VIDEO|gis|ai|3d|uav|map|vr|mr|AI|Earth|Metaverse|big data|future 3d gis-Future Elements Technology Pte Ltd

Intelligent Full-Dimensional Battlefield
Situation Plotting and Deduction System
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1.Full‑Dimensional Battlefield Situation Intelligent Plotting System
2.Full‑Dimensional Battlefield Situation Time‑Series Simulation, Rendering and Deduction System
3.Long-range Strike Trajectory 3D Visualization System
Intelligent Full-Dimensional Battlefield Situation Plotting and Deduction System uses AI to automatically locate coordinates, set the AO center, generate a 10,000‑meter EOZ, highlight its boundary in semi‑transparent red, mark it as Red Army zone, plot the highest terrain point with a red flag and coordinates, and enable rapid force deployment, route planning, and simulation

AI 3D GIS Smart Policing Platform Intelligent Command,Spatial Awareness and Rapid Response
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As artificial intelligence, big data, and 3D geospatial technologies continue to evolve, modern policing is rapidly transforming toward a more intelligent, visualized, and operationally efficient model.The Future AI 3D GIS Smart Policing Command Platform is built on a powerful 3D GIS foundation, integrating AI, digital twin technology, spatial intelligence, and commandand control capabilities to create a modern policing ecosystem that enables authorities to see clearly, respond rapidly, command precisely, and act efficiently
The demonstration begins with AIpowered target search and automatic location positioning, allowing officers to instantly identify and navigate to buildings, facilities, incidents, or other points of interest.
Leveraging our Offline Navigation and Road Attribute AI Analysis Engine, the system performs intelligent route planning, terrain-aware navigation, obstacle avoidance, and alternative route analysis, even in fully disconnected environments.
The platform also features Full-Dynamic Vehicle Simulation and Multi-View Visualization, enabling real-time display of vehicle position, altitude, heading, speed, attitude, and movement trajectories, while supporting first-person, third-person, and free-camera operational views.
In addition, the system provides Rapid 3D Building Modeling capabilities. By utilizing global satellite imagery together with building footprint and height databases, users can automatically generate 3D city models for mission planning, emergency response, security operations, and spatial analysis.
Following this introduction, the video will demonstrate the platform's six core smart policing capabilities, including population and housing management, video surveillance integration, police resource visualization, emergency dispatch and command, incident lifecycle management, and police big-data analytics.

Police SWAT Counter-terrorism (Urban Emergency)
Intelligent Situational Plotting & Simulation System
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Based on advanced emergency situation fusion plotting capability, this system supports time-series dynamic deduction of disaster evolution processes and rescue action plans, fully presenting refined simulation and visual expression of the entire process from early warning issuance, emergency response to disposal assessment. At its core, the system features a time-series dynamic deduction engine, offering a rich set of dynamic effects for emergency symbols (including flashing, fade-in/fade-out, trajectory movement, scaling transformation, growth animation, etc.). It supports flexible timeline control functions (play, pause, jump to specified nodes, reset and replay) and can intelligently arrange multi-type task sequences such as rescue force deployment, emergency material delivery, and professional disposal actions.
The system supports seamless embedding and integrated display of various types of emergency auxiliary information (e.g., videos, audios, graphics, and texts), with capabilities for real-time data access and visual editing, effectively enhancing information integrity and decision support efficiency. Through an intuitive drag-and-drop timeline editing interface, users can preview the deduction process in real time and rely on the multi-plan management mechanism to enable one-click invocation and comparative analysis of different emergency scenarios.
It is worth emphasizing that the system innovatively integrates skeletal animation and high-precision patch model internal perspective technology, allowing dynamic sectioning of the internal structures of key emergency equipment and facilities (such as the internal structure of rescue vehicles, layout of emergency command cabins, etc.) during deduction. This significantly enhances three-dimensional perception and deep understanding of complex emergency situations, providing unprecedented visual support for emergency command decision-making.
Additionally, the system supports multi-source real-time data access, intelligent analysis, and early warning alerts, while offering collaborative consultation and plan optimization functions. It comprehensively empowers the digital and intelligent transformation of modern emergency command systems.

