XPERT provides wireless underwater communication technology for offshore resource monitoring and defense applications. Their system enables high-speed data transfer in the seabed, offering a stealthy and ecosystem-friendly alternative to traditional methods. This allows civil and military organizations to enhance surveillance and protection of underwater infrastructure.
Funding
Funding not disclosed
Founders
Product
Problem
Monitoring underwater environments and infrastructure traditionally relies on wired systems or acoustic communication, which can be expensive to deploy, power-intensive, and limited in bandwidth and range. Existing methods often lack the stealth required for sensitive military or surveillance applications, and can negatively impact marine ecosystems.
Solution
XPERT provides autonomous systems for harsh environments, specializing in wireless underwater communication and networked sensors. Their technology enables high-bandwidth data transfer between submerged assets, surface stations, and remote monitoring centers. The systems incorporate AI-powered circuits for data processing, autonomous decision-making, and optimized energy consumption. XPERT's solutions are designed for long-term deployment in extreme conditions, offering a stealthy, low-impact alternative to conventional underwater communication methods.
Target Audience
The primary customers are civil and military organizations involved in offshore resource monitoring, underwater infrastructure protection, and environmental surveillance.
Features
- Wireless underwater communication nodes for real-time data transmission
- Sensor network configurations adaptable to probes, buoys, and autonomous underwater vehicles (AUVs)
- AI-powered circuits for local data processing and energy management
- Ruggedized enclosures for protection in harsh industrial and marine environments
- Mesh networking capabilities for extended range and redundancy
- Energy harvesting technology for persistent IoT deployments
- Digital twin technology for simulation and predictive maintenance
- Low-frequency, bio-mimetic communication protocols for long-range, low-power data transfer (UDolph'IA)