In this Architosh article, the author argues that the trajectory of building information modeling (BIM) won’t be shaped by user interfaces or cloud subscriptions alone, but by the physics of semiconductor design underneath the software. Architects and engineers have long treated BIM’s future as a software issue, that is, faster tools, smarter automation, and better collaboration. According to the article, those assumptions overlook the fundamental role of silicon in determining what’s technically feasible and economically viable in design computing.
For decades, professional design software ran in a stable environment: Revit and other BIM tools operated on Windows, which in turn ran on Intel’s x86 processors. Each CPU generation delivered higher clock speeds and improved single-thread performance, which was central to how BIM applications handled complex models. The article notes that this model is now in flux. Intel’s delays with advanced manufacturing processes and the broader industry’s move toward heterogeneous compute architectures, including the rising influence of ARM processors in datacenters, laptops, and cloud platforms, mark a turning point.
The article highlights how traditional BIM workflows are inherently sequential and single-threaded, making many core operations difficult to parallelize across many cores. As a result, performance gains that designers have relied on for decades are no longer assured simply by adding more cores. The underlying argument is that BIM developers and the wider AEC software ecosystem must adapt their architectures to take advantage of new chip technologies if they want to remain relevant and performant.
By connecting broader trends in semiconductor physics and computing architectures to practical implications for design professionals, the feature makes a case that the future of BIM is closely tied to how hardware evolves. The shift away from traditional x86-centric assumptions toward heterogeneous compute will shape the performance, scalability, and capabilities of next-generation BIM tools.