Emergency Situation Mapping
Realistic Rendering Simulation Ai Platform

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Millimeter-level building and terrain reconstruction is achieved through drone oblique photogrammetry, while global visual effects including glow, volumetric clouds and light, and lens flare enhance scene realism. The system supports 24-hour dynamic lighting and dozens of weather simulations such as rain, snow, fog, and thunderstorms. Dozens of built-in measurement and simulation tools enable in-depth 3D spatial assessment, including height difference measurement, line of sight analysis, visibility analysis, and intelligent light wave plotting. Full dynamic vehicle simulation offers multi-perspective visualization with physics-based calculations for gravity and air resistance. Offline route analysis generates one main route and two alternates, with customizable avoidance zones for instant path recalculation. Timeline-based plotting allows pre-scheduled emergency response procedures to create visualized contingency plans. From AI-powered second-level alerting to multi-agency coordinated response, the platform delivers full-scenario support for emergency command. Simulate first, then act — be prepared for every emergency.

Live Data/Live Map/API –
Smart City Command Centres
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Discover how the FUTURE AI 3D GIS platform connects real time API data with a powerful 3D digital twin environment for smarter city monitoring and command centre operations.
In this demo, the platform showcases multi source data fusion, dynamic API parsing, and real time map visualization for Singapore and selected global data sources. With just a few clicks, users can access live operational insights directly on the 3D GIS map.
Key features demonstrated include:
SURVEILLANCE
AVAILABILITY
WEATHER
NATURAL HAZARDS
Best suited for smart city operations, public safety, transport monitoring, digital twin platforms, emergency command centres, and GIS based urban management.

AI Speaks to the 3D World – Voice‑Powered
GIS for Smarter Cities
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Discover how FUTURE AI 3DGIS uses artificial intelligence to control 3D GIS scenes through voice and text commands. This demo showcases real time multilingual speech recognition, natural language understanding, and automated 3D GIS execution for location search, landmark labeling, measurement, mapping, navigation, spatial analysis, and interactive visualization.
In this video, FUTURE AI 3DGIS demonstrates how users can ask the system to fly to landmarks such as Marina Bay Sands, search nearby cafes, highlight buildings within a 500 meter radius, measure Gardens by the Bay, create emergency isolation zones, generate no fly zones, measure mountain height and area, create flight routes, calculate airport distances, import vector data, and identify mountain peaks using terrain elevation data.
This AI powered 3D GIS platform is designed for smart city operations, urban planning, tourism guidance, geography education, security drills, emergency response, aviation route visualization, and digital twin command centre applications.

AI Knows the Mountain
– One Click, Peak Identified

Struggling with an unknown mountain? FUTURE AI 3DGIS brings a new AI capability. Just mark a few random points on any mountain in the world, tell AI the height of each point, and AI will tell you: what's the mountain called, and where's the highest point. It automatically matches the name, calculates the exact peak elevation, and labels it right in the software. Unnamed mountain, instantly named. Smart measurement, precise and efficient. FUTURE AI 3DGIS – AI that makes terrain understand you
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AI navigation road analysis system

1. Searchable landmarks (building/intersection/POI) or free map point selection for start/end.
2. Highway priority, normal path, continuous route, fast calculation, bridge/tunnel avoidance.
3. Nationwide offline analysis: 1 main + 2 alternative routes shown on sand table with road name, distance, time.
4. Graphical stats: road class, avg speed, road/bridge/tunnel.
5. Custom polygon avoidance zones – auto route recalculation and display.
(Offline Navigation Enhanced Version):
Supports offline navigation within a customer-specified data range and automatic matching of mountain elevations
Future AI 3D GIS Navigation Road Attribute Artificial Intelligence Analysis System

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3D spatial building intelligent subdivision
situation statistics system

We showcased a 3D system using drone data of Marina Bay Sands.

