👉 Fully computing refers to the idea that all aspects of computation—from data storage and processing to algorithms and software execution—should be integrated and executed within a single, unified system. This concept aims to eliminate the separation between hardware and software, allowing for more efficient and flexible computing environments where everything from data input to output generation happens seamlessly within the same architecture. By doing so, fully computing promises to enhance performance, reduce latency, and enable new forms of computation that are not possible with traditional, siloed systems. It envisions a future where computing resources are dynamically allocated and optimized in real-time, supporting complex tasks like artificial intelligence, machine learning, and big data analytics with unprecedented speed and efficiency.
