Our Mission
We are a pioneering space architecture and engineering company at the forefront of shaping the future of interplanetary living. Our multidisciplinary team of highly skilled designers and engineers harnesses the power of our proprietary technology to create innovate and create sustainable solutions for human habitation beyond Earth.With a deep understanding of the unique challenges and opportunities presented by space exploration, we are committed to pushing the boundaries of what is possible in designing habitats for astronauts and future interplanetary settlers. Our expertise lies in creating living spaces that not only prioritize functionality and efficiency but also prioritize the well-being and adaptability of those who will call these extraterrestrial environments home.
TECHNOLOGY
At our company, we specialize in pushing the boundaries of high-tech design, structural engineering, and the innovative use of space composite materials, including advanced glass composites. With our unwavering commitment to human exploration of celestial bodies, we focus on the design and construction of interplanetary living structures that will serve as homes for our future pioneers.Our team of talented designers and engineers is passionate about envisioning and realizing cutting-edge architectural solutions that go beyond traditional Earth-bound structures. By harnessing the power of advanced technologies and materials, we aim to create living spaces that are not only functional and safe but also comfortable and inspiring for our explorers.Through our expertise in structural engineering, we ensure that our interplanetary habitats are capable of withstanding the unique challenges posed by extraterrestrial environments. From extreme temperature variations to low-gravity conditions, our designs are meticulously crafted to provide a secure and adaptable living environment for our explorers.
PHILOSOPHY
At the core of our philosophy lies a steadfast commitment to building safer and structurally sound interplanetary structures that serve as protective havens for our next generation of human explorers. With unwavering dedication, our team of space architects and designers brings together a wealth of experience and professionalism to accomplish our mission.Every aspect of our work is driven by the paramount importance we place on the safety and well-being of our astronauts. We understand the unique challenges and hazards presented by space exploration, and we embrace them as opportunities to push the boundaries of innovation and engineering excellence.From the initial conceptualization to the final construction, our space architects approach each project with meticulous attention to detail and a deep understanding of the complexities involved. We integrate the principles of robust structural design, advanced materials, and state-of-the-art technologies to ensure the highest level of protection and resilience for our interplanetary structures.
innovation
Innovation lies at the very heart of our endeavors as we strive to transform our vision of interplanetary living into a tangible reality. Our unwavering commitment to progress is deeply rooted in the collective effort of our exceptional team. We recognize that our partners and clients are the cornerstones of our success, inspiring us to push the boundaries of space technology for the ultimate benefit of humanity.At our core, we are fueled by an insatiable curiosity and an unyielding desire to explore new frontiers. Our dedicated team of experts is driven by a shared passion for innovation, harnessing cutting-edge technologies and pioneering approaches to shape the future of interplanetary habitation. By fostering a culture of collaboration and embracing diverse perspectives, we cultivate an environment that nurtures groundbreaking ideas and sparks transformative
space resources
Our vision goes beyond traditional boundaries, as we seek to harness the vast resources of space itself. With our patented space high-tech technology, we unlock the potential to gather and utilize celestial resources that were once deemed inaccessible. This revolutionary approach propels us towards a future where space exploration is not constrained by earthly limitations but fueled by the abundance of the cosmos.Through our pioneering advancements, we empower our space explorers to transcend previous barriers and achieve feats that were once considered unattainable. By leveraging cutting-edge technology and innovative solutions, we create a pathway to the unthinkable, enabling humanity to reach new frontiers and unlock the mysteries of the universe.At Skyeports, we recognize that the challenges of space exploration require audacious thinking and novel approaches. Our unwavering commitment to research and development fuels our quest to revolutionize the way we access and utilize space resources. By harnessing the immense wealth of materials and energy found beyond our planet, we ensure the sustainability and self-sufficiency of future space missions.