It reveals building interiors and personnel status.
Hotel: click a building → auto outline → floor split → identify
rooms, meetings, back areas → link to front desk → show status,
guest info, VIPs, occupancy. Filter by room type/floor/status.
Vacant rooms highlight. Chart click flashes room. Drill down:
building → floor → room. Oneclick mobile occupancy report.
Community/Military: autolink resident names and contacts.
3D dashboard: households, population, vacancy, floor distribution.
Analyze by type, ownership, status. Search by name/address →
highlight. Batch locate, browse. Vacancy heatmap. Chart click
flashes room. Drill down. One-click PDF/Excel. Works on tablet/phone.
Backend update → scene auto-sync. From data to queries to stats –
supports hotels, cities, emergencies, communities, military bases.
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Global Visual Effects Rendering System
Dynamic Vehicle Simulation &
Multi-Perspective Visualization System

Using drone oblique photography data of Marina Bay Sands,

with color filters and ray lens flare applied, the system captures

Singapore's urban light and shadow. Geometric rendering keeps

buildings sharp under dynamic lighting, supporting smart city

demonstrations, urban planning, and urban combat simulation.

Integrated with the full dynamic vehicle simulation system, key

parameters such as longitude, latitude, attitude, and speed are

rendered in real time. The system supports WASDQE control

and free switching between first-person, third-person,

and free perspectives, while a virtual

dashboard displays speed, heading, altitude, and more.

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Global Underwater Seabed Transmission
Simulation Rendering System

The parameters can be adjusted arbitrarily, including water color, center, repetition, and fog attenuation. By precisely controlling the water color, center position, pattern repetition, and underwater fog attenuation, and combining the global visual effects lighting simulation rendering function to simulate the real optical effect of sunlight penetrating the water surface, this function can highly simulate various underwater lighting environments, effectively supporting the three-dimensional visualization needs of military underwater reconnaissance and civilian marine engineering.
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Global Visual Effects Simulation
Rendering System Mount Kinabalu

At the summit of Mount Kinabalu, volumetric light drives
the realistic flow of sea clouds, sunlight pierces through
clouds casting flowing shadows — injecting vitality into
high-altitude tourism digital twins, natural landscape
recreation, as well as mountain combat weather
simulation and aerial reconnaissance environment
simulation.
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Global Visual Effects Simulation
Rendering System At Everest

At Everest, volumetric light and glow precisely recreate
the sacredhalo of golden sunlight, simulating lens flare
from direct sunlightproviding realistic lighting for high
altitude geological simulation, digital tourism, as well as
battlefield environment construction and highcold
mountain reconnaissance. Allows for arbitrary parameter
adjustment to various advanced rendering effects such
as glow/flood/atmosphere/fog/volume clouds/volume
lighting/color filters/ray lensflare/horizontal environmental
occlusion/geometric subdivision.
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A DREAM WEAVER OF LIGHT AND SHADOW!

FUTURE 3DGIS automatically generates surreal underwater
and sky visual effects!
1.Global Visual Effects Lighting Simulation Rendering
System.
2.Global Underwater Seabed Transmission Simulation
Rendering System.
3.Global Dynamic Optical Water Surface and Sea Surface
   Physical Simulation System.
4.Global Dynamic Water Surface Simulation Planning
   and Generation System.
5.Global Integration: The generated water surfaces can be
    superimposed and displayed with other terrain, models,
    and situational data, ensuring coordinate uniformity and
    visual fusion.)
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Offline navigation road
attribute intelligent analysis

Supports offline navigation and automatic matching of mountain elevations within a specified data range.
Flexible location input
Multi-mode route planning
Intelligent action route planning
Route data visualization
Custom avoidance zones

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PUBLIC SAFETY

Modern Emergency Response Management Systems aims to improve government capabilities to protect public lives and property, to safeguard national security and social stability, as well as to promote economic and social comprehensive, coordinated and sustainable development.Integrates modern technologies such as Wireless Trunking System (WTS), Closed-circuit Television System (CCTV), Global Navigation Satellite System (GNSS), 3D Geographic Information System (3D GIS) and Computer Telephony Integration (CTI), AI,etc.
Enhances government's capabilities of unified command, timely response, and cross-department coordination.
Improves the efficiency of emergency receiving, handling, supervising and closing, as well as keeping secure records of all operations.Please click on YouTube

