High-Security 3D Modeling Solution

Classified Facilities
3D Modeling Service

Professional three-dimensional modeling solution for classified facilities, strictly following confidentiality regulations, combined with high-precision laser scanning technology, achieving accurate digital modeling of classified environments, providing reliable data support for security protection and emergency command

Classified Facility 3D Modeling Effect
Confidentiality Compliant

Full-process confidentiality-controlled 3D modeling service

Military Bases
Core Office Areas
Confidential Archives
Nuclear Facilities
Research Laboratories
Communication Hubs

Classified Facility Scope

Classified facilities mainly refer to physical spaces that produce, store, process, and transmit state secret information, typically including the following categories

Military Facilities

Key facilities involving national defense security and military secrets, including:

  • Military bases and military restricted areas
  • Various command and control centers
  • Military research institutes and production units
  • Weapons and equipment test sites and ranges
  • Military material warehouses and storage facilities

Government Facilities

Important facilities involving state affairs and confidential information, including:

  • Core office areas and classified floors
  • Confidential rooms and classified document processing centers
  • Confidential archives and data storage repositories
  • Important conference centers and decision-making venues
  • Classified communication and information processing rooms

Critical Infrastructure

Infrastructure critical to national operations and security, including:

  • Nuclear facilities and nuclear material storage sites
  • Strategic material reserves
  • Large-scale water conservancy hub central control areas
  • Communication hubs involving national security
  • Energy supply critical facilities and control centers

Advanced Research Institutions

Research facilities engaged in sensitive technology research and development, including:

  • National defense advanced research laboratories
  • Classified technology research and development centers
  • Key laboratory classified areas
  • Sensitive technology pilot bases
  • Classified research data processing centers

3D Modeling Main Objects

The modeling objects not only include geographic and architectural entities, but also encompass their classified attributes, achieving comprehensive digital restoration

Geographic Environment Entities

Terrain features, vegetation, roads, water systems, etc. around the facility, constituting the macro spatial background, including:

  • Accurate terrain elevation and slope information
  • Surrounding vegetation distribution and height data
  • Access channels and surrounding road networks
  • Surrounding water systems and terrain obstacle features
  • Surrounding building distribution and height information

Building Structure Entities

Including precise geometric structures of main buildings, auxiliary facilities, and underground spaces, including:

  • Precise structure of building facades and roofs
  • Precise layout of internal floors and rooms
  • Stairs, elevators and other vertical transportation systems
  • Underground spaces and concealed passage structures
  • Precise measurement of door and window positions and dimensions

Security Facilities Entities

Core classified objects, including various security protection equipment and systems, including:

  • Precise locations of perimeter protection (walls, wire mesh)
  • Camera positions and viewing range annotations
  • Access control systems and identification equipment spatial distribution
  • Alarm detectors and sensor deployment positions
  • Security personnel duty positions and patrol routes

Pipeline and Equipment Entities

Spatial distribution of key infrastructure and equipment, including:

  • Communication line routing and connection relationships
  • Power lines and distribution box positions
  • Ventilation ducts and air conditioning system layout
  • Important office equipment and terminal positions
  • Fire protection systems and emergency equipment distribution

3D Modeling Methods

Modeling methods need to balance precision, efficiency and security to ensure data quality and information security

Field Survey and Data Collection

LiDAR Scanning

Core method. Through ground or mobile LiDAR, quickly obtain high-precision three-dimensional point cloud data of the scene, which can truly reflect complex structures.

Millimeter Level
Distance Measurement Accuracy
100-200 points/mm²
Point Cloud Density
Non-contact
Data Collection

Oblique Photogrammetry

Auxiliary method. Used to generate large-scale geographic environment models, but its models need to be combined with laser point clouds for structural processing.

Multi-view
Synchronized Collection
Large Area
Rapid Modeling
True Color
Texture Restoration

Field Operation Security Measures

  • Operators must be certified and wear identification badges throughout
  • Collection equipment is managed by designated personnel, data is encrypted and stored in real-time
  • Strictly limit operation areas, prohibit unauthorized personnel from accessing

Indoor Data Processing and Modeling

Precision Modeling Based on Point Clouds

Using laser point clouds as precise framework, performing manual interactive three-dimensional geometric model reconstruction to ensure millimeter-level consistency between models and entities in dimensions and positions, generating structured models.

1
Point Cloud Data Preprocessing

Data denoising, registration, stitching and coordinate system unification to ensure point cloud data accuracy

2
Feature Extraction and Modeling

Extracting building structure and equipment features to construct parametric 3D models

3
Attribute Information Association

Associating equipment attribute information with 3D models to achieve integrated graphics and attributes

4
Model Accuracy Verification

Comparing with measured data for verification to ensure model accuracy meets requirements

Indoor Data Security Management

Data Encryption Level Military Grade
Access Control Strictness Highest Level
Operation Log Completeness 100%

3D Modeling Requirements

Requirements far exceed conventional modeling, running through the entire project to ensure quality, safety and applicability

Confidentiality Requirements

Highest Priority
  • Implement full-process confidentiality control, data collection, processing, and storage must be conducted in closed, secure environments
  • All participating personnel must pass strict political review, sign confidentiality agreements, and be certified
  • Data transmission uses encrypted channels, storage media is managed by designated personnel, regular security audits
  • Publicly released system versions must undergo strict geometric and texture "declassification" processing according to classification levels
  • After project completion, all data carriers must be recovered as required for secure destruction or transfer

Accuracy and Authenticity Requirements

  • Model geometric accuracy must meet centimeter-level requirements
  • Ensure security facility positions, viewing angles, and on-site consistency to guarantee decision effectiveness
  • Texture restoration is authentic, color deviation controlled within professional standards
  • Model proportions strictly consistent with physical objects, key dimension annotation errors not exceeding allowable ranges
  • Provide accuracy inspection reports, including inspection methods, sample quantities and error distributions

Structural and Attribute Requirements

  • Models must be structured, logically organized by functional zones, floors, systems, etc.
  • Able to associate equipment attribute information with 3D entities to achieve "graphics-attributes linkage"
  • Attribute information includes equipment model, parameters, installation time, responsible person, maintenance records, etc.
  • Support query, statistics and analysis functions based on attributes
  • Provide complete data foundation and decision support for intelligent security and emergency command

System Integration Compatibility Requirements

  • Final model format must be perfectly compatible with designated 3D visualization platforms
  • Support fast loading and smooth rendering, maintaining high performance even in large-scale scenarios
  • Provide standard secondary development interfaces, supporting integration with security systems and command systems
  • Support model layered loading and level of detail control, adapting to different hardware environments
  • Provide complete data dictionaries and interface documentation to ensure smooth system integration
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Company Address

Room 1-1501, Jinhua Garden, No. 385 Jiaotong Avenue, Danyang Street, Xiaonan District, Xiaogan City, Hubei Province, China

Contact Phone

(+86)13004585899

Contact Email

service@secondmap.cn

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