PV1 DART

The DART Prototype Version 1 

D.ecentralized
A.ustere
R.adio
T.ransceiver

The PV1 DART Parts include:

- 915mHz LoRa Radio

- Latest stable Meshtastic firmware

- IP66 Aluminum Enclosure

- IP67 USB C cable (charging and data)

- IP67 USC C bulkhead (charging and data)

- LoRa Antenna (gooseneck)

- External GPS Antenna

- Accelerometer 

- Bluetooth 

- 3000mAh rechargeable lithium battery

- Programming: Preconfigured with encrypted ATAK, unencrypted community, and encrypted GhostNet channels 

APPS AND FIRMWARE:

ATAK Integration: Fully compatible with the Android Team Awareness Kit (ATAK) through the Meshtastic plug-in for real-time, geospatial mapping and situational awareness. DART supports both Bluetooth and serial data communication to EUDs. 

Meshtastic Firmware: Runs on the open-source Meshtastic protocol, allowing for decentralized, encrypted communication, perfect for areas without cell coverage. iOS, Android, and web client apps available. 

FEATURES:

• Open Source Firmware
Leverage customizable and community-driven firmware, allowing for ongoing enhancements and adaptability to meet specific operational needs.

• Decentralized Architecture
Eliminate reliance on centralized infrastructure, enabling a robust, self-healing mesh network that enhances reliability in austere environments.  

• ISM Unlicensed Frequency
Operate freely on ISM bands without licensing requirements, ensuring immediate deployment in diverse operational scenarios.

• ATAK Plugin Capable
Integrate seamlessly with the Android Team Awareness Kit (ATAK) for enhanced situational awareness, real-time data sharing, and effective mission coordination.

• Multi Functionality Platforms
Utilize the device independently with Meshtastic or integrate with both ATAK and CalTopo for flexible tracking communication and mapping options tailored to mission demands.

• AES-256 Encrypted Channels
Ensure secure communications with advanced AES-256 encryption, safeguarding sensitive information from interception and unauthorized access.

• Low Power Consumption
Designed for extended field operations, this device minimizes power usage, maximizing battery life for prolonged missions without sacrificing performance.

• Line-of-Sight Connections
Achieve reliable communication with line-of-sight connections, allowing for effective transmission over distances in open terrains and challenging environments.

• Robust Build Quality
Constructed to withstand harsh conditions, the device is resistant to impacts, moisture, and extreme temperatures, ensuring operational readiness in any environment.

• Real-time Messaging and Alerts
Facilitate immediate communication with instant messaging capabilities and alerts, enabling timely updates and critical information dissemination among team members.

• GPS Integration
Incorporate GPS functionality to share location data across the mesh network, enhancing coordination and situational awareness during missions.

• Modular Design
Feature a modular setup that allows for easy upgrades and custom configurations, ensuring adaptability to evolving mission requirements.

• Intuitive User Interface

Equipped with an easy-to-navigate interface, enabling quick access to critical features and settings for efficient operation in the field.

ABOUT DART:

1. Decentralized:

DART operates independently from conventional networks, making it ideal for staying connected in remote or off-grid areas without relying on cell towers, Wi-Fi, or central hubs. This decentralized approach ensures robust, private (AES-256 encryption), and adaptable communication across peer-to-peer networks, keeping you connected even when traditional infrastructure is compromised or unavailable.

2. Austere:

 is purpose-built for extreme and rugged environments, from remote wilderness to resource-scarce locations. This radio is designed to excel in challenging conditions, where equipment must be durable and self-sufficient. This makes it the perfect tool for professionals, explorers, and responders operating in environments where traditional devices maynot function.

3. Radio:

With its foundation in LoRa radio technology, DART enables long-range, low energy communication that’s unaffected by network availability. Unlike some traditional radios, DART also incorporates advanced protocols for efficient and secure data, enhancing its versatility and range of uses. This highlights DART’s robust communication capabilities, even in areas where other forms of communication are unreliable.

4. Transceiver:

DART sends, receives, and relays signals, providing two-way mesh network communication. This feature is crucial for real-time coordination and information exchange in remote or austere environments. The term “transceiver” emphasizes DART’s dual functionality, allowing users to maintain ongoing, interactive communication without needing additional equipment—ideal for teams who rely on fast, reciprocal connections to ensure mission success.