Interior Design

1-VIRTUAL REALITY ENGINEERING SOLUTIONS

(DGM): 3D Engineered Models that simulate the appearance and functionality of real estate projects, enabling users to interact with project information through touch screens or computers. Users can apply smart filters to customize preferences and compare options, enhancing visual communication and decision-making. Furthermore, they can be integrated with the developer's CRM system to streamline the sales control process.

(3D.DASH): An engaging visual interface that presents complex data in an easily digestible format. Users can explore metrics and insights interactively, facilitating better analysis and informed decision-making.

(3D.WALK): A virtual experience that allows users to explore interior spaces in a realistic 3D environment. This immersive tool aids in design visualization and client engagement, making it easier to understand layout and aesthetics.

(RE.CAP): A technology captures real-world environments and converts them into detailed digital representations using techniques like laser scanning, cloud-to-model, 360 imaging, and photogrammetry. RE.CAP provides precise documentation for industrial and commercial facilities, as well as heritage sites, supporting various applications such as design, construction, maintenance, and restoration, while preserving cultural and historical value.

 

2-BUILDING INFORMATION MODELING

(BIM): Digital engineered representation of a building's physical and functional characteristics that enhances collaboration, design accuracy, and project management throughout the construction lifecycle. It allows secure extraction of various views for drawing production and supports features like automatic selection and ordering of model elements, facilitating cost estimates, material tracking, and ordering.

(ENG): Provide full-service design of systems and structures, utilizing advanced tools and methodologies to ensure optimal functionality, safety & efficiency, while delivering clash-free coordinated design projects

(VE): A cumulative set of digital methods that analyze construction project functions and options to enhance value by optimizing costs while preserving performance and quality.

(QT): A digital process for quantifying materials and costs in construction projects, generating reports that assist contractors with accurate budgeting and efficient resource allocation, optimizing project planning and execution from the earliest stages.

(GIS): A system for capturing, storing, analyzing, and managing spatial data, GIS enables informed decision-making by visualizing geographic relationships and patterns, supporting effective planning and resource management.

 

3-URBAN DIGITAL TWINS ​

Urban digital twins are virtual representations of a city’s physical assets, such as buildings and infrastructure, integrated with real-time and historical data. More than 3D models, they leverage multiple technologies for deep insights and actionable information. By accessing, integrating, and analyzing real-time data, cities can create comprehensive urban digital twins, supported digitally at every stage. A true urban digital twin comprises three layers

(DIGITAL CITY): The foundational layer that creates a virtual model of the physical city.

(CONNECTED CITY): Enables real-time monitoring and control through interconnected IoT devices.

(INTELLIGENT CITY): The core layer that visualizes data & applies AI simulations for advanced analytics.

 

4.DIGITAL PMO 

(5D.PMO): Portfolio Management Innovative Digital Solutions enable non-human decision-making Fault detection & diagnosis and offer user-friendly experience for early project tracking. This empowers decision-makers to make timely choices and effectively manage multiple projects in alignment with their Governance, Risk,  Compliance and Sustainability vision and purpose.