Build high-precision digital twin spaces, integrate security systems with physical environments, enhance security control capabilities, emergency response speed and management efficiency of special venues, and provide visual support for security decision-making
Designed specifically for high-security level scenarios, meeting strict accuracy requirements and confidentiality standards
Comprehensive coverage of building environments, security facilities, control points and electronic equipment to build a complete digital twin space
Strictly control dimensional accuracy to ensure accurate and reliable functions such as camera viewing area analysis and alarm positioning
Seamless integration with various security subsystems to achieve visual management and linkage control, improving command efficiency
Fully comply with confidentiality regulations, implement strict data security management to ensure sensitive information is not leaked
Comprehensive coverage of physical environment and security facilities to build high-precision digital twin spaces
Internal and external structures of main buildings such as office buildings, dormitory buildings, and barracks, including floor layouts, room distributions and internal facilities
Walls, guard towers, isolation areas, etc., accurately reproducing height, material and spatial distribution
Internal roads, training grounds, activity areas, etc., including detailed spatial dimensions and markings
Accurate reproduction of surrounding terrain, topographic undulations, vegetation distribution and other natural environmental elements
Walls, wire mesh, anti-climbing fences, isolation belts, etc., accurately modeling height and structural details
Visual display of installation positions and coverage areas of vibration optical fibers and perimeter intrusion detectors
Accurate modeling of key passages such as cell doors, passage gates, AB doors, and vehicle entrances/exits
Internal patrol corridors, vantage points, surveillance blind spots and other key points for security control
Accurate modeling of installation positions, angles and coverage areas, supporting viewing area analysis
Visual display of positions and statuses of access controllers, alarm buttons, and patrol points
Accurate modeling of auxiliary security equipment such as intercom equipment, searchlights, and emergency lighting
Detailed modeling and functional association of internal layout, equipment configuration and operation stations
Internal and external structures of key areas such as armories, material warehouses, and hazardous material storage areas
Modeling of positions, internal facilities and observation ranges of various guard posts
Combination of multiple methods, balancing efficiency, accuracy and realism to meet the needs of special security scenarios
High-precision modeling of core buildings and customized security equipment to ensure absolute accuracy of structure, dimensions and spatial relationships, especially accurately representing key areas such as doors and windows and entrances/exits.
For completed and structurally complex areas, with permission and security supervision, use laser scanning or oblique photography for data collection to generate high-fidelity realistic models for archiving and precise planning.
For new or renovation projects, BIM models from the design phase can be imported into the visualization system after lightweight processing to achieve full lifecycle management from construction to operation.
For facilities with high repetitiveness (such as standard walls, fences, streetlights), parametric batch generation is used to improve efficiency and ensure consistency.
Meeting the stringent requirements of security systems for accuracy, real-time performance and business correlation
Model dimensions and proportions must be completely consistent with the site to ensure accurate business analysis based on location (such as camera viewing area analysis). Modeling accuracy in key areas reaches ±0.1 meters, and general areas reach ±0.5 meters.
Efficient model face reduction, LOD (multi-detail level) processing and texture compression must be performed to ensure smooth operation in large-scale, multi-detail scenarios, supporting real-time interaction and analysis.
Models must be layered by function (such as "building-perimeter-surveillance-access control"), and each security equipment model must be assigned a unique asset code and attributes to facilitate binding with business data.
The entire modeling process and data management must comply with relevant confidentiality regulations, implement strict confidentiality measures to ensure model data is not leaked and only authorized personnel can access it.
Three-dimensional models serve as a unified spatiotemporal information foundation, deeply integrating with various security subsystems
Associate camera models with real-time video streams to achieve visual linkage of "click model, retrieve video", and perform camera viewing area analysis to view monitoring coverage and blind spots.
Real-time, highlighted display of alarm location, type and level on the model, and automatically pop up video from surrounding cameras to achieve rapid positioning and verification, improving emergency response speed.
Real-time display of switch status, authorization information and access records of each access point on the model, and remote switch control can be performed to achieve visual management and monitoring of access permissions.
Plan and display patrol routes in the 3D model, and real-time display patrol personnel positions and trajectories, with alarms for abnormal situations such as route deviations and timeouts to ensure patrol quality.
Deploy police forces and locate materials based on 3D models, and simulate emergencies (such as personnel escape, fire) for emergency plan rehearsal and command dispatch to improve response efficiency.
Associate intercom equipment with the model to achieve rapid positioning of call sources, support area broadcasting and point-to-point intercom based on 3D models, and improve communication and response efficiency.
Whether you need to understand the details of 3D modeling technology or want to get a project quote, our professional team will provide you with one-on-one consultation services.
Room 1-1501, Jinhua Garden, No. 385 Jiaotong Avenue, Danyang Street, Xiaonan District, Xiaogan City, Hubei Province, China
(+86)13004585899
service@secondmap.cn
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