Protected Intellectual Property
Global Patent Portfolio
StarMesh’s formidable patent portfolio underscores the strength and innovation of its satellite communication technology.
With 44 patents granted and 52 pending applications across multiple countries and jurisdictions, StarMesh has established a robust foundation for its unique approach to satellite networking.
STARMESH PATENTS
This solid patent protection not only validates StarMesh's position as an industry leader but also secures our market position in providing innovative and secure satellite communication solutions.
STARMESH PATENT FAMILIES
PATENT FAMILY A
Radio System Using Satellites ("Bent Pipe")
This family focuses on a radio system utilizing satellites for communication.
PATENT FAMILY B
Radio System Using Nodes ("Rotating Satellites"):
These patents involve a radio system using nodes, particularly focusing on rotating satellites.
PATENT FAMILY C
Radio System Using Nodes with High Gain Antennas ("Star Antenna")
This family concentrates on radio systems utilizing nodes equipped with high-gain antennas, known as the "Star Antenna."
PATENT FAMILY D
Data Transmission Systems and Methods Using Satellite-to-Satellite Radio Links ("Routes by Orbital Knowledge")
This family revolves around data transmission systems and methods employing satellite-to-satellite radio links.
PATENT FAMILY E
Communications Systems and Methods with Stochastically Distributed Orbiting Satellites ("Routing Algorithms for Satellite Communications")
This family focuses on communication systems and methods involving stochastically distributed orbiting satellites.
PATENT FAMILY F
Data Transmission Systems and Methods for Low Earth Orbit Satellite Communications ("Data Transmission Diversity")
This family concentrates on data transmission systems and methods for low Earth orbit satellite communications, emphasizing data transmission diversity.
PATENT FAMILY G
Data Transmission Systems and Methods for Low and Very Low Earth Orbit Satellites ("Aerodynamic LEO and VLEO Satellites")
This family involves data transmission systems and methods for low and very low Earth orbit satellites, focusing on aerodynamic design considerations.
PATENT FAMILY H
Satellite Mesh Systems and Methods for Creating Radio Routes Between Moving Users ("Connecting Moving Users via Satellites")
This family revolves around satellite mesh systems and methods for establishing radio routes between moving users.
PATENT FAMILY I
Creating Radio Routes and Transmitting Data via Orbiting and Non-Orbiting Nodes ("Worldwide Communications Using Drones and Satellites")
This family centers on systems and methods for creating radio routes and transmitting data via orbiting and non-orbiting nodes, particularly focusing on worldwide communications using drones and satellites.
PATENT FAMILY J
Lighter-Than-Air and Lift-Assisted Non-Orbiting Nodes for Aerial Mesh Communication Systems ("Drone and Balloon Nodes for Mesh Communications Systems")
This family involves lighter-than-air and lift-assisted non-orbiting nodes for aerial mesh communication systems, focusing on drones and balloon nodes.
PATENT FAMILY K
Systems and Methods for Secure Satellite Communications ("Multi-level Data Encryption")
This family describes an encryption technique that takes advantage of StarMesh’s routing protocols. These protocols transmit data through routes selected autonomously by the system nodes, dynamically building an encryption code node-by-node, making it unknown at any particular node.
