Artificial intelligence is creating a new challenge beyond chips and data centers. As AI systems generate larger volumes of data and satellite networks continue to grow, moving information through space is becoming a major infrastructure problem. Dayton, Ohio-based startup Ravee Optics believes lasers, not traditional radio systems, will carry much of that traffic. Investors appear to agree, backing the company with a $6 million seed round to help bring its optical communications technology into orbit.
The oversubscribed round was led by Vietnam-based BIG Capital, whose portfolio includes several space technology investments. JobsOhio Ventures and Cincinnati-based CincyTech joined the financing after Ravee completed the Seraphim Space Accelerator program last year.
The funding arrives as commercial space companies and governments race to build larger satellite constellations that generate unprecedented amounts of data. Interest in space-based computing is adding to that trend. Several companies have already outlined plans to place AI infrastructure and data centers in orbit, increasing the need for faster links between satellites that can move information without relying on ground networks.
Ravee was founded by Piyush Shah and Augustine Urbas, who spent years developing optical technologies, including work at the Air Force Research Laboratory in Dayton, Ohio. They launched the company to apply that experience to one of the biggest technical constraints facing satellite communications.
“We are building ultra-compact optical communications terminals to serve the growing demand for on-orbit data transport,” said Shah. “We built our technology to address this challenge at scale with revolutionary optics technology and design for manufacturing to enable wider deployment of optical communications across the future space ecosystem.”
Why AI Is Creating a New Data Bottleneck in Space
Instead of relying on conventional radio frequency communications, Ravee uses laser links to transmit data directly between satellites. Laser communications can transmit significantly more data, reduce latency, and avoid the spectrum congestion that has become an increasing issue as more spacecraft enter orbit.
The company’s approach centers on shrinking the hardware needed to make those connections. Smaller, lighter optical terminals are easier to manufacture in volume and can be deployed across much larger satellite fleets. Ravee says its systems can deliver between 10 and 100 times more data than existing technologies, using hardware that weighs less and occupies less space.
That combination could prove valuable as satellite operators look for ways to move growing streams of Earth observation imagery, communications traffic, defense data, and AI workloads across increasingly dense orbital networks.
The company has already generated early revenue through testing programs and has demonstrated its core optical technology through a U.S. Air Force initiative. It is now working with government agencies and commercial customers in preparation for future deployments.
“What stands out about Ravee is their focus on building smaller and lighter systems that can be produced and deployed at scale across large and growing satellite networks,” said Lt. Gen. John F. Thompson (retired), former Commander of the Space and Missile Systems Center at Los Angeles Air Force Base, who serves as an advisor and board member.
Investors Pour $6 Million Into Ravee Optics as AI Generates More Data Than Space Networks Can Handle
Investors see the opportunity extending beyond traditional satellite communications. AI is producing larger datasets that must move across distributed infrastructure, creating demand for higher-capacity networks in orbit.
“AI is driving a surge in data in space, and the systems to move that data haven’t kept up,” said Emma Off, CEO of CincyTech. “Ravee is focused on solving that bottleneck with an approach built for scale. This investment marks our entry into the space economy and reflects our focus on backing companies solving real problems in growing markets.”
Alexander Holt, Managing Director of Seraphim Space Enterprise, said the company has made significant progress since completing the accelerator program.
“We are delighted with the progress that Ravee Optics has made since graduating from the Seraphim Space Accelerator in 2025. Gaining early commercial revenues and playing into the needs of defense markets and a strong investor base point to a very promising trajectory for the team.”
Ohio officials view the company as part of a broader effort to strengthen the state’s position in aerospace and defense technology.
“As our nation continues its pursuit to advance technology and communication in space, Ohio innovators have a unique advantage to develop both military and commercial partnerships that can move these innovations forward,” said JobsOhio President and CEO J.P. Nauseef. “Ravee is leveraging these exceptional resources, including the AFRL, to pioneer new ways to more rapidly move data and messaging via satellite and strengthen our national defense.”
Ravee plans to use the new funding to accelerate engineering, advance product development, complete on-orbit testing, and prepare its optical communication systems for wider deployment across next-generation satellite networks. As AI pushes more computing and data into space, the ability to move information efficiently between satellites may become just as important as the computing hardware itself.
