Oracle co-founder and chairman Larry Ellison has ignited a debate within the tech industry by stating that artificial intelligence models are now largely responsible for writing Oracle's code, coinciding with reports of significant global workforce reductions. The company is reportedly undergoing layoffs affecting an estimated 20,000 to 30,000 roles, potentially up to 18% of its global workforce, as it aggressively invests in AI infrastructure. This shift underscores a broader industry transformation where AI is redefining traditional software development roles.
Ellison's remarks, which gained viral traction, emphasize a move towards "intent-based development." "We just tell the model what we want the program to do, and then the AI comes up with a step-by-step process to actually do it," Ellison explained, as stated in a widely circulated tweet. He further clarified, "We don't write the procedure, we declare our intent," indicating a fundamental change in how software is engineered at Oracle.
The reported layoffs, which began with notifications sent to thousands of employees, are linked to Oracle's substantial investments in building AI data centers and expanding cloud infrastructure. During a Q3 2026 earnings discussion, Ellison highlighted how advanced AI coding tools have dramatically improved productivity, enabling Oracle to "build more software in less time with fewer people." The company plans to spend approximately $50 billion in capital expenditure for its 2026 fiscal year on AI infrastructure.
This development has sparked considerable concern among software engineers, with many interpreting Ellison's comments as a sign of automation directly leading to job displacement. While some argue that AI is changing the nature of coding, shifting the focus from syntax to high-level system design, others view it as a threat to traditional software engineering roles. Oracle's cloud revenue reportedly grew 44% in the quarter, driven largely by AI-related deals, signaling the company's commitment to its AI-centric future.
