OpenMANET is an open-source initiative aimed at enabling the construction of Mobile Ad-Hoc Network (MANET) radios using Raspberry Pi hardware paired with Wi-Fi HaLow (915 MHz) modules. By leveraging this combination, OpenMANET offers a cost-effective, long-range mesh networking solution without reliance on centralized communication infrastructure.

Project Overview

What Is OpenMANET?

OpenMANET defines a MANET as a self-forming wireless mesh network, wherein each node connects directly with others—eliminating dependency on traditional routers or internet access. These networks are particularly valuable in situations such as:

• Search and rescue operations
• Disaster-response scenarios
• Outdoor recreational activities
• Any context where reliable, off-grid communications are required

Design Philosophy

The project emphasizes:

• Affordability: Using widely available components to keep cost low
• Accessibility: Employing Raspberry Pis and HaLow modules for ease of assembly
• Long-range Performance: Leveraging 915 MHz operation for enhanced coverage in challenging environments

Technical Details & Progress

The initiative is still developing but outlines clear goals and components:

1. Hardware Stack
   • Raspberry Pi devices enhanced with Wi-Fi HaLow modules
   • Optional power components such as portable UPS boards
   • Wireless adapters via USB for bridging needs
2. Software & Networking
   • Utilization of mesh network protocols such as B.A.T.M.A.N.
   • Scripts for GPS-based range testing, collecting data such as location, RSSI, and SNR
   • A Push-to-Talk (PTT) application to enable voice-like communication
   • Support for multiple Raspberry Pi models and HaLow boards
3. Planned Enhancements
   • Custom enclosure design for field durability
   • Detailed setup guides for both hardware and software
   • Investigation of alternative connectivity modes for client devices

Community Applications and Wider Context

The OpenMANET approach has already inspired practical experimentation. Builders have demonstrated the ability to create affordable mesh networking nodes using Raspberry Pi devices and Wi-Fi HaLow modules. These prototypes, costing little more than one hundred dollars per unit, have shown that it is possible to form resilient mesh networks capable of megabit-class throughput.

Such projects highlight the potential for extending connectivity into areas without infrastructure, supporting applications ranging from recreational use to emergency communication scenarios.

Summary & Significance

OpenMANET embodies a promising direction in open-source connectivity:

• It establishes a framework for creating affordable, long-range mesh networking using Raspberry Pi and Wi-Fi HaLow technology.
• Its modular hardware and software design, combined with a clear roadmap, encourages experimentation and adoption.
• Community-led projects demonstrate the practical viability of its concepts, particularly for bandwidth-efficient use cases and resilient, off-grid networking.

Looking Ahead

Primary areas for future development include:

• Completing detailed assembly and setup guides to make adoption easier for non-experts
• Designing durable enclosures for real-world field deployment
• Enhancing software features, such as reliable PTT systems and efficient topology management
• Broadening hardware support to accommodate different Raspberry Pi variants and HaLow modules

Conclusion

OpenMANET offers a compelling blueprint for democratizing mesh networking by combining affordability, accessibility, and robust architecture. While still under development, the project’s goals align with broader movements toward decentralized and resilient communication infrastructure—especially valuable in contexts where traditional networks are unavailable or impractical.

Learn more at the official website: openmanet.net

The post OpenMANET: Building Affordable Raspberry Pi-Based MANET Radios Using Wi-Fi HaLow appeared on Hamradio.my - Amateur Radio, Tech Insights and Product Reviews by 9M2PJU.

In a recent video titled I Built a $20,000 Military Router for $106.23, the creator explores the possibilities of replicating advanced communications hardware using affordable, commercially available components. The project focuses on a military-grade mesh radio system—equipment that typically costs tens of thousands of dollars due to its rugged design, reliability, and specialized functionality.

The objective of the experiment was straightforward: determine whether the core functions of the device could be reproduced at a fraction of the price, without relying on proprietary parts.

The Original Device

Military mesh radios are designed for secure, decentralized communication. They enable data transfer between multiple nodes without the need for centralized infrastructure, making them invaluable in environments where traditional networks are unavailable or unreliable.

The teardown of the $20,000 unit revealed a collection of components that, while engineered to high standards, were conceptually familiar. Circuit boards, RF modules, and power management systems formed the backbone of the device, housed in a casing built for durability under extreme conditions.

