UNIVITY has officially entered the next phase of its mission. The company, formerly known as Constellation Technologies & Operations, has launched its first satellite, uniSpark, and is now preparing to test full ground connectivity. The startup is transforming how internet access works by combining space power with telecom networks already in place.
This marks the moment UNIVITY shifts from idea to action—bringing affordable, low-latency satellite access to life. The company’s goal is to create a system that connects rural, remote, and underserved regions without requiring heavy infrastructure.
A new name signals a fresh start
UNIVITY now reflects the company’s mission: uniting space and ground technologies for shared coverage. After the successful June 23 launch of uniSpark, the company is ready to scale. The move from planning to performance is real, and the team is fully focused on delivery.
UNIVITY’s system works with telecom providers rather than replacing them. Because of this, it supports networks everywhere instead of forcing new, costly builds.
uniSpark launches with lab-confirmed results
The in-orbit satellite is already doing more than proving hardware. It is showing that high-speed, low-latency signals can travel between space and ground using 5G mmWave spectrum. Digital twin testing confirmed the data chain under realistic conditions.
As the satellite completes its first passes, engineers are collecting performance data in real time. This data will guide the final adjustments before live demos begin.
Two ground systems complete the network
UNIVITY is testing uniBox, the customer terminal, and uniGate, which connects satellites to the internet backbone. These units are already in evaluation labs and are proving their strength across RF systems, modems, and software.
Because both terminals plug into existing infrastructure, carriers will not need to invest in new towers or long build cycles. Instead, they get fast setup with full flexibility.
Built for carriers, optimized for cost and speed
UNIVITY stands out by using telecom-owned spectrum in Very Low Earth Orbit (VLEO). That means satellites orbit closer to Earth—resulting in faster signals, better reach, and lower latency. It also means operators avoid expensive legacy systems.
The architecture was built with speed and cost in mind. Therefore, operators can deliver stable, high-speed service to customers in tough-to-reach places without high-risk spending.
Delivering a stronger model for global access
The company’s design fits into today’s telecom world. Rather than disrupt, it enhances. It allows operators to serve places that were too costly to reach with fiber or mobile towers.
Because satellites fly below 375 kilometers, the delay is barely noticeable. For rural areas and crisis zones, this opens a powerful option for coverage.
Space connectivity, ready to serve the world
UNIVITY’s growth is not just about space. It’s about connection. The team created a smarter model that works now—one that carriers can use without delays, complexity, or massive costs.
Live demos are coming soon. The path forward is clear, and the results will follow. The next generation of broadband is ready, and it runs on UNIVITY satellite internet.
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