As LLMs evolve, they are increasingly seen as complex operating systems rather than simple utilities, shaping a new software ecosystem.

LLMs are becoming the primary consumers and manipulators of digital information, necessitating a shift in how we design software.

The emergence of partial autonomy apps, like Cursor, illustrates how LLMs can enhance traditional software interfaces by managing context and orchestrating multiple calls. Software is fundamentally changing again, as we enter the era of 'Software 3.0,' where natural language becomes the new programming interface.

Large Language Models (LLMs) function like a new operating system, being developed by labs and distributed like utilities, reminiscent of computing in the 1960s.

The future of programming will involve a more effortless translation of ideas into software, reducing the need for detailed coding.

The programming paradigm is evolving; now, prompts for LLMs are written in English, making software development more accessible.

We've entered the era of 'Software 3.0,' where large language models (LLMs) serve as a new kind of computer, programmed in English.

LLMs can build partially autonomous products, enhancing accessibility in software development by allowing programming in English.

The future of operating systems may involve less traditional code, relying more on generative models that blur the lines between deterministic and non-deterministic systems.