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TEAM
Dr Martin Bermudez
CEO / Architectural Designer / City and Regional Planner and Urban Designer
NASA NIAC Fellow
Dr. Martin Bermudez is a visionary architect and urban designer whose passion for sustainable green architecture and equitable urban planning has reshaped communities on Earth and beyond. Holding a Doctorate in Sustainable Green Architecture from the University of Hawaii at Manoa and a Master’s in Urban Design and City and Regional Planning from California Polytechnic State University, San Luis Obispo, Martin blends ecological innovation with human-centered design. His illustrious career includes transformative roles at Gensler Architects, where he pioneered sustainable materials for commercial projects, and Architectural Resources Group, where he restored historic landmarks with eco-conscious techniques. A recipient of NASA’s prestigious 2025 NIAC award, Martin is currently designing self-sustaining lunar and Martian settlements, pushing the boundaries of architecture for extraterrestrial frontiers.Martin’s portfolio reflects his commitment to sustainability and social equity, from revitalizing low-income communities on California’s Central Coast to earning high honors in the Lower Manhattan 9/11 Memorial design competition for his poignant, eco-sensitive submission. His groundbreaking work at Gensler reduced project carbon footprints by 20%, while his restorations at ARG set new standards for blending heritage with modern efficiency. With a Bachelor’s in Geology from Skyline College, Martin’s holistic understanding of Earth’s resources informs his innovative designs, which integrate advanced biomaterials, passive house principles, and closed-loop systems. A Certified Passive, Green Sustainable architectural design consultant, Martin is proficient in AutoCAD, Revit, Rhino, and Blender, excelling in both terrestrial and space architecture. As a mentor and advocate, he inspires the next generation through STEM outreach and professional affiliations with the USGBC, and NASA NIAC Alumni Network. Whether crafting resilient urban spaces or envisioning humanity’s future in space, Martin’s work embodies a profound commitment to sustainability, equity, and innovation, leaving an enduring legacy in architecture and beyond.
Steven Sigurdson
CFO / Concentrated Solar Technology
Steven’s career is a testament to the power of combining technical expertise with a passion for sustainability. Starting as a junior engineer at WESCO Electric, Steven quickly demonstrated an aptitude for designing efficient solar systems, tackling challenges like shading losses and system inefficiencies with creative solutions. This early experience laid a strong foundation for a subsequent role at WESCO., where they transitioned to large-scale projects, mastering the complexities of utility-scale solar farms and grid interconnections. Steve’s ability to deliver projects ahead of schedule while maintaining high standards earned them recognition as a reliable and innovative engineer. At WESCO, he has took on a leadership role, driving the design and deployment of cutting-edge PV systems that align with the company’s ambitious sustainability goals. Their work on a 2 MW commercial rooftop array stands out as a benchmark for efficiency and aesthetic integration, showcasing Jordan’s ability to balance technical performance with practical considerations. Beyond technical contributions, Steven is a mentor and team player, consistently uplifting colleagues and fostering a collaborative environment. With a commitment to lifelong learning and a deep understanding of renewable energy trends, Steven continues to push the boundaries of what’s possible in electrical engineering, contributing to a cleaner, more sustainable world, and in the space solar industry.
Josh Simpson
Professional Glass Blower / Artist / Author / NASA NIAC Fellow
Josh is an American glass artist. His work has been exhibited in numerous galleries around the world, and is held in the collections of museums such as the Corning Museum of Glass; the Museum of Fine Arts, Boston; and the Renwick Gallery.
He is particularly well known for his planets, glass paperweights ranging in size from about an inch in diameter to the 107-pound Megaplanet the Corning Museum of Glass commissioned in 2005.
Inspired by the story of the Apollo astronauts seeing the earth hanging in space like a blue marble, he began creating marble-sized planets for the students.
In 2018-19, Simpson's solo exhibit, "Galactic Landscapes" at the Berkshire Museum (Pittsfield, MA), curated by Craig Langlois, celebrated the vital and inspiring interconnection between art and science in Simpson's glass works.
In 2022, in recognition of Simpson's 50th year as a successful glass artist, Schiffer Publishing produced the book "Josh Simpson: 50 Years of Visionary Glass. The celebration of Simpson's 50th year continued at Springfield Museums D'Amour Museum of Art (Springfield, MA) with the solo exhibition "Josh Simpson: Visionary Explorations in Glass," curated by Maggie North. Both of these major works pulled together the historic sweep of Simpson's glass inventions and achievements over the five decades of his career.
