DIGITAL TWINNING SERVICES

• Data Assembly & Creating Computational Models – We work with the building design by assembling data and making computational models. This encompasses an interface between a simulated model and a physical object for obtaining feedback and real-time data. 
• Integrate Building System – Through digital twin technology, we integrate building systems, sensors, and multidimensional models. It helps to retain operational and behavioral awareness for simulation, prediction and informed decision making as per practical situations. 

3 Stages of Working with Data, Modeling & Linking: 

Data :- Through digital twin, we entail data about a building process for a virtual model to represent a practical procedure. 

Modeling :- After data collection, we create analytical models to show operational effects and determine behavior.   

Linking:-  We link digital twins to find equipment and put them into production.  

📝 Reduced on-site cost of operation – We examine the virtual construction sequence and logistic scenarios to minimize on-site operating costs through enhanced risk assessment. 

📝 Real-time remote monitoring – We collect and monitor real-time data for optimizing the operational performance and sustainability of the building. This updates data security protocols, managing the quality of data. 

📝 Improved team collaboration – We enable the distribution of information across the lifecycle of a physical asset for maximizing outcomes, investing through data processing, simulation & advanced analytics. 

We facilitate several areas in the construction industry from the digital twins. Our services include: 

• Model Slicing – We break linear design models of a project into construction components for preparing a construction schedule for people who will be working.  
• Quantity take-off/BOQ – We implement this methodology for estimating what is required in terms of labor & materials for construction projects. 

• 4D Scheduling/Simulation – Our BIM engineers use Bentley’s SYNCHRO 4D to enable users to plan, schedule, and control construction projects in a virtual environment. 

1. Real-time Data – Allow project stakeholders to know about real-time building performance, enabling tracking and optimizing building efficiency. 
2. Safety & Security – Predicts potential failures in building systems like HVAC, electrical, etc. to prevent accidents and damages, leading to time & cost savings. 
3. Simulation – High-fidelity simulation is feasible with this technique. The data extracted is sensor-based and accurate for clash detection and cost estimation.