Why Satelyx Exists - Our Vision for Space Access

The Question That Started Everything

Why is getting hardware to orbit still so hard?

Not theoretically hard. Not physics hard. Structurally hard. The kind of hard that has nothing to do with whether your technology actually works, and everything to do with how the industry is built.

We kept seeing the same pattern. A team builds something brilliant in the lab. A new sensor. A propulsion system. An earth observation payload. The technology works. The market exists. The funding is there. And then it takes three years and $5-15M just to find out if it survives space.

That’s not a technology problem. That’s a broken system.

Three Routes, All Broken

If you have space hardware that works and you want to fly it, you basically have three options today. None of them are good.

Build your own satellite. This means raising $5-15M before you collect a single byte of flight data. You stop being a technology company and become a satellite company. You take on all the risk of integration, launch, and operations. Most teams don’t survive the timeline, let alone the budget.

Hitch a ride on a CubeSat. Payload hosting on small platforms sounds accessible, but everything in space is getting bigger. Cameras, sensors, compute modules. Your hardware may not physically fit on a 6U or even a 16U bus. And you get minimal mission control or operations support.

Coordinate it yourself with multiple vendors. Procure a bus from one vendor, integration from another, launch from a third, ground stations from a fourth. You need 8-10 contracts, and suddenly you’re managing a program larger than your own company. Timelines stretch to 24-48 months. One delay cascades through everything.

The result is the same in all three cases: good technology stalls because the path to deployment is fragmented, expensive, and slow.

What Should Exist Instead

We looked at how other industries solved this exact problem.

Software had the same barrier until cloud computing abstracted away the infrastructure. You don’t build a data center to ship an app. Hardware prototyping had the same barrier until services like rapid machining and 3D printing made it possible to iterate without a factory.

Space never got that layer. There’s no shared infrastructure. No reusable supply chain. No way to validate once and deploy many times. Every mission starts from zero.

What the industry needs is an industrial platform. A partner that handles the satellite, the integration, the launch coordination, and the operations, so that teams with working technology can focus on what they actually built.

That’s what Satelyx is.

The Agile Prime Model

We call our approach the Agile Prime model. The idea is simple: validate once, sell repeatably.

You bring your hardware. We integrate it onto our satellite platform and fly it. Your technology gets validated in the real space environment. It earns flight heritage. And it enters our growing catalog of orbit-proven components, ready for re-flight on future missions.

This means you don’t build a satellite. You don’t hire an ops team. You don’t manage 10 vendors. You work with one partner, under one contract, and your hardware is in orbit in 6-12 months.

For us, every mission makes the platform stronger. Every validated component expands the catalog. Every successful flight creates new combinations we can offer to government and commercial customers. The flywheel is simple: the more we fly, the more capable the platform becomes.

Who We Are

Two groups found each other in Singapore.

Aerospace veterans who had spent careers getting hardware to orbit and saw how much waste the industry tolerated every time a mission started from scratch. Platform builders from distributed systems and emerging tech who recognized that space needed infrastructure, not more one-off projects.

The founding team brings 15+ satellite launches, 100+ combined years of engineering, and a Chief Scientific Advisor who led programs at Taiwan’s National Space Organization. We’ve been on both sides: the side that builds the hardware and the side that struggles to get it flown.

We built Satelyx because we wanted the platform we wished had existed when we were on the other side of the table.

What This Makes Possible

When the barrier to orbit drops, everything changes.

Climate scientists can deploy observation hardware without raising $100M. IoT companies can test direct-to-device connectivity as part of their product roadmap, not as a moonshot. Defense agencies get faster access to proven space assets. Propulsion startups can validate their engines without betting the company on a single launch.

This isn’t theoretical. Our first orbital mission validated earth observation, AI edge compute, and communications capabilities in Q4 2024. Our next mission, VLEO-1, launches in 2027 and is currently in development.

The Road Ahead

We’re not trying to replace the space industry. We’re trying to give it the industrial backbone it’s missing. A shared platform where the best hardware wins on merit, not on who has the deepest pockets or the longest timeline.

The companies that succeed in space over the next decade won’t be the ones that build everything from scratch. They’ll be the ones that plug into a platform that handles the hard parts and lets them focus on what they do best.

That’s the future we’re building. If you have hardware that belongs in orbit, we should talk.

Satelyx. Prove once. Deploy everywhere.