Secure, Resilient, TAK-Integrated Networks

OWL designs custom secure, long-range communication networks for tactical operations, field deployments, and infrastructure-free environments—on land, air, or at sea.
The Challenge
Traditional Networks Break Down
Mission-critical environments demand connectivity where infrastructure is absent, movement is constant, and power is scarce. OWL gives warfighters, responders, and government teams the ability to deploy secure, TAK-integrated, and low-SWaP mesh networks anywhere in the world.

No Infrastructure, No Signal

Whether on a forward operating base or in the field, traditional networks are unreliable or unavailable. OWL's mesh solution works in disconnected environments with no towers or base stations.

Power and Payload Constraints

Whether it’s a buoy on open water or a sensor deep in the forest, power access is limited. OWL’s low-power devices run on solar or battery for months or sometimes years without maintenance.

Need for Secure, Scalable Comms

Security and flexibility must scale across domains. OWL supports encryption, modular backhaul (WiFi/LTE/Satcom), and interoperability with platforms like ATAK.
The Solution

Built for the Tactical Edge

OWL delivers a complete, end-to-end solutions purpose-built for environments where traditional technologies fail. From rugged hardware to self-healing mesh firmware and a browser-based management dashboard, OWL gives you everything you need to deploy, monitor, and scale communications and sensing networks—anywhere.
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The QuackerBoard

Ruggedized LoRa mesh nodes with GPS, sensor ports, IP-rated enclosures, and compact SWaP profile—ready for airborne, ground, or maritime ops.
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The Firmware

Self-healing mesh, secure networking protocols, and backhaul switching built into the firmware—customizable for a wide range of defense missions.
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Cloud + Offline DMS

Manage networks remotely or on-prem via OWL DMS. Flash firmware, assign roles, and monitor nodes in real-time or sync once reconnected.
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How OWL monitors oceans for NATO

As part of the NATO DIANA Accelerator, OWL developed and deployed an underwater acoustic sensor networking system to monitor ocean health.

‍Leveraging highly specialized DuckLink devices, OWL created a submersible mesh sensor network capable of relaying data from seabed sensors across long distances without cables or infrastructure. This project demonstrated the ability to enable real-time monitoring of water conditions, biodiversity, and maritime activity in remote marine zones. The system was built for durability, low power, and easy deployment.
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OWL Supports America's Elite Warfighters

OWL has had the privilege of collaborating with some of the most advanced teams across the United States Department of Defense. From tactical field deployments to specialized research and development, OWL technology is trusted by America's best.

Features

Why OWL for Government & Defense?

Lower development costs

OWL abstracts away most of the complexity from IoT development, so you don't need to hire dozens of engineers to get started.

Supports secure encrypted protocols

Integrate from our DMS into any of your systems. Explore API integrations and pre built configurations.

Open Source Powered

Unlock the power of Open Source by joining the ClusterDuck Protocol community. Supported by The Linux Foundation.

Modular hardware with low SWaP

OWL provides hardware, connectivity, security, and device/data management all in one platform.

Build in the USA

Our Hardware is designed and developed by OWL and manufactured by our partners in the USA.

Proven across DoD, NATO, and enterprise

Measure what matters with Untitled’s easy-to-use reports. You can filter, export, and drilldown on the data in a couple clicks.

Deploy Mission-Ready Networks with OWL

From training environments to live ops, OWL delivers complete TAK-integrated sensor and communications networks for your next mission set.
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