Connectivity across range, spectrum and changing conditions.
BlogIntroducing Mesh Rider® Dual Radio: Two independent bands. One unbreakable link.BlogIntroducing Mesh Rider® Dual Radio: Two independent bands. One unbreakable link.The latest stories, insights and events from Doodle Labs.
Mesh Rider is the communications architecture behind Doodle Labs radios, designed to keep autonomous systems, vehicles, sensors and operators connected as missions move across range, terrain and changing spectrum.
Mesh Rider’s patented RF front end supports a broad range of frequencies on a common modem architecture, with independent mixers, synthesizers and closed-loop power control for each channel. That gives OEMs more flexibility to meet different spectrum and mission requirements without redesigning the comms stack.
Mesh Rider builds on mature 802.11, COFDM and IP networking, then adapts them for mobile, mission-critical networks with narrower channel options, tuned power and sensitivity, and a low-latency path for command-and-control traffic.
Mesh Rider combines spectrum awareness, RF adaptation and mesh routing so the network can respond as interference, topology and link conditions change. Additional capabilities such as Sense EW and Dual Radio extend that resilience for more contested environments.
Mesh Rider is designed for the dynamic mission profiles and integration requirements of unmanned systems OEMs. As mission parameters and objectives change, our platform architecture continuously evolves to meet our partners’ changing needs.
Sense EW adds wideband frequency hopping to the Mesh Rider architecture for more contested RF environments.
Receiver feedback helps steer the network away from degraded frequencies while synchronized hopping keeps radios moving together across the spectrum.
The network can respond to interference without requiring operators to manually retune or reconfigure every node.
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Mesh Rider radios form a network without relying on fixed communications infrastructure.
As drones, vehicles and operators move, leave range or rejoin, the mesh automatically finds available paths and redirects traffic.
That allows the network topology to change with the mission instead of forcing the mission to operate around the network.
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Mesh Rider delivers a coordinated stack across radio hardware, networking and software.
Software monitors link conditions, optimizes network behavior and prioritizes command-and-control traffic as conditions change.
Published interfaces also let OEMs bring network data and control directly into their own mission and autonomy systems.
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Mesh Rider is designed around the procurement and security requirements common to defense and autonomous systems programs.
The portfolio is NDAA Section 889 compliant and Blue UAS Framework approved, with AES-256 encryption and a design intended to remain non-ITAR.
That gives OEMs a communications platform built to move from integration and evaluation into larger defense programs without creating a separate compliance path.
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Learn how Doodle Labs’ NM915-2G radio supports the Teledyne FLIR SkyRanger R70 with compact connectivity for long-range video and telemetry.
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See how UMAG Solutions integrates Doodle Labs Mini radios into F1Mag to transmit magnetic survey data with low latency during near-surface drone operations.
Explore how BlackSea Technologies integrates Doodle Labs Helix radios into GARC unmanned surface vessels for maritime control, video and data communications.
Explore how Freefly Systems integrates Mini Mesh Rider Radios into Astro to support communications for industrial drone inspection and data collection.
Learn how Auterion Government Solutions integrates Doodle Labs Mini radios with Dragon and Skynode S to support open-architecture drone communications.
Learn how Doodle Labs can meet your teams’ needs.
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