3D Digital Twin Infrastructure Simulation
Budget: ₹37,500 – ₹75,000 INR
Project Title
3D Digital Twin Platform for Depot Planning, Logistics & Emergency Response
Project Overview
I am looking for an experienced development team to build a high-fidelity 3D Digital Twin platform for a large logistics/depot environment.
The objective is to create a virtual replica of a depot that enables:
Infrastructure visualisation
Logistics planning
Vehicle movement simulation
Emergency response training
Firefighting simulations
Maintenance planning
AI-assisted infrastructure analysis
Personnel training in VR/Desktop environments
The software should function as a planning and decision-support tool.
---
Objectives
The system should:
Create a realistic 3D representation of an entire depot.
Import maps, CAD drawings, or GIS data.
Simulate daily operations.
Train personnel using virtual scenarios.
Identify infrastructure bottlenecks.
Support future AI integration.
---
Core Modules
Module 1 – 3D Depot Digital Twin
Features:
Entire depot rendered in 3D
Buildings
Roads
Storage facilities
Vehicle sheds
Offices
Parking areas
Utilities
Boundary walls
Gates
Terrain
Trees
Lighting
Navigation:
Walk Mode
Vehicle Mode
Drone Mode
Bird's Eye View
Free Camera
---
Module 2 – GIS Mapping
Import:
CAD drawings
Satellite imagery
GIS shapefiles
GPS coordinates
Layers:
Roads
Buildings
Drainage
Water network
Power network
Hydrants
Utilities
Restricted areas
Storage locations
Layer controls similar to Google Earth.
---
Module 3 – Asset Management
Every structure should be clickable.
Example:
Warehouse A
Construction year
Area
Capacity
Maintenance history
Inspection status
Photos
Documents
Responsible officer
Upcoming maintenance
Searchable database.
---
Module 4 – Vehicle Simulation
Vehicles:
Trucks
Forklifts
Fire tenders
Utility vehicles
Tankers
Features:
AI driving
Route planning
Traffic simulation
Parking simulation
Turning radius
Speed limits
Road restrictions
---
Module 5 – Emergency Response Simulator
Scenario Builder
Examples:
Warehouse fire
Vehicle accident
Electrical fault
Chemical spill
Flooding
Storm damage
Power outage
Features:
Timeline playback
Incident location
Automatic alert generation
Response timer
Resource deployment
Evacuation planning
Replay mode
Performance analytics
---
Module 6 – Firefighting Simulation
Simulation should include:
Smoke propagation
Fire spread
Wind influence
Water sources
Hydrant coverage
Fire tender movement
Blocked roads
Response timing
Personnel deployment
Equipment allocation
Heat map
Replay
Training scoring
---
Module 7 – AI Infrastructure Analysis
Artificial Intelligence should identify:
Traffic bottlenecks
Poor road layout
Dead-end roads
Long response routes
Single points of failure
Poor hydrant coverage
Maintenance priorities
Under-utilised infrastructure
Congested vehicle routes
Provide recommendations with explanations.
---
Module 8 – Maintenance Management
Track:
Buildings
Roads
Hydrants
Electrical systems
Lighting
Drainage
Equipment
Maintenance calendar
Inspection reminders
Defect reporting
History
Photos
---
Module 9 – Analytics Dashboard
Dashboard showing:
Infrastructure status
Maintenance KPIs
Vehicle utilisation
Emergency response time
Road usage
Asset health
Heat maps
Interactive charts
---
Module 10 – AI Assistant
ChatGPT-style assistant.
Capabilities:
Search assets
Find buildings
Locate hydrants
Explain SOPs
Generate reports
Summarise incidents
Search maintenance records
Natural language queries.
---
Admin Panel
Role-based access.
Administrator
Supervisor
Planner
Operator
Viewer
Audit logs.
---
Reports
Generate:
PDF
Excel
Inspection reports
Maintenance reports
Incident reports
Training reports
Asset reports
---
Search System
Search by:
Building
Road
Vehicle
Asset ID
Location
Officer
Maintenance status
Keywords
---
Future Expansion
Architecture should support future modules:
IoT sensors
Live CCTV integration
Weather integration
Drone imagery
Indoor navigation
AR maintenance assistance
VR training
Predictive maintenance
---
Technology Stack (Preferred)
Frontend
Unreal Engine 5 (preferred) or Unity
Backend
Python (FastAPI) or .NET
Database
PostgreSQL + PostGIS
GIS
Cesium
ArcGIS SDK (optional)
QGIS compatibility
3D Modelling
Blender
CAD import support
Authentication
JWT / OAuth
Deployment
Windows desktop application
Optional web dashboard
---
Deliverables
Complete source code
Database schema
Documentation
Installation guide
User manual
Admin manual
API documentation
Sample 3D environment
Testing reports
3 months of bug-fix support
---
Desired Freelancer Skills
Unreal Engine 5 or Unity
GIS and geospatial development
3D modelling and CAD workflows
PostgreSQL/PostGIS
Python or .NET backend
AI/ML integration
Desktop application development
Simulation systems
Technical documentation
3D Digital Twin Platform for Depot Planning, Logistics & Emergency Response
Project Overview
I am looking for an experienced development team to build a high-fidelity 3D Digital Twin platform for a large logistics/depot environment.