The Low-Cost Build

Using the insights from the teardown, the creator sourced alternative parts from common suppliers. With a microcontroller, radio frequency modules, connectors, and power supplies, the entire build cost amounted to $106.23.

The assembly process demonstrated that, at least on a functional level, it was possible to recreate the routing and mesh networking capabilities of the original hardware. The final product lacked the ruggedization, security features, and extensive testing associated with military-grade systems, but it achieved the core technical objectives.

Testing and Results

The reconstructed unit was able to establish and participate in a mesh network, passing data across multiple nodes in a manner similar to the original device. While performance differences were evident—particularly in durability, encryption, and long-term reliability—the outcome highlighted how accessible the fundamental technology has become.

Implications

The project raises several important considerations:

• Accessibility of Technology: Advanced communication systems can often be understood and partially replicated using publicly available knowledge and inexpensive components.
• Cost vs. Value: The high cost of military hardware reflects factors beyond component prices, including durability, security certification, and long-term field reliability.
• Educational Value: Projects of this kind provide valuable insight into the architecture of complex systems and demonstrate the potential of open-source and DIY approaches.

Conclusion

The video illustrates that while commercial or military-grade systems command high prices for valid reasons, their core functions can often be reproduced at low cost for educational and experimental purposes. The $106 build is not a substitute for equipment intended for critical use, but it demonstrates the potential of resourcefulness, technical knowledge, and open experimentation in broadening access to advanced technology.

The post Reverse Engineering a $20,000 Military Router for $106 appeared on Hamradio.my - Amateur Radio, Tech Insights and Product Reviews by 9M2PJU.

In the world of amateur radio, situational awareness and efficient communication are paramount. Enter FreeTAKServer (FTS), an open-source implementation of a Tactical Awareness Kit (TAK) server, designed to facilitate real-time data sharing and coordination among teams. Originally developed for military applications, FTS has found its way into civilian use, including amateur radio operations.

This guide will walk you through installing FreeTAKServer using Docker, a containerization platform that simplifies deployment and management of applications.

Official docs: FreeTAKServer Docker Setup

What You’ll Need

• A Linux server (preferred — Ubuntu, Debian, Fedora, etc.)
• Docker or Podman installed

Step 1: Choose Your Container Runtime

FreeTAKServer works with both Docker and Podman.

Check what’s installed:

docker --version
podman --version

Important: Pick one and stick with it for the whole setup.

Step 2: Create a Folder

Make a folder to keep everything organized:

mkdir ~/freetakserver
cd ~/freetakserver

Step 3: Get the Compose File

FreeTAKServer provides a pre-made file to launch everything easily.

Download it:

wget https://raw.githubusercontent.com/FreeTAKTeam/FreeTAKHub-Installation/refs/heads/main/containers/example-compose.yaml -O compose.yaml

Open it in your text editor:

nano compose.yaml

Look for a line like this:

FTS_IP: YOUR EXTERNAL URL HERE

Replace it with your server’s external IP address or domain name. Example:

FTS_IP: 123.45.67.89

Save and close.

Step 4: Start the Server

Now run the services in the background:

With Docker:

docker compose -f compose.yaml up -d

With Podman:

podman-compose -f compose.yaml up -d

Step 5: Check the Logs

Want to see if it’s working?

docker logs freetakserver
docker logs freetakserver-ui

Or with Podman:

podman logs freetakserver
podman logs freetakserver-ui

Step 6: Stop the Server

When you’re done or want to update:

docker compose -f compose.yaml down

Or:

podman-compose -f compose.yaml down

Where’s My Data Stored?

All your important FreeTAKServer data lives inside a Docker volume.

To find where it’s stored:

docker inspect freetakserver_free-tak-core-db

Look for the Mountpoint — that’s the full path to your data.

Example: /var/lib/docker/volumes/freetakserver_free-tak-core-db/_data

Ports to Know

The server uses default FreeTAKServer ports, but you can customize them with environment variables in the compose.yaml if needed.

Extra Settings (Optional)

Here are some useful environment variables:

Summary

• Simple Docker-based install
• Works on Linux with Docker or Podman
• Data is stored persistently using volumes
• UI and API included

Need Help?

