WaveSync

IoT hardware platform for underwater communication using acoustic signal modulation and encrypted mesh networks.

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Project Overview

WaveSync is an innovative underwater IoT communication system that leverages acoustic signal modulation and encrypted mesh networking to create reliable, long-range communication between submerged devices. Our solution enables oceanographic research, submersible robotics, and marine infrastructure monitoring by overcoming the limitations of traditional radio frequency communication in aquatic environments.

Acoustic Modems

  • 1-5 kHz frequency range for long-range water transmission
  • Adaptive beamforming for directional underwater signal transmission
  • 98% packet recovery rate in 300m depth field tests

Mesh Networking

  • Self-healing mesh topology with adaptive routing
  • End-to-end AES-256 encryption for secure data transmission
  • 3D spatial routing for multi-layered underwater topologies

How It Works

Signal Encoding

WaveSync uses frequency-shift keying (FSK) with 16 distinct audio frequencies to represent digital data. Our proprietary modulation algorithm compensates for water temperature gradients and pressure variations that affect acoustic transmission speed.

Network Topology

Nodes dynamically adjust routing strategies based on signal strength, node density, and environmental conditions. This allows for organic network growth and self-repair capabilities even in rapidly changing underwater environments.

Where We're Deployed

32
Active Nodes
7.2
Average Range (Meters)

Ready to Dive Into Innovation?

Join marine biologists and engineers working on the next frontier of undersea communication technology. Help us solve the challenges of deep ocean connectivity.