Imagine watching a rocket launch and thinking… wait—is that your idea up there? In March 2025, on the tail end of a quiet California night, SpaceX’s Falcon 9 booster B1081 roared to life from Vandenberg’s SLC-4E pad. This trusty booster was on its 13th flight—and fun fact—it marked the 400th successful landing of a Falcon 9 first stage!
The mission? Transporter-13, a vibrant rideshare extravaganza carrying 74 payloads—from pint-sized cubesats to an orbital capsule bound for a dramatic return, and even a space tug to deliver other satellites later.
One of those tiny passengers was our PocketQube HADES‑ICM, riding alongside satellites built by schools, startups, and daring dreamers worldwide. And as the rocket soared, it wasn’t just carrying hardware—it was carrying hopes, possibilities, and a reminder: you, too, can send something to space.
Getting to the Launch Pad
Reaching a launch pad isn’t about rushing; it’s about patience. Even the smallest satellite has to earn its place in orbit through a long dance of preparation.
For HADES‑ICM, that meant working with Alba Orbital, specialists in deployers for PocketQubes—satellites no bigger than a teacup. Picture a spring-loaded drawer: the rocket carries it to orbit, and when the moment is right, the door opens and the satellites drift out like seeds in the wind.
Before any of that can happen, there are rehearsals. Rockets shake like thunder, so satellites prove they can handle vibration. Space swings from −100 °C in Earth’s shadow to +100 °C in sunlight every 90 minutes, so we cycle them through thermal chambers. And because there’s no air in orbit to carry heat away, satellites are tested in vacuum chambers to see how they behave when truly alone.
These steps take time—sometimes weeks, sometimes months. But they’re not delays. They’re part of the rhythm. Like tending a garden, you don’t rush; you prepare, you check, and wait for the right season. Piece by piece, test by test, the satellite grows ready for its journey.
The Moment of Launch
When the countdown began, I was surprised by how calm it felt. After so much preparation, the waiting was over, and the rest belonged to the rocket.
Then, ignition: nine Merlin engines lit at once, lifting more than 500 tons off the ground. Falcon 9 climbed on a river of fire, carrying with it years of imagination from dozens of teams around the world.
The first stage separated after just over two minutes, returning to Earth for another historic landing. The second stage guided Transporter-13’s 74 satellites into carefully planned orbits—a cosmic carpool, each spacecraft waiting for its turn to step off.
HADES‑ICM was tucked inside Alba Orbital’s deployer. About a week later, a small door opened, and a gentle spring nudged it into space. Quietly, gracefully, it began circling the Earth—a tiny traveler joining the orbital rhythm of our planet.
First Contact
Once in orbit, HADES‑ICM took a few days to stabilize, unfold its miniature solar panels, and start transmitting. We tuned our antennas, checked the radios, and waited with quiet anticipation.
Then, finally, a signal arrived. A short beacon, encoded in AX.25 protocol, carrying just enough information to say: I’m here. I’m alive. To most, it looked like a string of hexadecimal numbers. To us, it was a heartbeat from 500 km above Earth, circling the planet every 90 minutes.
Even in its simplicity, that signal carried the proof of years of work, the patience of careful preparation, and the thrill of connection. HADES‑ICM had found its place in orbit, and we were now part of the vast conversation that is space.
What It Means Going Forward
HADES‑ICM may be small, but it carries big possibilities. PocketQubes weigh only a few hundred grams, yet they can orbit Earth for years, collect data, and communicate with anyone with a radio. Their size makes them nimble, inexpensive, and surprisingly powerful—a tiny stage for a world of ideas.
Since launch, HADES‑ICM has sparked curiosity far beyond our team. Teachers in Europe and Africa are exploring ways for students to track satellites overhead. Amateur radio operators from Tokyo to Toronto report catching its faint signal. Artists imagine cosmic collaborations, thinking about how their work could ride on future missions.
Progress doesn’t have to roar; sometimes it humms quietly, like stardust drifting across the sky. One tiny launch, one faint signal, and suddenly curiosity has wings. More satellites will follow. More connections will grow. And it all began with that first heartbeat in orbit.
A Global Spotlight
This mission is part of a broader conversation. Interstellar Communication Holdings Inc. is honored to be a nominee for the 2025 Go Global Awards, hosted by the International Trade Council in London this November.
It’s not just an awards show. It’s a convergence—a gathering of minds shaping tomorrow’s economy, innovation, and connectivity. Being among that cohort is validation, yes—but more importantly, an invitation to connect with others who believe space (and tech in general) should serve more than shareholders. It should serve people.
One Launch, Many Paths
HADES‑ICM has continued to orbit and perform beautifully. Its tiny signal has inspired classrooms, hobbyists, and creatives alike. Each beacon, each curious message, is a reminder that even a small launch can spark a universe of connections.
A Taste of Wonder
To celebrate, we created the Galaxy Secret—a drink inspired by icMercury’s mission to connect Earth with the stars.
The deep blue of Butterfly Pea Blossom Tea mirrors the endless canvas of space, while soft coconut milk drifts like clouds around distant planets. Then comes the spark: a splash of fresh lemon juice, which transforms the drink from cosmic blue to interstellar violet—just as tiny satellites transform ideas into reality and carry them across the globe.
Every sip is a miniature journey: sparkling like stardust, layered like planetary orbits, and carrying a hint of curiosity that propels exploration. Discovery doesn’t have to be enormous—it can start in a cup, a classroom, or the palm of your hand.
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Disclaimer All satellite communications and frequency usage described in this article are conducted in full compliance with national and international regulations.
Interstellar Communication Holdings Inc. operates exclusively on authorized amateur and/or educational frequency bands. Any data transmitted from our small satellites—including beacon packets and public payloads—is intentionally designed for open, public reception.
We support responsible, transparent use of space technologies and fully adhere to global spectrum coordination policies.
References to signal reception by students, educators, or amateur operators pertain only to legally permitted activities involving publicly accessible signals. No proprietary, encrypted, or sensitive data is transmitted or disclosed.
