Residential

4D Digital Twin for Residential Construction

High-rise, mixed-use residential construction is a multifaceted process requiring the integration of design, engineering, and urban planning while meeting the demands for sustainability, safety, and functionality. Digital twins are transforming the way residential construction projects are designed, managed, and maintained. Cupix provides cutting-edge 3D visualization software that creates dynamic digital twins, offering unparalleled insights into every phase of residential construction. Request a demo to explore how our residential solutions can bring efficiency, precision, and sustainability to your projects.

Challenge

What makes Residential challenging?

High-rise mixed-use residential construction presents unique challenges due to its combination of residential, commercial, and often public spaces within a single structure. Balancing the diverse needs of these functions, while ensuring safety, sustainability, and user satisfaction, requires careful planning and execution. Here are some distinctive challenges in residential architecture for high-rise mixed-use developments.

Structural Element Verification

Verifying proper rebar placement and concrete pour readiness across large floor plates creates significant inspection bottlenecks. Traditional photo documentation fails to provide sufficient coverage and context for structural teams to confidently validate critical reinforcement details before concrete placement.

Vertical System Coordination

MEP systems threading through multiple floors require precise verification of shaft alignments and penetrations. Teams struggle to track and document these vertical installations efficiently as they progress upward.

Progress Tracking

As crews work across multiple floors simultaneously, maintaining accurate completion status becomes a logistical challenge. Project managers need clear spatial context to verify work status and coordinate between trades.

Documentation for Handover

Residential unit sales and facility management require comprehensive documentation of behind-wall conditions and utility locations. Traditional methods often miss critical spatial context needed for future maintenance and renovations.
Project

Residential Project

Type
High Rise Residential
Location
Seoul, South Korea
Use Case
4D Documentation
Documentation for structural sequence validation.
Report Generation for authority submission records.
Off-Site BIM Verification
MEP to structure clash detection.
Spatial Collaboration
3D geotagged annotation for RFI resolution.
Type
Healthcare
Location
Canada
Use Case
3D Documentation
Site & Progress Documentation
Progress Tracking
SiteInsights
BIM Integration
BIM vs Reality Comparison for Progress Validation
High-fidelity 360° documentation enables remote rebar inspection and validation of pre-pour concrete conditions with dimensional accuracy. It facilitates verification of rebar placement and structural elements, while maintaining accountable digital records for regulatory compliance and quality assurance.
67%
Time Saving: Full digital transformation from cell phone videos & manual editing to automated visual documentation with measurement capabilities.
7x
More Effectiveness: Complete project visibility in 3D contexts with accurate documentation and enhanced collaboration opportunities.
How To Improve Rebar Inspection Accuracy and Efficiency
Rebar inspections are a vital and necessary step in the reinforced concrete construction to ensure the structural integrity and safety of buildings and infrastructure. However, conducting these inspections can often be a challenging and arduous process.
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