City officials announced Tuesday that traditional tech workers earning under $200,000 will now qualify for emergency municipal aid, warning that the impending artificial intelligence boom threatens to render them completely destitute.
With OpenAI and Anthropic preparing for massive liquidity events, San Francisco’s Department of Homelessness and Supportive Housing has preemptively updated its poverty guidelines. The new framework officially categorizes senior full-stack developers, mid-level product managers, and anyone relying on a standard six-figure base salary as "severely economically disadvantaged" and at high risk of displacement by the incoming wave of A.I. centimillionaires.
To mitigate the humanitarian crisis, the city is deploying rapid-response relief tents across the Mission District to distribute emergency Patagonia fleeces, subsidized Equinox memberships, and hot, ready-to-eat Sweetgreen bowls to tech workers struggling to survive on $15,000 a month. Social workers have been dispatched to major tech campuses to provide grief counseling for employees whose net worth is entirely tied up in deprecated SaaS roadmaps rather than foundational compute.
It is humiliating to walk into a natural wine bar knowing you are the poorest person in the room just because your company is still building on the stack instead of training large language models.
Hayes noted that the sheer scale of the new A.I. wealth has made basic survival impossible for traditional coders, pointing out that several of his peers have been tragically forced to take on roommates or downgrade from Tesla Model X SUVs to standard Model 3s just to make ends meet. Local advocacy groups are already lobbying for a city ordinance that would cap the price of omakase tasting menus to ensure that legacy tech workers are not entirely priced out of their own neighborhoods.
At press time, a coalition of impoverished Web3 developers was seen panhandling outside Anthropic’s headquarters, holding cardboard signs begging for spare equity or a few minutes of compute time.