Check the official FreeTAKServer Docker guide here:
https://freetakteam.github.io/FreeTAKServer-User-Docs/Installation/mechanism/Docker/overview/

The post How to Install FreeTAKServer Using Docker appeared on Hamradio.my - Amateur Radio, Tech Insights and Product Reviews by 9M2PJU.

But what exactly is ATAK? And how can it benefit the amateur radio community?

What Is ATAK?

ATAK is a geospatial mapping and situational awareness tool originally developed by the Air Force Research Laboratory (AFRL) . It runs on Android devices and provides real-time team tracking, communication, mapping, and coordination capabilities.

ATAK was initially built for military special operations forces, and later adapted for use by law enforcement, search-and-rescue teams, firefighters, and now even civilians through a version called ATAK-CIV.

At its core, ATAK gives users a powerful map-based interface to:

• See the location of other users in real time (Blue Force Tracking)
• Share points, routes, and geofences
• Chat over various networks
• Use offline maps (MBTiles, GeoTIFF, etc.)
• Connect to radios, drones, sensors, and more

Military Origins and Field-Proven Capabilities

ATAK was born out of the need for situational dominance in high-risk tactical environments. Since its inception, it has seen extensive use in:

• Special Forces operations
• Coordinated drone strikes and ISR (Intelligence, Surveillance, Reconnaissance)
• Disaster relief missions and humanitarian assistance

The military-grade versions of ATAK allow seamless communication between air and ground units, display live video feeds from UAVs, and integrate with secure tactical radios like Harris and Thales. In these missions, ATAK was crucial in reducing friendly fire, increasing operational efficiency, and enhancing coordination across distributed teams.

How Amateur Radio Can Leverage ATAK

The civilian version of ATAK (ATAK-CIV) is publicly available and, while it doesn’t include all the secure military features, it retains the robust mapping and coordination tools—making it a great fit for amateur radio use, especially for:

1. Emergency Communications (EmComm)

During disasters like floods, forest fires, or earthquakes, hams often assist in relaying messages, tracking resources, and supporting relief teams. ATAK can:

• Display real-time positions of operators
• Mark critical locations like shelters, aid stations, or damaged infrastructure
• Overlay live weather or fire maps for situational context
• Enable chat via connected data radios or LTE

2. Search and Rescue (SAR) Operations

In SAR scenarios, coordination and tracking are everything. By combining APRS or Meshtastic with ATAK, you can:

• Track all search team members
• Share maps and grid search sectors
• Use GPS navigation tools with offline maps
• Share findings instantly with the base team

3. Field Day and Group Activities

ATAK can also enhance casual and educational activities:

• Show everyone’s location at the site
• Coordinate hiking and portable radio stations (SOTA/POTA)
• Share propagation conditions or weather overlays
• Mark antenna layouts or signal coverage maps

4. Tactical Exercises or Field Training

For clubs simulating tactical communication or prepping for EmComm, ATAK offers a real-world, interactive platform:

• Run map-based scenarios
• Share check-ins and digital traffic via radio-linked messaging
• Log positional and message data

Integrating ATAK with Ham Radio Tools

Here’s where it gets interesting: ATAK supports plugins, allowing custom integrations. Some practical ways for hams to connect ATAK to their gear:

• APRS via TCP/IP or KISS TNCs: Share your APRS location directly on ATAK maps.
• Meshtastic Integration: Connect to LoRa-based mesh networks for off-grid communication.
• RTL-SDR: Overlay live signal detection and waterfall data.
• DIY plugins: If you’re a developer, you can write custom plugins to integrate your radio or weather station.

With ATAK, your smartphone or tablet becomes a tactical command tool, fully capable of mapping, communicating, and navigating in complex environments.

Final Thoughts

While ATAK’s military roots are clear, its evolution into a civilian and amateur radio tool is exciting. For those of us in the ham radio world—whether you’re into SOTA, EmComm, SAR, or digital modes—ATAK offers a new level of operational awareness, visualization, and efficiency.

As with all tools, it’s only as effective as the team using it. Train with it. Experiment with integrations. And when the time comes—be it a field exercise or a real emergency—you’ll have one of the most powerful tactical apps right in your pocket.

The post Exploring ATAK: Tactical Mapping and Communication for Amateur Radio Operators appeared on Hamradio.my - Amateur Radio, Tech Insights and Product Reviews by 9M2PJU.

