#pocketquberesponsibility

By Harri Laitinen

There’s a strange contradiction at the heart of our modern relationship with space.

We dream of the stars. We launch with pride. And then, often, we leave things behind.

A defunct satellite. A spent rocket stage. A fragment from a long-forgotten collision. They all become part of what’s now called orbital debris—a growing problem that could turn low Earth orbit (LEO) into a high-speed junkyard.

At Interstellar Communication Holdings Inc., we believe that democratizing space access must come with democratizing responsibility. Through our icMercury platform, we help people build and launch small satellites. But we also help them think through what happens after the mission ends.

Because no matter how small your satellite is—ethically, it still matters.

What Exactly Is Space Debris?

Orbital debris includes anything man-made in orbit that no longer serves a purpose. This could be:

Dead satellites

Broken antennae or solar panels

Pieces from explosions or collisions

Even flecks of paint moving at 17,000+ mph

The danger? At those speeds, even a tiny screw can damage operational satellites or crewed missions. Worse, debris can trigger Kessler Syndrome—a cascade of collisions that makes LEO unsafe for future use.

So yes, your tiny PocketQube could become part of a much bigger problem.

Unless… we design with care.

How We’re Minimizing Our Impact

At icMercury, we embed debris awareness into every stage of the mission process:

1. Passive Deorbiting Designs

Most PocketQubes launched through our system are placed in orbits that naturally decay within 5 years or less. We actively avoid “forever orbits.” This ensures satellites burn up in Earth’s atmosphere safely, leaving no trace.

2. Low-Mass, Low-Risk

Our satellites are tiny—often less than 250 grams. While that doesn’t eliminate risk, it greatly reduces the potential for fragmentation or long-term obstruction.

3. No Explosive Components

We strictly avoid pressurized tanks, pyrotechnics, or untested deployables that could rupture and add to the debris cloud.

4. Pre-Launch Simulation

Every mission goes through debris modeling to ensure compliance with international guidelines, including those set by the Inter-Agency Space Debris Coordination Committee (IADC).

5. Educating Users

We don’t just provide tools—we provide context. Our user guide includes ethical design principles, debris risk explanations, and best practices for safe disposal.

But Isn’t It Inevitable?

Some say debris is the cost of doing space business. We say: that mindset is the problem.

When space becomes truly accessible—to students, hobbyists, artists, scientists—it’s even more important to bake responsibility into the culture. It’s not enough to say, “We’re small, so it doesn’t matter.”

Instead, we ask: What kind of legacy are we leaving in orbit?

If we treat space like a commons—not a conquest—we have a shot at keeping it clean.

The Bigger Picture

As we head toward the 2025 Go Global Awards in London this November, Interstellar Communication Holdings Inc. is proud to advocate not just for innovation—but for ethics.

Because launching something to orbit should be a gift, not a burden.

We believe in a future where every mission ends gracefully. Where satellites come home—or burn up in brilliance. Where we don’t have to choose between access and accountability.

And where space remains what it’s always been: A place of wonder. Not waste.