ACR Electronics, Inc.

Bivy Stick MESH Satellite Communicator


The Bivy Stick MESH Satellite Communicator revolutionizes remote communication with dual-mode connectivity, seamlessly integrating global satellite reach and LoRa-enabled mesh networking for enterprise operations in off-the-grid locations.

  • Truly global Iridium® Satellite coverage
  • LoRa®-enabled mesh networking
  • SOS emergency reserve battery

Key Features

Combining robust global satellite communication with LoRa-enabled mesh networking, the Bivy Stick MESH offers unparalleled connectivity, making it an essential tool for teams in remote and challenging environments.

Dual Communication Modes

The Bivy Stick MESH uniquely combines LoRa-enabled mesh networking with global satellite communication, ensuring reliable connectivity in diverse environments. This dual-mode capability sets a new standard in outdoor communication technology, empowering users with seamless transitions between networks.

LoRa-Enabled Messaging

Experience rapid device-to-device message transmission within seconds, significantly faster than traditional satellite communication. This feature enhances coordination and communication efficiency, especially in time-sensitive situations.

Adaptive to Tough Environments

Designed to operate seamlessly in extreme locales, the Bivy Stick MESH excels in dense woodlands and urban areas with concrete structures. It is an indispensable asset for teams and first responders in signal-compromised zones, ensuring reliable communication under challenging conditions.

Intelligent Message Relay

Acting as a communication node, the Bivy Stick MESH intelligently relays messages either device-to-device or via satellite. This maximizes communication efficiency by optimizing message routing through devices with stronger connections.

SOS Emergency Reserve Battery

Equipped with a dedicated 24-hour SOS battery reserve, the Bivy Stick MESH ensures that critical SOS signals are maintained during emergencies, providing peace of mind and enhanced safety for users in remote locations.