terr_Intelligence is an advanced war planning and geospatial intelligence tool designed to analyze terrain data from satellite imagery and drone inputs. It evaluates terrain conditions, identifies obstacles, and generates optimized routes and strategies. The system supports real-time updates, allowing dynamic replanning based on unit placement and changing conditions.
- Interactive map visualization using Pygame
- Terrain evaluation including natural land assessment and obstacle detection
- Risk-based scoring of terrain regions to assist strategic decisions
- Tools for plotting attack and defense strategies
- Ability to place units such as artillery, tanks, and troops on specific locations
- Dynamic strategy replanning based on unit placement and battlefield changes
- Support for importing and visualizing custom geospatial data such as DEMs and satellite imagery
- Mission management tools for organizing objectives and strategies
- Real-time tracking for continuous updates and optimization
- Terrain analysis using satellite and drone data
- Classification of land types and identification of obstacles
- Terrain scoring based on accessibility, risk, and movement feasibility
- Path optimization using graph algorithms with terrain constraints
- AI-powered strategy generation and adaptation
- Real-time recalculation of routes and plans when units are repositioned
- Visualization of terrain, units, and routes using Pygame
- Pygame for rendering terrain, units, and strategic overlays
- Google Earth Engine
- USGS Earth Explorer
- Bhuvan Open Data Archive
- QGIS
- MongoDB for storing terrain data, mission plans, unit positions, and historical strategies
- Llama 3.2 for strategy generation and decision support
- Import terrain data from satellite imagery, drone feeds, or DEMs
- Analyze terrain to identify land types, elevation, and obstacles
- Assign risk and movement scores to different terrain regions
- Define mission parameters such as start point, destination, and constraints
- Place units (artillery, tanks, troops) on the map
- Generate optimized routes and strategies using pathfinding and AI models
- Dynamically update and replan strategies based on unit placement and real-time changes
- Visualize terrain, units, and routes through the Pygame interface
- Military strategy simulation
- Disaster response planning
- Search and rescue operations
- Terrain-aware logistics and route optimization
This project is intended for educational, research, and simulation purposes only. It is not designed for real-world military deployment.