If you’ve ever worked with APRS, you know it’s a powerful system for tracking stations and sending small packets of info over ham radio. But what if you could take that same data and display it in a modern tactical environment like ATAK or WinTAK? That’s exactly what APRSCOT does—and it does it well.

So, What is APRSCOT?

APRSCOT stands for APRS to Cursor-on-Target. It’s a lightweight Python-based gateway that takes APRS packets—either from the air via a receiver or from APRS-IS—and converts them into Cursor-on-Target messages. Those CoT messages can then be sent to ATAK, WinTAK, or any TAK-compatible system.

In simple terms: your APRS station now shows up on a tactical map with all the other players, in real-time.

Why This is a Big Deal

For years, APRS and TAK existed in separate worlds—ham radio on one side, military and disaster-response tools on the other. APRSCOT changes that. It makes APRS data useful for teams that rely on modern digital situational awareness.

That includes:

• Search and rescue groups
• Emergency communication teams
• Amateur radio operators involved in field exercises
• Off-grid explorers using TAK for navigation

APRSCOT gives those teams the ability to see where everyone is without complicated setups or expensive gear.

How It Works

APRSCOT listens for APRS data—either from a live radio feed or the APRS-IS network—and then uses custom mappings to decide how each station appears on the TAK map. You can configure things like:

• What CoT icon each callsign uses
• Which stations are filtered in or out
• How long each station stays on the map before it’s considered stale
• Whether updates are sent over TCP, UDP, or multicast

You can even run it headless as a background daemon. It’s made for real deployments, not just tinkering.

Who Should Use It?

• Field operators running both radio and TAK
• Amateur radio clubs coordinating public events
• Tactical comms teams bridging analog and digital tools
• Anyone who wants APRS and TAK to finally speak the same language

APRSCOT isn’t a toy. It’s built for actual use in the field. It gives your radio-based tracking system modern map support, without needing to rip and replace your entire setup.

Getting Started

You can install APRSCOT on any decent Linux system using pip or a Debian package. The config is in plain text and easy to customize. Once it’s running, just point your TAK client to the IP and port where APRSCOT is broadcasting, and you’re live.

No cloud, no proprietary BS, and no unnecessary bloat. Just a clean bridge between APRS and TAK that works.

Final Thoughts

APRSCOT does one thing and does it right: it puts APRS on the map—literally. Whether you’re tracking volunteers in a disaster zone, coordinating a community event, or experimenting with TAK as a ham radio operator, APRSCOT gives you a way to bring those worlds together.

Visit https://aprscot.readthedocs.io/en/latest/

The post APRSCOT: Bringing APRS into the Tactical World appeared on Hamradio.my - Amateur Radio, Tech Insights and Product Reviews by 9M2PJU.

In a world where tactical tools often come with steep price tags and proprietary restrictions, it’s refreshing—almost rare—to come across something that’s truly free. Not just in terms of cost, but free of limitations, licenses, and lock-ins.

Enter REDQUEEN—a digital voice assistant built specifically for ATAK (Android Team Awareness Kit), now available for download on TAK.gov. No fees. No cables. No hardware boxes. No nonsense.

What is REDQUEEN?

REDQUEEN is a mission-ready voice assistant plugin for ATAK, designed to bring true hands-free functionality to the edge. Developed as open Government-Off-The-Shelf (GOTS) software, it runs directly on your smartphone or End User Device (EUD), meaning it doesn’t rely on connectivity or external gear to function.

Think of it as your personal digital operator—quietly listening, ready to act, and always within reach.

Key Features at a Glance

• Voice Biometric Authentication: Secure access using your voice signature.
• Local Processing: No internet? No problem. REDQUEEN runs entirely on-device.
• PTT Integration: Seamlessly works with your existing Push-to-Talk and headset setup.
• UI and Plugin Control: Navigate ATAK and trigger plugin actions by voice.

Capabilities That Matter

REDQUEEN isn’t just about talking to your device—it’s about doing things smarter:

• Drop points, calculate ranges, and check bearings
• Perform on-the-fly math and unit conversions
• Set mission timers and alarms
• Navigate through ATAK’s UI without lifting a finger
• Get notified about geofence events, friendlies, and hostiles
• Use tools like Bloodhound or integrated note-taking—all by voice

Whether you’re dismounted or operating in a complex environment, REDQUEEN reduces distractions and increases focus by letting you stay heads-up and hands-free.