Fay Coad
Solar Photovoltaic Technology / Mechanical Engineer
Fay Coad is a licensed Professional Engineer (P.E.) with over 12 years of experience in electrical engineering, specializing in solar energy systems, power distribution, and sustainable infrastructure design. With a proven track record at industry leaders like Tesla Solar and Soleenic Inc., Fay excels in designing innovative, efficient, and scalable electrical systems for residential, commercial, and utility-scale solar projects. Known for a meticulous approach to project management and a passion for advancing renewable energy, Fay combines technical expertise with a commitment to environmental sustainability, delivering solutions that meet rigorous performance and regulatory standards.
Nick Henning
3-D CGI Artist / Production Supervisor
Born in Seattle, WA.Graduated from The Seattle Film Institute in October, 2019 with a
Bachelors of Art in Film, Digital Arts, Animation and Game Design.
A life long artist gravitated towards aspects of 3-D animation for film and games. focused on high poly hard surface modeling, such as Maya, 3DS Max, Zbrush, Photoshop, Aftereffects, Premier, Unreal, Unity, and Substance. He is currently working on creating a film about the planet Mars
Advisors
Cady Coleman
Retired NASA Astronaut / Chemical Engineer
Former United States Air Force Colonel / Scientist / Author
Cady Coleman is a former NASA Astronaut and a retired US Air Force Colonel with more than 180 days in space, accumulated during two space shuttle missions and a six-month expedition to the International Space Station (ISS) as the Lead Robotics and Lead Science officer.
Cady served in a variety of roles within the Astronaut Office, including Chief of Robotics, and lead astronaut for the integration of supply ships from NASA’s commercial partners. Before retiring from NASA, she led open-innovation and public-private partnership efforts for NASA’s Chief Technologist.
A popular public speaker and media consultant, Cady also serves as a research affiliate to MIT’s Media Lab. She is a regular contributor to ABC News and co-hosted Arizona State University’s Mission: Interplanetary podcast. She is an amateur flute player, known for her “Space Duet” with Ian Anderson of Jethro Tull and her work from space with the acclaimed Irish band, The Chieftains. She coached actress Sandra Bullock from the ISS in preparation for Bullock’s astronaut role in Gravity.
Cady serves on several boards, including the Smithsonian National Museum of Natural History, Greenfield Community College and the ISS National Lab Education Advisory Group.
Collaborators
Dr. Caitlin Ahrens
NASA Scientist / Researcher / Author / Lunar & Mars Surface Material Scientist
GCA: Astrobiology from the Moon - Artemis Implications
Astrobiology / Areas of Focus Include:
•Identify and characterize locations near the South Pole afford an opportunity to collect such samples.
•Identify methods to evaluate the degree of contamination occurring due to human exploration.
•Determine the possible distribution of volatiles reservoirs near the pole previously undetected through remote sensing analyses but preserved in the unique thermal environments at the lunar poles.
Dr. John C. Mauro
Scientist / Researcher / Author / National Academy of Engineering | World Academy of Ceramics / Dorothy Pate Enright Professor of Materials Science and Engineering / Penn State Intercollege Graduate Degree Program (IGDP) in Materials Science and Engineering (MatSE) / Inventor or co-inventor of several new glass compositions for Corning, including Corning Gorilla® Glass products
Editor-in-Chief of Journal of the American Ceramic Society
Other areas of focus include (a) high-strength glasses, with particular emphasis on chemically strengthened glasses, (b) nucleation/crystallization in glasses and glass-ceramics, and (c) glass melting and processing.
Dr. Eliad Peretz
NASA Scientist / Researcher / HESTO deputy lead scientist for NASA's Heliophysics Strategic Technology Office. / Mission and instrument scientist in the NASA Goddard Space Flight Center Heliophysics Division.
He serves as Deputy Principal Investigator for the Landolt mission, Project Manager for the Measuring Directivity to Determine Electron Anisotropy (MeDDEA) instrument on the Polarization Directivity X-Ray Experiment (PADRE), and as the developer of multiple lunar and space instrumentation and spacecraft systems.
For his work, Dr Peretz has been awarded NASA’s Exceptional Technology Achievement Medal, Exceptional Engineering Achievement Medal, Early Career Achievement Medal, Robert H. Goddard Award, and NASA’s Early Career Excellence Award.
PUBLICATIONS
