Does your building meet the requirements? Continues controlling with help of AI and visual analytics.

Design and Conctruction Management with the support of digital twins and AI.
Documention, visual and automated, an integrated workflow and user demand based testing

How data can combine architecture and construction management into a continues flow of demand and human based design

Scharc merges advanced data engineering, AI-driven decision support, and automation to transform architecture and construction management. Their data-focused processes unite architects, MEP professionals, and other stakeholders to optimize energy usage, minimize CO₂ emissions, manage delivery schedules, and enhance resource reuse. Leveraging digital twins, virtual models of buildings and projects, enables safe experimentation and real-time data analysis, paving the way for more informed decision-making throughout the construction lifecycle. Combining AI insights with human expertise, project delivery will be streamlined, and based on cost-effective solutions that keep pace with the evolving demands of modern building design and project execution.

Project management to achieve cost effective soltutions.

With our team we give way for easy and efficient project management. An user-friendly interface has been designed by users for users, making it accessible to everyone, regardless of technical expertise.
With BuildingCloud, you'll never have to go through tedious training sessions or struggle with complicated installations. With our access-first approach, you can stay connected and informed, no matter where you are. The information you need is always at your fingertips, ensuring you can make informed decisions and keep your team and stakeholders on the same page. Our model-based approach offers visual representation of your project, making it easy to understand, and updates automatically to keep you up-to-date on progress.

Design with confidence!

Building projects require careful planning and data-driven decision-making in the design phase to ensure success. Creating a digital twin of the building, based on the actual structure, enables a model-based design approach that prevents errors on the construction site and provides a cost-effective solution for testing design ideas. This collaborative process replaces personal opinions with a data-driven approach, resulting in a higher value building with lower costs. By simulating real-world processes and happenings inside the building, the digital twin allows for a more accurate representation of the final product.

Projects at your fingertips, from anywhere.

Maximize your project potential and ensure success with our state-of-the-art tech solutions. Our intuitive BuildingCloud platform allows for easy and efficient project management, keeping your team and stakeholders on the same page. You'll have access to the information you need at your fingertips, empowering you to make informed decisions and reach your project goals without endless searching. Stay connected to your projects from anywhere with our versatile platform, featuring a customized mobile app for effortless collaboration, real-time updates, and streamlined workflows.

The use of a digital twin throughout the buildings life cycle.
Knowledge loss, higher targets for carbon neutral buildings and rising construction costs, require a new design process to create sustainable building designs with low carbon impact and high user experience!

Digital twins and feedback loops

Illustration of a life cycle feedback loop

Digital twins can help in design and construction, as well as in operating buildings and cities more efficiently, thus reducing their environmental impact. The integrated workflow built around the BIM model has the potential to drastically increase the efficiency of the design and production process, and reduce both construction waste and the risk of design errors. 

Sensors and wearables, and mobile devices, play a strategic role in the use of the digital twins started during the design phase and its implementation during construction and maintenance leads to increased operational efficiency, provides data for faster risk assessment, real time monitoring and better team collaboration.

The threshold for accessing BIM models needs to be demolished so that everyone can participate. Easy access and traceability create trust, which is fundamental for everyone to be able to work with them, be it in design, procurement, production or even facility management.

Digital twins linked to the BIM model and work processes will complement gut-driven decisions with processes based on data collected throughout the lifecycle of the building.

An illustration of three digital twinsAn illustration of three digital twinsAn illustration of several buildings representing three example projects of Scharc