Network
Dynamic, adaptive networks
Each node extends and reinforces the network, maintaining connectivity in complex and contested environments.
Key features
Self-forming, self-healing mesh- Nano², Mini, OEM, and Wearable
Mesh
Deliver an effective multi-node network
A single broken link can take down a network. Doodle Labs' self-forming, self-healing mesh connects air, ground, and sea platforms, rerouting with zero operator help.
Why Doodle Labs
Self-forming, self-healing mesh networks
A network that depends on a single fixed path between nodes stops working when that path is broken. Nodes in the field rarely stay in one place: platforms move, launch, land, or lose power, and a network that needs manual reconfiguration every time a node changes cannot keep pace with real-time operations.
Doodle Labs' mesh connects drones, robots, and other unmanned systems into one network, with each node extending and reinforcing connectivity as platforms move, join, or drop.
Talk to salesProduct details & specifications
Tactical mesh networks
Doodle Labs' mesh software is built to connect platforms and personnel across the mission on one network, reroute automatically around a disrupted link, scale from a single platform to a full swarm, and operate without fixed infrastructure or a network administrator.
Multi domain
Concurrent multidomain capabilities
Support for redundant communications and swarms, ensuring connectivity across air, ground, and maritime assets in a single resilient tactical mesh.
Key features
- Air, ground, and maritime platforms
- Multi-Node relay: Nano², Mini, and OEM
Flexible
Flexible network topologies
Supports point-to-point, point-to-multipoint, and relay configurations, giving integrators the versatility to design networks around system or mission requirements.
Key features
- Point-to-point, point-to-multipoint, and relay configurations
- Nano², Mini, OEM, and Wearable
- Radios each support mesh, WDS AP, WDS client, and Internet gateway modes
Mesh
Self-forming, self-healing
Doodle Labs mesh connects people, drones, vehicles, sensors, and autonomous systems, and automatically finds another path when a link is disrupted.
See productsScale
Built to scale from one platform to a swarm
Dynamic Mesh supports significantly larger, faster-moving networks, proven at 100 nodes.
Our technologyResilient
Zero operator intervention
Losing a node does not mean losing the network, and losing a link does not mean losing the mission.
See case studies
Long Range
Reliable connectivity over 100s of kilometers.
Our radios stay connected, stable, and low-latency well beyond where others drop out.
EW Resilience
Maintain links in contested environments
Doodle Labs' Link Assurance delivers battle-proven EW resilience, preserving the link when it is under attack.
Mesh
Deliver a self-healing multi-node network
Doodle Labs' self-healing mesh reroutes around broken links automatically, with zero operator intervention needed.
Multiband
The most spectrum per low SWaP radio
More bands per radio means room to route around jamming and regional limits, in any condition, any location.
Supply Chain
Scalable supply chain you can rely on
A scalable, non-ITAR, NDAA, and Blue UAS-compliant supply chain, built to deliver 200,000 radios a year.
High Throughput
Throughput for high-performance payloads
Doodle Labs radios carry video, telemetry, and control together, prioritizing control automatically when bandwidth tightens.
Our products
Find your perfect RF product
Full Mesh Rider® performance in a small form factor. Nano² packs full Mesh Rider throughput, range, and mesh networking into a footprint built for space-constrained platforms.
Weight: 48.3 g Dimensions: 46.9 × 35 × 20.7 mm
All Products
Latest news
Case Studies
Case study
Teledyne FLIR
Learn how Doodle Labs’ NM915-2G radio supports the Teledyne FLIR SkyRanger R70 with compact connectivity for long-range video and telemetry.
Featured
UAV
UMAG Solutions
See how UMAG Solutions integrates Doodle Labs Mini radios into F1Mag to transmit magnetic survey data with low latency during near-surface drone operations.
USV
BlackSea Technologies
Explore how BlackSea Technologies integrates Doodle Labs Helix radios into GARC unmanned surface vessels for maritime control, video and data communications.
UAV
Freefly Systems
Explore how Freefly Systems integrates Mini Mesh Rider Radios into Astro to support communications for industrial drone inspection and data collection.
UAV
Auterion Government Solutions
Learn how Auterion Government Solutions integrates Doodle Labs Mini radios with Dragon and Skynode S to support open-architecture drone communications.
Testimonial
Engineered to go further and stay connected longer.
Get in touch
Learn how Doodle Labs can meet your teams’ needs.
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