Emergency Situation Plotting and Deduction

Intelligent Emergency Situation Plotting and Deduction System: Based on emergency situation fusion plotting capability, it supports time-series dynamic deduction of disasters and rescue operations, achieving refined simulation and visualization of the entire emergency response process.The system features time-series dynamic deduction functionality, with dynamic effects for emergency symbols. It supports timeline controls and can arrange task sequences such as rescue dispatch, material delivery, and disposal actions. It also supports embedding auxiliary information like videos/audios/graphics/texts, and has capabilities for real-time data access and visual editing.Integrated with a drag-and-drop timeline editing interface, it enables real-time deduction preview, multi-plan management, and one-click invocation. Equipped with skeletal animation and high-precision patch model perspective technology, it allows dynamic sectioning of key equipment/facility structures (e.g., rescue vehicle interiors, command cabin layouts) during deduction, deepening situational understanding.Please Click ON YOUTUBE

F 3DGIS | 1 Partial Feature Overview

Data Fusion: Integrates satellite imagery, UAV oblique photography, elevation data, and vector electronic maps.
Spatial Measurement: Provides comprehensive measurement tools for coordinates, distance, area, height, elevation difference, azimuth, and included angles.
Interactive Application: Supports intelligent geo-information query, 3D scene roaming, multi-touch interaction, panel docking, map overview, geomagnetic orientation indicator, fixed-point panoramic view, 2D/3D split-screen linkage, and high-precision first-person navigation. Please Click ON YOUTUBE

F 3DGIS | 2 Partial Feature Overview

Data Creation & Styling: Provides geographic feature labeling, vector symbol rendering, spatial topology query, 3D entity editing and intelligent modeling, and 360° panoramic intelligent annotation.
Dynamic Interaction & Collaborative Simulation: Supports electronic whiteboard freehand collaboration and tactical plotting for operational simulation.
Professional Spatial Analysis: Covers terrain measurement (slope/contour/cut and fill calculations), line-of-sight and viewshed analysis (linear/sectoral/terrain/model-based), 3D spatial analysis (profile/skyline/cutting/flooding), and buffer analysis.
System & Management: Offers a comprehensive layer management system and flexible system configuration options.Please Click ON YOUTUBE

F 3DGIS | 3 Partial Feature Overview

Environment and Situation Simulation: Supports dynamic simulation of global/local weather, temporal evolution, and rendering of background special effects in geographic environments.
Professional Visualization Expression: Provides 3D dynamic cones and road drawing to achieve dynamic visualization of hydrology, radar beams, electromagnetic fields, and particle fields.
Real-time Light, Shadow, and Trajectory Simulation: Features dynamic lighting and color adjustment, intelligent 3D trajectory simulation, and multi-view inspection functionality.
Interactive Control Simulation: Supports high-precision flight simulation driving based on keyboard/mouse and gamepads.
Intelligent Situation Awareness: Integrates electronic protective fences and an intelligent target light-wave situation system.Please Click ON YOUTUBE

Satellite Situation Awareness Simulation

Load CZML files to display global satellites
Display a hexagonal ground grid
Click on a satellite to show its circular trajectory and conical scanning beam
Display detailed information of each satellite in charts (upon clicking)
Track the perspective of a single satellite (double-click)
Connect multiple satellites to show their relationships
Link satellites with ground stations to display associations
Use a progress bar to control and view the situation at specific times
View the 3D situation of ground stations
View the resource situation dashboard
View the operational situation dashboard
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Water Conservancy

Water conservancy informatization construction is an important method to enhance and innovate water conservancy work, also is an important driving force for water conservancy reform and development. The construction of water conservancy informatization is undergoing a development process from decentralized database construction to data center construction, from partial application to collaborative application.Water Conservancy Spatial Information Sharing Service Platform
Provides a practical functional model library, and shares the professional analysis model of water conservancy to users.
Provides services for 2D&3D display, query and analysis of water conservancy data.
Perfect operation and maintenance management system.
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Smart Building&CITY

