👉 Can computing, or computer-agnostic computation, is an approach that focuses on developing algorithms and computational methods independent of specific hardware architectures. It emphasizes creating software that can run efficiently across various computing platforms, from CPUs to GPUs and quantum computers, without requiring modifications to the underlying code. This flexibility is achieved through abstraction layers that hide hardware-specific details, enabling developers to write code once and deploy it on different systems seamlessly. By prioritizing portability and adaptability, can computing aims to maximize the utilization of diverse computing resources, accelerating innovation and reducing development costs across multiple platforms.