What’s New in REDQUEEN 2.0.1?

The latest release brings even more polish and capability:

• New Beta TTS Engine: A more natural-sounding Text-to-Speech system.
• Voice Streaming Optimization: Improved voice recognition responsiveness.
• PTT Mode Battery Optimization: Saves precious battery life during extended ops.

Plus, UI updates and new toggles give users more control over broadcast behavior and volume detection.

Final Thoughts

With REDQUEEN, you’re not just getting a plugin—you’re unlocking a new way of working in the field. It’s fast, secure, completely local, and ready to deploy without any added cost. It enhances ATAK by reducing cognitive load and giving you the tools to stay in command.

The post REDQUEEN for ATAK – A Smarter Way to Operate, Now Completely Free appeared on Hamradio.my - Amateur Radio, Tech Insights and Product Reviews by 9M2PJU.

Before diving into TAKOS-CIV, it’s essential to understand the core technology it leverages: the Team Awareness Kit (TAK). Originally known as the Android Tactical Assault Kit, or ATAK, this powerful software suite was developed by the U.S. Air Force Research Laboratory. While its roots are in military operations, ATAK has evolved significantly and is now widely adopted across a diverse range of civilian and professional applications.

What is ATAK?

At its heart, ATAK is a smartphone geospatial infrastructure and situational awareness application. It enables seamless, real-time collaboration and information sharing over geographical areas. Think of it as a dynamic, interactive map on your mobile device that constantly updates with critical data from your team members and integrated sensors.

Key aspects of ATAK include:

• Geospatial Visualization: Users can view and share maps, locations, markers, sensor data, and other critical information on a digital interface. This provides a unified operational picture for all team members.
• Real-time Collaboration: It allows for precision targeting, intelligence on surrounding terrain, navigation, and data sharing through chat, file sharing, photo sharing, and video streaming. This moves beyond traditional radio communications by providing visual and immediate updates.
• Adaptability and Extensibility: ATAK has a plugin architecture, allowing developers to add functionality and customize it for specific missions, such as direct action, law enforcement, disaster response, and off-grid communications.
• Diverse Applications: While initially designed for combat zones, ATAK has been adapted for use by local, state, and federal agencies, including law enforcement, emergency management, search and rescue, wildland firefighting, and even event security.

There are different versions of TAK, including:

• ATAK-CIV: A civilian-focused version, often used by first responders, licensed commercial developers, and non-profits.
• WinTAK: A version for Microsoft Windows operating systems, offering similar functionalities on a desktop platform.
• iTAK: An application for iOS devices (iPhones and iPads).

The strength of ATAK lies in its ability to connect various devices – from smartphones and tablets to drones and specialized sensors – providing all users with up-to-the-second situational awareness, which is critical in high-stress, dynamic environments.

TAKOS-CIV: Elevate Your Team’s Awareness with a Ready-to-Deploy TAK Server

Now that you understand the power of ATAK, let’s explore TAKOS-CIV – a ready-to-deploy TAK Server solution specifically designed to bring this advanced capability to civilians, commercial entities, NGOs, search and rescue teams, and non-profits.

What is TAKOS-CIV?

TAKOS-CIV offers a convenient, monthly subscription-based service that takes the complexity out of deploying and managing a TAK server. It’s built to be scalable, ensuring quick field deployment whenever and wherever you need it. Forget the headaches of setting up and maintaining your own infrastructure; TAKOS-CIV provides a robust, privately hosted solution that empowers your team with enhanced communication and situational awareness.

Key Features and Benefits:

• Private TAK Server & Subdomain: Get your own dedicated TAK server and a custom subdomain for seamless team integration.
• Universal Device Compatibility: Whether your team uses Androids, iPhones, or Windows devices, TAKOS-CIV ensures broad compatibility, allowing everyone to connect effortlessly.
• Drone Support & Video Integration: Directly connect your drones to the server, streaming real-time UAS video and telemetry to your entire team. Plus, enjoy 2TB of storage for video feeds and playback, providing invaluable post-mission analysis.
• Encrypted Communications: All team communications are encrypted, ensuring secure and private exchanges.
• Mission and Map Storage: Keep all your critical mission data and maps centrally stored and accessible.
• VPN Support: Enhance security and connectivity with integrated VPN support.
• Pre-programmed End-User Devices (EUDs): For ultimate convenience, you can order pre-programmed EUDs, ready to go right out of the box.
• Premium Support Plan: For organizations that require expert assistance, a premium support plan offers dedicated help with device provisioning and setup, ensuring you get the most out of your TAKOS-CIV server.

