’s in Smart Grids from Politecnico di Milano (ranked #17 worldwide) and a Bachelor’s in Electrical Engineering from Notre Dame University, he combines academic excellence with hands-on experience across global projects. Recognized multiple times on the Dean’s Honor List, he has consistently demonstrated technical innovation, problem-solving ability, and leadership.
With a proven track record in both engineering and system-level integration, he is positioned to transform advanced concepts into cutting-edge inverter and storage solutions for the energy transition.
Vision
Vision
Vision
We are not just developing another inverter — we are creating an essential component for the clean energy transition, engineered to replace a century-old architecture with something 100 years ahead of its time.
We have successfully proven the technical feasibility of our solution and are now entering the pre-seed stage looking to collaborate with people and organizations who share our values of honesty, reliability, and hard work grounded in integrity.
If you’re interested in exploring collaboration—whether as an investor, mentor, or strategic partner—please share your vision, your expertise, and the kind of impact you’d like to create when reaching out.
Collaborations
Collaborations
Collaborations
We have successfully proven the technical feasibility of our solution - with a minimum viable product - and are now looking to collaborate with people and organizations who share our values of honesty, reliability, and hard work grounded in integrity.
If you’re interested in exploring collaboration—whether as an investor, mentor, or strategic partner—please share your vision, your expertise, and the kind of impact you’d like to create when reaching out.
We have successfully proven the technical feasibility of our solution - with a minimum viable product - and are now looking to collaborate with people and organizations who share our values of honesty, reliability, and hard work grounded in integrity.
If you’re interested in exploring collaboration—whether as an investor, mentor, or strategic partner—please share your vision, your expertise, and the kind of impact you’d like to create when reaching out.
We have successfully proven the technical feasibility of our solution and are now entering the pre-seed stage looking to collaborate with people and organizations who share our values of honesty, reliability, and hard work grounded in integrity.
If you’re interested in exploring collaboration—whether as an investor, mentor, or strategic partner—please share your vision, your expertise, and the kind of impact you’d like to create when reaching out.
Email: founders@silverbullettechnologies.nl
HQ: Netherlands - Flexible to relocate in alignment with investor’s strategic preferences
Email: founders@silverbullettechnologies.nl
HQ: Netherlands - Flexible to relocate in alignment with investor’s strategic preferences