Radeus Labs Inc. Makes Forbes Top 25 Small Giants List!

by | Jun 2, 2020 | Announcements , Satcom

Radeus Labs Inc. is excited to announce they have been selected by Forbes top 25 “Small Giants” list! The 2020 Forbes’ Small Giants list highlights 25 privately owned companies that value greatness over fast growth. These companies share a commitment to being the best at what they do, providing stellar service to customers, offering employees work that is both fulfilling and rewarding, and being vital members of their communities, all while maintaining profitability.

Juliet Correnti, CEO, says, “Rapid growth has never been our objective. With 18 years of business under our belt, we understand the value of our customer relationships, our employees, and contributing to our community. In fact, our core values are community, integrity and continuous learning. We get to hone those values 365 days a year.”

Juliet and Ken Cone became co-owners in Radeus Labs after purchasing the business from Juliet’s parents several years ago. Since that time, the business has slowly grown as they added the line of antenna-control systems.

Cone’s expertise and prior experience with antenna-control systems was a natural fit for Radeus Labs. It has enabled them to apply their expertise in manufacturing computer products to the line of antenna-control systems. “We work closely with our customers and really pay attention to their wants and needs in order to provide value. Our equipment is not inexpensive, and really needs to serve customers well for many years. The satcom industry is evolving, equipment needs to reflect the new realities faced by our customers,” says Cone. “We are very excited to be recognized by Forbes for our efforts.”

Radeus Labs, Inc., with headquarters and manufacturing facilities in Poway, CA, is a leader in the design, manufacturing, and marketing of leading-edge hardware and software systems for the defense and satcom markets. Radeus Labs products are thoughtfully designed with a focus on ease of use, high performance, and sustainability. They are engineered to give exceptional product lifespans and to deliver added value to our customers. Radeus Labs customer service and support are unrivaled in the commercial satcom market. For more information about Radeus Labs and our high-performance products, visit radeuslabs.com.

For information about this release, please contact:

Chris Steph
Director of Sales and Marketing
Radeus Labs Inc.
903-431-3258
Chris.Steph@radeuslabs.com

Blog

See Our Latest Blog Posts

[NEW GUIDE] A Step-by-Step on Getting 3dB Beamwidth Right in Real-World Teleport Operations

For teams running or managing teleports, antenna tracking performance is not theoretical. It directly affects link stability, actuator wear, power usage, and whether a control system behaves predictably or constantly overcorrects.

1 (2)That reality is why Radeus Labs’ engineers created the Parabolic Satellite Dish Antenna 3dB Beamwidth Measurement Method guide.

This resource exists to help operators verify one of the most foundational parameters in any antenna control system using real, measured data instead of assumptions.

AIAA SciTech 2026: The Prime-and-Academia Mix That Worked

aiaa scitech 2026_radeus labs_showAIAA SciTech 2026 created space for deeper technical conversations across academia and industry. With a compact exhibit hall (about 115 vendors) and a strong academic backbone, SciTech created the kind of environment where you actually get time with the right people. 

For Radeus Labs, that meant fewer “wander the floor” moments and more targeted conversations around real programs, engineering problems, and what teams are prioritizing next.

Stop Warehousing Spare Parts: Rethinking Redundancy Under Virtualization

Redundancy historically has meant lots and lots of hardware. If a system was critical, additional workstations or servers were purchased. Full systems were boxed and stored as spares to ensure availability. In a one-to-one computing world, that approach made sense. Workloads lived on specific machines, and when a machine failed, replacement was the only path to recovery. 

Virtualization breaks that relationship. Workloads are no longer inseparable from individual pieces of hardware, yet many organizations continue to apply legacy redundancy and sparing strategies to architectures that no longer operate that way. The result is unnecessary cost, unused inventory, and avoidable complexity.