Why Choose TAKOS-CIV?

When compared to other solutions, TAKOS-CIV stands out with its comprehensive offerings and dedicated support. You benefit from unlimited users and devices, robust video streaming capabilities, seamless drone integration, and extensive mission and map storage.

Real-World Success Stories:

Don’t just take our word for it. TAKOS-CIV has garnered praise from professionals across various fields, including law enforcement, defense contracting, and search and rescue. Users consistently highlight its reliability, ease of use, and affordability as key factors in their operational success.

Get Started Today!

If you’re looking to enhance your team’s situational awareness, streamline communications, and improve operational efficiency, TAKOS-CIV provides a powerful and accessible solution. Visit their website to learn more and subscribe to a plan that fits your needs.

Learn more about TAKOS-CIV

The post TAKOS-CIV: Elevate Your Team’s Awareness with a Ready-to-Deploy TAK Server appeared on Hamradio.my - Amateur Radio, Tech Insights and Product Reviews by 9M2PJU.

FreeTAKServer (FTS) is a Python3-based implementation of a TAK server designed to support situational awareness, data synchronization, mission planning, and more. In this guide, we’ll walk you through the easiest installation methods for FTS using DigitalOcean (cloud) and Raspberry Pi 4.

1. Installing FTS on DigitalOcean (Cloud)

Prerequisites:

• Create a DigitalOcean account and set up a droplet with Ubuntu 22.04 as the OS.

Installation Steps:

1. Create the Droplet:
   • In your DigitalOcean dashboard, create a new droplet. Choose Ubuntu 22.04 as the operating system.
2. Access Your Droplet:
   • Once your droplet is created, access it via SSH. Replace <your_droplet_ip> with your droplet’s IP address: ssh root@<your_droplet_ip>
3. Run the Installation Script:
   • Once logged in, execute the following command to download and run the FTS installation script: wget -qO - bit.ly/freetakhub2 | sudo bash
4. Complete the Installation:
   • The script will automatically handle the setup. Wait for it to complete, and FTS will be up and running on your droplet.
5. Access the Web Interface:
   • Once installed, you can access the FTS web administration interface by opening a browser and navigating to: http://<your_droplet_ip>:8080
   • Login with the default credentials (you may want to change them after installation).

2. Installing FTS on Raspberry Pi 4 (Single Board Computer)

Prerequisites:

• A Raspberry Pi 4 with Ubuntu 22.04 server x64 installed on an SD card.

Installation Steps:

1. Prepare Your Raspberry Pi:
   • Flash the Ubuntu 22.04 server x64 image to an SD card using a tool like Raspberry Pi Imager or Balena Etcher.
   • Insert the SD card into your Raspberry Pi 4, power it on, and connect to your network.
2. Identify the IP Address:
   • Once the Raspberry Pi is booted up, identify its IP address. You can use a tool like ifconfig or find it via your router’s admin page.
3. Set the Environment Variable:
   • Open a terminal on the Raspberry Pi and set the IP address environment variable: export MY_IPA=<your_raspberry_pi_ip_address>
4. Run the Installation Script:
   • Execute the installation command: wget -qO - bit.ly/freetakhub2 | sudo bash -s -- --ip-addr ${MY_IPA}
5. Complete the Installation:
   • The script will handle the installation process. After the script completes, your Raspberry Pi will be ready to run FTS.
6. Access the Web Interface:
   • On a browser, visit the following URL: http://<your_raspberry_pi_ip>:8080
   • You should now be able to access the FTS web interface and begin configuring your server.

3. Other Installation Methods

If you’re using another platform or need more advanced configuration options, refer to the ZeroTouch Installer documentation to customize the installation process based on your specific needs. You can find more details on this in the ZeroTouch Installer documentation.