The objective is to create a virtual replica of a depot that enables:
Infrastructure visualisation
Logistics planning
Vehicle movement simulation
Emergency response training
Firefighting simulations
Maintenance planning
AI-assisted infrastructure analysis
Personnel training in VR/Desktop environments
The software should function as a planning and decision-support tool.
---
Objectives
The system should:
Create a realistic 3D representation of an entire depot.
Import maps, CAD drawings, or GIS data.
Simulate daily operations.
Train personnel using virtual scenarios.
Identify infrastructure bottlenecks.
Support future AI integration.
---
Core Modules
Module 1 – 3D Depot Digital Twin
Features:
Entire depot rendered in 3D
Buildings
Roads
Storage facilities
Vehicle sheds
Offices
Parking areas
Utilities
Boundary walls
Gates
Terrain
Trees
Lighting
Navigation:
Walk Mode
Vehicle Mode
Drone Mode
Bird's Eye View
Free Camera
---
Module 2 – GIS Mapping
Import:
CAD drawings
Satellite imagery
GIS shapefiles
GPS coordinates
Layers:
Roads
Buildings
Drainage
Water network
Power network
Hydrants
Utilities
Restricted areas
Storage locations
Layer controls similar to Google Earth.
---
Module 3 – Asset Management
Every structure should be clickable.
Example:
Warehouse A
Construction year
Area
Capacity
Maintenance history
Inspection status
Photos
Documents
Responsible officer
Upcoming maintenance
Searchable database.
---
Module 4 – Vehicle Simulation
Vehicles:
Trucks
Forklifts
Fire tenders
Utility vehicles
Tankers
Features:
AI driving
Route planning
Traffic simulation
Parking simulation
Turning radius
Speed limits
Road restrictions
---
Module 5 – Emergency Response Simulator
Scenario Builder
Examples:
Warehouse fire
Vehicle accident
Electrical fault
Chemical spill
Flooding
Storm damage
Power outage
Features:
Timeline playback
Incident location
Automatic alert generation
Response timer
Resource deployment
Evacuation planning
Replay mode
Performance analytics
---
Module 6 – Firefighting Simulation
Simulation should include:
Smoke propagation
Fire spread
Wind influence
Water sources
Hydrant coverage
Fire tender movement
Blocked roads
Response timing
Personnel deployment
Equipment allocation
Heat map
Replay
Training scoring
---
Module 7 – AI Infrastructure Analysis
Artificial Intelligence should identify:
Traffic bottlenecks
Poor road layout
Dead-end roads
Long response routes
Single points of failure
Poor hydrant coverage
Maintenance priorities
Under-utilised infrastructure
Congested vehicle routes
Provide recommendations with explanations.
---
Module 8 – Maintenance Management
Track:
Buildings
Roads
Hydrants
Electrical systems
Lighting
Drainage
Equipment
Maintenance calendar
Inspection reminders
Defect reporting
History
Photos
---
Module 9 – Analytics Dashboard
Dashboard showing:
Infrastructure status
Maintenance KPIs
Vehicle utilisation
Emergency response time
Road usage
Asset health
Heat maps
Interactive charts
---
Module 10 – AI Assistant
ChatGPT-style assistant.
Capabilities:
Search assets
Find buildings
Locate hydrants
Explain SOPs
Generate reports
Summarise incidents
Search maintenance records
Natural language queries.
---
Admin Panel
Role-based access.
Administrator
Supervisor
Planner
Operator
Viewer
Audit logs.
---
Reports
Generate:
Excel
Inspection reports
Maintenance reports
Incident reports
Training reports
Asset reports
---
Search System
Search by:
Building
Road
Vehicle
Asset ID
Location
Officer
Maintenance status
Keywords
---
Future Expansion
Architecture should support future modules:
IoT sensors
Live CCTV integration
Weather integration
Drone imagery
Indoor navigation
AR maintenance assistance
VR training
Predictive maintenance
---
Technology Stack (Preferred)
Frontend
Unreal Engine 5 (preferred) or Unity
Backend
Python (FastAPI) or .NET
Database
PostgreSQL + PostGIS
GIS
Cesium
ArcGIS SDK (optional)
QGIS compatibility
3D Modelling
Blender
CAD import support
Authentication
JWT / OAuth
Deployment
Windows desktop application
Optional web dashboard
---
Deliverables
Complete source code
Database schema
Documentation
Installation guide
User manual
Admin manual
API documentation
Sample 3D environment
Testing reports
3 months of bug-fix support
---
Desired Freelancer Skills
Unreal Engine 5 or Unity
GIS and geospatial development
3D modelling and CAD workflows
PostgreSQL/PostGIS
Python or .NET backend
AI/ML integration
Desktop application development
Simulation systems
Technical documentation