Future Elements Technology PTE is an innovative provider of GIS platform software and services, headquartered in Singapore. Smart building big data visualization system:Discover the advantages of using our self-developed GIS technology, designed to unlock the full potential of your data. By seamlessly transforming complex geospatial data into actionable insights, our original solution empowers you to make informed decisions that drive efficiency and growth. Elevate your operations and thrive in a data-driven world.Smart building big data visualization system: The use of three-dimensional visualization technology, the building of a variety of information and computer three-dimensional virtual space model combined, scene intuitive presentation of data location, can quickly discover information, transfer information, and help users understand the information, visual management of building internal details, efficient decision-making.Please Click ON YOUTUBE

BIM+GIS

BIM (Building Information Modeling) provides detailed three-dimensional geometric models and rich attribute information of buildings, including structure, systems (such as electrical, plumbing, HVAC), materials, and construction progress, focusing on the full lifecycle management of the building itself. GIS (Geographic Information System), on the other hand, excels in managing macro-level geospatial data such as terrain, land use, road networks, urban infrastructure layouts, and surrounding environments, offering capabilities for location-based and spatial relationship analysis Key applications include:
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Smart Port System

Future Elements Technology launches the Port Management Information System – a powerful digital twin platform purpose-built for intelligent, secure, and efficient port operations. The system integrates real-time data and 3D visualization technology to clearly present comprehensive port operation dynamics. The environmental monitoring module tracks real-time metrics such as temperature, humidity, noise, and dust levels to ensure operational safety; the cargo management function provides live updates on container storage status, turnover rates, and flow across different zones; the vessel monitoring module delivers instant access to ship conditions, navigation schedules, and operational arrangements; the equipment tracking module monitors the health, utilization, and performance of machinery (e.g., cranes), enabling early warning of potential failure risks.Please Click ON YOUTUBE

Smart Prison

The digital twin smart prison three-dimensional visualization management and control system is a software system developed by Future Element Technology. Through refined three-dimensional modeling, it simulates the appearance and internal structure of all prison buildings in three dimensions, clearly displays the distribution and structure of each building, prison area, and prison cell, and intuitively presents the distribution situation and real-time alarm information of the supervised objects, police officers, and facilities in the prison. It supports the integration of real-time data collected by various front-end sensing devices, and visualizes the occurrence, real-time situation, and disposal of various emergencies in the prison. It also tracks and displays the emergency plan process and the current stage, supports grid management of the prison jurisdiction area, integrates a full range of risk assessments of "people, land, objects, events, and situations", assists in comprehensive control of the operation situation of the prison area, and improves management efficiency.Please Click ON YOUTUBE

XR VR MR AR AI

Integrating global geographic data and modular GIS capabilities for flexible customization, our platform combines simulation, AI, and VR to deliver precise computing, dynamic deduction, and immersive experiences for intelligent decision-making and visualization across industries.

NATURAL RESOURCES

Natural disasters bring harm to human survival or damage human living environment. future elements 3d gis supports disaster data reporting, disaster collection task management, on-site data collection and reporting, on-site multi-terminal task coordination, disaster site map service, on-site disaster verification, disaster assessment, comprehensive disaster information publishing service, disaster information query and sharing.
Natural Resources：future elements 3d gis explores the theory of natural resources informatization construction, combines the key issues of natural resources and provides new methods and new ideas in natural resources informatization with advanced technologies, such as, spatial big data, 3D GIS, and AI.

LAND MANAGERMENT

future elements 3d gis focuses on the innovation and application of new technologies in the land industry with over 2-year project experience. In face of the new business needs of the land industry, a set of land solutions are formed. It involves in land survey, information management and application, land monitoring and land inspection.
future elements 3d gis Land Information System
Multi-tier service structure, and the functionality of the system is broken down to three layers logically: presentation layer, application layer and data layer.
Different function components are provided according to the needs of business.
Solves the issues of history land data management and back-tracing.

TRANSPORTATION

GIS has powerful traffic information services and management functions, which can be applied to all aspects of traffic management. When compared with the traditional methods, the application of GIS technology has unparalleled advantages in transportation planning, traffic construction and traffic management and related issues.