Why BELUGA?
Multimodal Sensor Fusion
Seamlessly combine SONAR (sound) and LIDAR (visual) data with SOLIDAR™ fusion technology.
Extreme Environment Operation
Operates in challenging conditions from -40°C to 125°C for underwater, underground, and space applications.
Quantum-Resistant Security
Built with quantum-resistant security protocols to protect your data now and in the future.
Quick Start
Installation
visit github: https://github.com/webxos/DUNES/tree/main/beluga
Basic Usage EXAMPLE:
from beluga import BELUGACore
# Initialize BELUGA core
beluga = BELUGACore()
# Configure for your application
config = {
"mode": "subterranean",
"sensors": ["lidar", "sonar"],
"sustainability": "recursive_optimization"
}
beluga.configure(config)
# Start processing
results = beluga.explore_environment(environment_data)
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Performance Metrics
| Metric | BELUGA Performance | Traditional Systems |
|---|---|---|
| Data Fusion Speed | 2.7ms per fusion | 15ms per fusion |
| Storage Efficiency | 94% compression | 70% compression |
| GPS-Denied Navigation | 0.3m accuracy | 5m+ accuracy |
| Power Consumption | 23W average | 85W average |
| Extreme Temp Operation | -40°C to 125°C | 0°C to 70°C |
Application Examples
Cave Exploration EXAMPLE:
class SubterraneanBELUGA(BELUGACore):
def __init__(self):
super().__init__()
self.navigation = GPSDeniedNav()
self.mapping = CaveMappingAI()
def explore_cave(self, cave_network):
map_data = self.mapping.generate_3d_map(cave_network)
optimal_path = self.navigation.calculate_path(map_data)
return optimal_path
Underwater Mapping EXAMPLE:
class SubmarineBELUGA(BELUGACore):
def __init__(self):
super().__init__()
self.navigation = AquaticNavSystem()
self.sonar = AdvancedSonarProcessing()
def underwater_mapping(self, area):
sonar_data = self.sonar.capture_area(area)
processed_data = self.sonar.quantum_enhance(sonar_data)
seabed_map = self.navigation.create_3d_map(processed_data)
return seabed_map
Research Applications
- Marine Biology: Whale song analysis with quantum audio processing
- Geology: Subterranean mineral mapping with SOLIDAR™ fusion
- Climate Science: Extreme environment monitoring with adaptive IOT
- Archaeology: Underwater ruin exploration with precision mapping
Integration with WebXOS
BELUGA seamlessly integrates with the WebXOS ecosystem through MCP (Modular Control Protocol) and DUNES security framework.
visit the github: https://github.com/webxos/DUNES/tree/main/beluga