4. Accessing the FTS Web Interface

After installation, you can access the FTS web interface by navigating to http://<server_ip>:8080 in a browser. The web interface allows you to:

• Manage users and devices
• Upload and retrieve data packages
• Configure mission planning and task lists

5. Federation and Advanced Configuration

FTS supports federation services, allowing you to connect multiple FTS instances. If you’re planning to federate your server with others, follow the steps in the Federation Service documentation.

Conclusion

Installing FreeTAKServer is straightforward, whether you’re deploying it on a cloud instance like DigitalOcean or a local Raspberry Pi 4. With its robust feature set for situational awareness, FTS provides powerful tools for managing operations and tasks in real-time. Follow the steps in this guide to get started, and explore the additional resources available on the FreeTAKServer documentation page.

If you encounter any issues, feel free to reach out to the FreeTAKTeam via their Discord server or visit their YouTube channel for tutorials and more!

The post How to Install FreeTAKServer (FTS) for Situational Awareness appeared on Hamradio.my - Amateur Radio, Tech Insights and Product Reviews by 9M2PJU.

When you’re out in the wild, communication should be the last thing you worry about. Whether you’re navigating rugged terrains, coordinating tactical operations, or responding to emergencies, the Beartooth MK II ATAK Mesh Networking Radios ensure you stay connected no matter the situation. Built for professionals, adventurers, and first responders, these radios provide live tracking, push-to-talk voice communication, and advanced mesh networking to keep your team connected—even when traditional networks fail.

Why Choose Beartooth MK II?

Reliable Communication in Any Environment

• Live location tracking – Monitor your team’s real-time movement.
• Push-to-talk voice communication – Clear, instant, and dependable.
• Direct and group messaging – Stay in touch with individual team members or broadcast messages to the whole crew.
• Advanced mesh networking – Auto-builds a network supporting over 100 devices, ensuring seamless communication in mission-critical situations.

Built for Situational Awareness with ATAK

The Beartooth MK II integrates seamlessly with the Android Team Awareness Kit (ATAK), giving users a tactical advantage in complex environments.

Geo-locate your team – Share real-time positioning with your group.
Plan your route – Navigate effectively with enhanced mapping features.
Place and share markers – Coordinate operations and missions with ease.

Endorsed by the Pros

Paul B. | Founder, Private Tier Solutions

“Beartooth takes user feedback seriously. They’re not just selling a product; they’re dedicated innovators pushing the limits of what’s possible.”

Andreas J. | Fire Captain, Corona Fire Department

“Beartooth MK II and the ATAK plugin have revolutionized our firefighting and rescue operations. Even without cellular signals, communication remains smooth and reliable.”

Operational Detachment Alpha 18E

“I was a comms guy on another team, and everyone was drooling over this system. Beartooth has a solid product!”

Technical Excellence in a Compact Design

The Beartooth MK II isn’t just powerful—it’s rugged, secure, and built to last.

AES-256 encryption – Maximum security with low probability of detection or interception.
30-mile line-of-sight range – Long-range connectivity for critical operations.
Self-forming, self-healing mesh network – Automatically adjusts for optimal performance.
Supports up to 6 hops and 100+ nodes – Expanding your communication reach.
Two-day battery life – Designed for endurance in the field.
Made in the USA – ITAR-Free, EAR 99, 889, and TAA compliant.

Beartooth MK II: In the Box

• Two (2) Beartooth MK II Radios
• Pelican Case for ultimate protection
• USB A to C Charging Cables
• Beartooth MK II ATAK Plugin for seamless tactical integration

Seamless Compatibility

The Beartooth MK II works with both Android and iOS devices and is compatible with various PTT earpieces, including:

• Savox BT COM
• Aina PTT Voice Responder
• Blu-Genie Bluetooth PTT Adapter (Klein Electronics)
• Triumph 1-Wire PTT Earpiece (Klein Electronics)
• Blu-PTT Bluetooth PTT Button (Klein Electronics)

Ready to Elevate Your Communication?

Whether you’re an outdoor enthusiast, first responder, military operator, or tactical professional, the Beartooth MK II ATAK Mesh Networking Radios deliver unmatched reliability. Get yours today and ensure your team stays connected, informed, and mission-ready.

Order Now and Stay Connected When It Matters Most!

The post Beartooth MK II ATAK Mesh Networking Radios – Unmatched Communication When It Matters Most appeared on Hamradio.my - Amateur Radio, Tech Insights and Product Reviews by 9M2PJU.

