This approach requires next-generation

[shamimhasan07]

Another part of the answer to the question of the future of BIM lies in productivity. Regardless of the size and complexity of the tools, users should not adapt to the limitations of the technology. The tools of the future must be convenient for working on large-scale projects and maintain productivity at a high level of detail in the models. Openness of data also plays a big role. Technologies built on open standards should connect with other tools and practices already used in projects. In addition, BIM technologies should be accessible through powerful APIs so that each participant in the industry can bring new logic, styles or approaches to them.

Finally, the future of BIM must also include a user-friendly interface. Today's tools must be simple phone number in vietnam and intuitive enough to use so that all architects, contractors, and design engineers can get the most out of them.

We at the company are confident in the reliability of our forecasts and are firmly convinced that in the future, BIM technologies should become scalable, fast, open and accessible to everyone. In our opinion, these are the basic characteristics necessary to maintain competitiveness in the market.

The real difference is in providing a model-driven approach, where the model drives processes from conceptual design through to building delivery and facilities management.

modeling technologies that enable the finest detailing of components. Imagine tools to automate the modeling of real building systems (wall blocks, industrial products, etc.) and parts and connections (such as substructures, insulation, roofs, etc.). Finally, BIM leaders will live up to their promises and create enough unique modeling tools to take a project from start to finish.

Richard Harpham: Co-founder of Skema
About 20 years ago, at an internal meeting at Autodesk, I presented a vision for how we would serve the BIM environment in the context of design, construction, and project management. The core of the vision was based on treating the visual “model” and context in the same way as if it were a web page.

We will design in a spatial context, taking into account the real laws of physics and all the necessary metadata, without creating single monolithic files containing all the BIM data. In essence, we are developing a structured spatial protocol that uses the capabilities of the Internet, which will be able to work with HTML as a communication standard. Then the World Wide Web will overcome the limitations of text and images and become a real environment for making decisions based on context. I always thought that was inevitable, not just possible.

Now, after the last couple of years of file-based BIM development, the first signs of an immersive spatial web environment are starting to appear in the form of HSTP. HSTP is the next step in the evolution of data transfer protocols in applications for handling objects and actions in space. With HSTP, we can create a network of connected spaces with reliable access to immersive and temporal context. Some call it Web 3.0, others call it the “metaverse.” Meta, Magic-leap, and Apple are already investing billions in these ideas. Apple’s $3,500 Vision Pro headset controlled by just a few apps seems crazy now. Then again, in 2007, a $500 phone without a keyboard was treated the same way.