The technology sector has reported a record boom in demand for human security engineers, driven entirely by artificial intelligence models successfully producing vulnerable, highly exploitable code at machine speed.
SAN FRANCISCO — The technology sector has reported a record surge in demand for human security engineers this quarter, driven entirely by artificial intelligence models achieving unprecedented scale in writing fundamentally broken code.
Companies utilizing advanced large language models, such as Anthropic’s new Mythos, have found that their automated systems can now generate hundreds of undocumented backdoors and critical vulnerabilities in the time it previously took a human developer to write a single unforced error. As AI systems are increasingly integrated into enterprise software, the sheer volume of catastrophic bugs has created a thriving new job market for human beings tasked with manually undoing the algorithms' work.
Industry analysts note that while previous software development cycles required entire teams of junior engineers to steadily introduce structural weaknesses into a codebase over several months, modern AI has streamlined the process into a single prompt.
Before artificial intelligence, a human developer might accidentally leave an API key exposed in a public repository once or twice a year. Now, our language models can automatically embed our core database credentials into millions of lines of production code in milliseconds.
To combat the glut of automated flaws, major tech firms are rapidly re-hiring the human workforce they laid off last year, tasking them entirely with reading the billions of lines of catastrophic architecture their "efficiency-driving" algorithms output daily. Security teams are reportedly working around the clock to patch vulnerabilities that the AI seamlessly integrated into core infrastructure without any prompting.
Labor economists predict that as AI models become even more advanced and autonomous, they will soon be capable of generating complex, unfixable security breaches so rapidly that the entire global workforce will need to pivot to cybersecurity just to keep the internet functional.