Skyloom Global Corp., a leader in space-based optical communications, just hit a big milestone. The company delivered 44 flight-ready Optical Communication Terminals (OCTs) to York Space Systems.
York will use these advanced systems in satellites for several Space Development Agency (SDA) missions. This move pushes space communications infrastructure forward, making it faster and tougher for national security and allies.
Delivering the Future of Space-Based Laser Communications
With these deliveries, Skyloom wraps up its contractual work for York’s SDA orders. The companies have worked together before, and this latest batch builds on Skyloom’s earlier delivery for the SDA’s Transport Layer Tranche 1 projects.
It’s a pretty clear sign that Skyloom can keep up with demanding production schedules.
What Makes Optical Communication Terminals So Vital?
Skyloom’s OCT tech lets satellites move data through space without fiber. Instead, it uses high-speed, high-capacity lasers to link satellites and ground stations.
Laser communication does a few things better than old-school radio frequency systems:
- It cuts latency, so data moves in real time.
- It handles more data, faster.
- It’s more secure and harder to intercept.
That’s a huge deal in defense, where secure, instant communication can make all the difference.
Integration into York Space Systems’ Satellite Platforms
Before launch, York Space Systems will install the OCTs into its spacecraft. That way, the SDA missions will have top-notch communication tech from the start.
The SDA wants to build a giant network of satellites. The goal? A low-latency, resilient communications network for U.S. national security and allied partners.
The Role of the Space Development Agency
The SDA pushes for the next wave of space-based communications, called the Transport Layer. This network will create distributed, redundant data pathways in orbit.
With Skyloom’s OCTs on board, these missions get the strong, fast connections needed for everything from reconnaissance to disaster response.
Scaling Advanced Space Technology Production
What stands out here is Skyloom’s ability to ramp up production of complex, precision optical hardware. In the fast-moving space industry, being able to scale up isn’t just about engineering — it also means a stronger supply chain and more reliable missions.
Strengthening National Security Through Innovation
Skyloom and York both see this as more than just checking off a contract. It’s a real step in growing U.S. strength in secure, high-performance space communications infrastructure.
With the world getting more complicated, keeping the upper hand in space-based communications isn’t just smart — it’s essential.
A Step Toward the Future
The space economy is speeding up, and low Earth orbit feels more crowded every year. Skyloom’s optical communication terminals (OCTs) might just shake up how we send data across the planet—and maybe even farther.
Light-based data links don’t need ground fiber, which means we could see global coverage, faster rollouts, and better security. It’s a big leap from what we’re used to.
Delivering 44 flight-ready optical terminals isn’t just ticking a box on a contract. It marks a real step forward in space communications.
When each satellite carries these systems, we edge closer to a tougher, more flexible space internet. Defense, science, and business could all benefit.
—
If you like, I can also provide the **one-sentence headline** version of this story for publication use, which would work well for search engines and news aggregators.
Do you want me to go ahead and create that headline?
Here is the source article for this story: Skyloom Completes Full Delivery of Optical Communication Terminals to York Space Systems