Enhanced Performance, Compact Design

The goTenna Pro X2 is engineered for peak performance without compromising on portability. As the lightest option in its class at just 100 grams, it is significantly more compact than standard radio devices, making it the ideal solution for teams on the move. Despite its small size, the Pro X2 delivers unmatched long-range capabilities, with testing confirming it can reach over 100 miles in point-to-point communication when using an aerial relay. This makes it a perfect fit for both military and civilian operations that require reliable, long-distance connectivity.

Powerful, Secure Communication

One of the standout features of the goTenna Pro X2 is its robust security. With AES 256-bit encryption and full integration with the goTenna-ATAK plugin, users can send secure messages, share real-time locations, and coordinate mission-critical activities with peace of mind. Whether your team is in a remote area, conducting reconnaissance, or managing field operations, the Pro X2 ensures that sensitive data remains protected at all times.

Seamless Integration with ATAK and Custom Applications

The goTenna Pro X2 is fully compatible with the Android Team Awareness Kit (ATAK), an advanced situational awareness tool used by government agencies and military forces. With the goTenna-ATAK plugin, users can directly share locations, messages, and more, even when off-grid. This integration makes the Pro X2 an invaluable tool for teams relying on ATAK’s rich functionality for mission planning, navigation, and real-time updates.

Moreover, the goTenna Pro X2 isn’t just limited to ATAK; it is also fully compatible with the goTenna Pro App for iOS and Android, providing additional mapping and messaging capabilities to enhance situational awareness in off-grid environments. For even greater flexibility, goTenna offers a developer toolkit, allowing teams to integrate the Pro X2 into custom applications and extend its functionalities to meet specific mission needs.

Long-Lasting Power for Extended Operations

When it comes to tactical operations, the ability to stay connected for long durations is essential. The goTenna Pro X2 is built to last, offering up to 9 hours of continuous operation on a single charge – enough for most standard missions. For extended operations, advanced power management options are available, including solar relays and device tethering, ensuring that your communication network remains online, no matter the length or location of your operation.

Rapid Deployment in Challenging Environments

In the field, time is of the essence. The goTenna Pro X2 is designed for rapid deployment, enabling teams to set up a fully off-grid mesh network in minutes. Whether you’re on the ground, in the air, or navigating difficult terrain, you can count on the Pro X2 to deliver reliable communication in the most challenging environments.

Rugged and Ready for Anything

Built to meet MIL-STD-810 standards, the goTenna Pro X2 is ruggedized to withstand the toughest conditions. From extreme temperatures to humidity and shock resistance, the Pro X2 is engineered to perform under pressure. This durability ensures that your team’s communication network remains intact, no matter where the mission takes you.

Scalability for Growing Teams

The goTenna Pro X2 can scale to meet the needs of any mission. Tested to work with more than 60 nodes in a single network, it ensures that large teams can stay connected across vast areas. Whether you’re working in a small squad or coordinating large-scale operations, the Pro X2 provides the scalability you need to maintain reliable communication.

Trusted by Leading Organizations

The goTenna Pro X2 is already trusted by a number of high-profile organizations, including U.S. Customs and Border Protection, AFWERX, the National Science Foundation, and the 147th Air Support Operations Squadron. These agencies rely on the Pro X2’s powerful mesh networking capabilities to extend communication in remote areas and ensure mission success.

Conclusion: A Game-Changer for Tactical Communication

The goTenna Pro X2 is revolutionizing the way tactical teams communicate. Its lightweight design, long-range capabilities, secure messaging, and seamless integration with ATAK and custom applications make it the ideal solution for both military and civilian operations. Whether you’re conducting reconnaissance, managing field operations, or coordinating large-scale deployments, the Pro X2 ensures you remain connected when it matters most.

With its rugged build, rapid deployability, and long-lasting power, the goTenna Pro X2 is built to withstand the toughest conditions while providing secure, reliable communication in any environment. Experience the future of tactical communication and take your operations to the next level with the goTenna Pro X2.

For more info, visit https://gotenna.com/

The post Unlocking Tactical Communication with goTenna Pro X2: The Ultimate Mesh Networking Device for Mission-Critical Operations appeared on Hamradio.my - Amateur Radio, Tech Insights and Product Reviews by 9M2PJU.