Stories from Orbit: SEOPS Customers on Transporter-15

Every launch carries more than just satellites—it carries the hopes, hard work, and dreams of the people who built them. For the upcoming Transporter-15 rideshare mission, SEOPS was honored to help a wide range of organizations—students, researchers, startups, and international partners—bring their missions to life.

Here are some of their stories:

Alba Orbital & Partners – Pocket-Sized Satellites, Big Impact

Alba Orbital, the company pioneering tiny PocketQube satellites, brought a wave of international missions to orbit:

• HUNITY (Hungary) – Built by students at Budapest University of Technology and Economics, this little satellite is about education, teamwork, and national pride—its name blends Hungary, unity, and university.
  
• SARI-1 & SARI-2 (Saudi Arabia) – Created through a student competition, these satellites are sparking excitement for STEM across Saudi Arabia. Students designed payloads for imaging, IoT experiments, and more.
  
• ANISCSAT (Azerbaijan) – A university team’s first step into space, this mission is giving students hands-on training and helping Azerbaijan grow its space research community.

Ideia Space, a Brazilian startup dedicated to space education, supported the Saudi and Azerbaijani missions, showing how even the smallest spacecraft can inspire the biggest opportunities.

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C3S’ WISDOM – Smarter Space Traffic

The WISDOM mission, developed by Hungary’s C3S and supported by the ESA NAVISP program, is tackling one of today’s biggest challenges in space: how to avoid collisions and safely deorbit satellites. By separating into two CubeSats that “talk” to each other, WISDOM is testing new ways for spacecraft to make smarter decisions on their own—an important step toward a safer orbital environment.

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Mauve – Studying Stars in our Galaxy

Mauve, also built by C3S, is Blue Skies Space’s first satellite. This spacecraft will be studying stars in our galaxy, providing a greater understanding of their behavior and powerful flares. Why does this matter? Because those sudden bursts of energy could affect whether nearby planets are hospitable to life. Mauve’s mission blends frontier science with a sense of wonder: it’s a small spacecraft with big questions about how stars shape the universe around them.

“As with our past launches, SEOPS proved to be a highly reliable launch provider,” said Gergő Kiss, Chief Quality Officer at C3S LLC. “Their team guided us through every step of the integration and launch process, ensuring that our satellites were handled professionally and everything ran smoothly. We greatly appreciated their expertise and support throughout this phase of our missions.”

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NASA – Students Reaching for the Aurora

The 3UCubed-A (or “3U3-A”) CubeSat is a small but mighty spacecraft on a big mission: to study how Earth’s atmosphere reacts to the ever-changing solar wind. Orbiting over the polar regions, it measures both the electrons that rain down from space and the ultraviolet (UV) light from the auroras we see dancing across the sky. By combining this data with observations from NASA’s IMAP (Interstellar Mapping and Acceleration Probe) mission, the team hopes to better understand how energy from the Sun interacts with our planet’s magnetic poles.

What makes 3U3-A especially impressive is who’s running the show. Undergraduate students—from the University of New Hampshire, Sonoma State University, and Howard University—are leading the mission from start to finish: designing the spacecraft, operating it in orbit, and analyzing the data once it’s home. Funded through NASA’s Heliophysics Division as part of the IMAP student collaboration, the project blends hands-on engineering with cutting-edge space science, inspiring the next generation of researchers while unlocking new insights about Earth’s upper atmosphere.

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PW6U – Smarter Earth Observation 

Built by SatRev of Wrocław, Poland, and launched with help from RIDE!, the PW6U CubeSat is changing the way we observe our planet. This compact 6U satellite captures multispectral, medium-resolution imagery in both visible and near-infrared light—and thanks to its onboard AI and real-time image processing, it can turn that data into insights almost instantly. From agriculture and forestry to energy and infrastructure, PW6U hopes to help customers make faster, more informed decisions about how we understand and protect our world.

To get PW6U ready for launch, RIDE! handled its journey from Europe to the U.S.—managing transportation, customs, and post-shipment checks—then supported integration and coordination with both the SatRev and SEOPS launch teams. 

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TRYAD – Catching Lightning in Space

Thunderstorms light up Earth’s skies—but they also generate powerful bursts of radiation called Terrestrial Gamma-ray Flashes. The TRYAD mission, funded by the National Science Foundation, is using two CubeSats to catch these flashes from different angles, like a pair of eyes in orbit. By combining data with worldwide lightning observations, the team hopes to unravel how storms release so much energy.

Built by the University of Alabama in Huntsville and Auburn University, TRYAD blends advanced science with hands-on student engineering—pushing both knowledge and careers forward.

“It was a great experience working with SEOPS to develop our CubeSats and get them to orbit,” said Elizabeth McMeen, Research Engineer at Auburn University. “Their technical expertise, responsiveness, and commitment to mission success were evident at every stage of the process. This partnership played a critical role in helping the Auburn University Small Satellite Program bring our mission to life. We look forward to future collaborations.”

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Why We’re Proud

For SEOPS, success isn’t just measured by the number of payloads delivered—it’s about helping each mission team write their next chapter in space. Whether it’s students flying their first satellite, researchers solving global challenges, or startups proving new technology, we’re proud to provide the launch integration and deployment support that makes these journeys possible.

Because behind every spacecraft is a story worth telling. Can we tell yours next?