Using AI-powered mesh networks to bring connectivity to remote areas
SonNetAI leverages the lightning-fast intelligence of Perplexity's Sonar API to enable real-time decision making in mesh networks.
Sonar API delivers responses in milliseconds, enabling real-time network management.
Sophisticated AI capabilities power our multi-agent system for optimal decision making.
Sonar enables autonomous network repair and optimization without human intervention.
Powered by Perplexity's Sonar API for real-time decision making
Role: Central decision maker for routing and network management
Priority: 1 (Highest)
Coordinates all agents and makes final decisions on network operations.
Role: Collects and analyzes terrain and environmental data
Priority: 2
Provides real-time environmental context for optimal signal propagation.
Role: Manages secure data transmission protocols
Priority: 2
Ensures all data packets are securely encrypted during transmission.
Role: Detects and responds to security threats
Priority: 2
Monitors network for intrusions and implements defensive measures.
Role: Challenges decisions to ensure optimal outcomes
Priority: 3
Provides alternative perspectives and identifies potential issues.
Role: Identifies and repairs network issues
Priority: 2
Implements recovery procedures and maintains system resilience.
Experience the power of Perplexity's Sonar API in action
Analyze connectivity needs for a specific location to establish a mesh network.
Get equipment recommendations for mesh network deployment.
For the mountainous terrain of Lesotho, a hierarchical mesh network with strategically placed high-elevation nodes is optimal. This topology provides the best balance of coverage, resilience, and cost-effectiveness.
A phased deployment starting with high-elevation primary nodes, followed by secondary and edge nodes. Community involvement in installation and maintenance will be crucial for sustainability. Recommend starting with a pilot in the Maseru district before expanding to more remote areas.
The proposed mesh network would cost approximately $180,000 for full deployment, or $3,000-$4,000 per village connected. This is 65% less expensive than traditional infrastructure and can be implemented in 8-12 months rather than 3-5 years.
SonNetAI is a revolutionary platform that combines the power of Perplexity's Sonar API with Google Earth Engine to analyze and plan mesh network deployments in underserved areas.
Our mission is to bridge the digital divide by providing connectivity solutions to regions with limited internet access, enabling education, healthcare, and economic opportunities.
Using advanced AI and geospatial analysis, we identify optimal network configurations, recommend appropriate equipment, and generate comprehensive deployment plans tailored to specific locations and constraints.
Leverage Google Earth Engine to analyze building density and terrain for optimal node placement.
Utilize Perplexity's Sonar API for real-time decision making and intelligent network planning.
Generate budget-conscious equipment recommendations and deployment strategies.
Sonar API provides the intelligence backbone for our multi-agent system, enabling real-time decision making with unparalleled speed and accuracy.
Millisecond response times enable real-time network management even in challenging conditions.
Perfect for coordinating specialized agents in a hierarchical decision-making system.
Contextual understanding allows for intelligent responses to changing network conditions.