Author: Jasmyne Jade Hill

How a structural shift by tech companies is allowing AI to act autonomously and without oversight

In the crowded field of artificial intelligence, two concepts are quietly redefining the relationship between humans and machines, agentic AI and Model Context Protocol (MCP). Neither name rolls off the tongue, and neither was built for the headlines. But make no mistake, these two forces are shaping the foundation of how AI will operate, interact, and act on behalf of consumers in the years ahead. To understand the stakes, start with the role AI plays in the daily life of Americans. For years, AI systems have been reactive. Users give an instruction and the system responds. Ask for a...

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Newly articulated method for using AI rejects automation and returns the process to user control

As artificial intelligence systems become increasingly autonomous, a growing number of developers, researchers, and technical users are returning to a method that prioritizes human control at every stage, known as multi-component prompting, or MCP AI. Unlike agentic models that pursue goals with minimal intervention, MCP AI is fully driven by the user. Each step of a task is written, issued, and reviewed by a human operator before the next instruction is given. There is no planning, no improvisation, and no decision-making performed by the system unless explicitly ordered. The method is simple in structure but powerful in effect. A...

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Milwaukee’s Urban Farming: How a Rust Belt City cultivated a grassroots idea into a national model

Milwaukee’s reputation as a manufacturing powerhouse once defined its economic and cultural identity. But as industry collapsed and neighborhoods suffered decades of disinvestment, residents began turning to the land in vacant lots, schoolyards, and rooftops as a means of survival and resistance. Urban farming in Milwaukee neighborhoods, spaces informally known as Agrihoods, didn’t arrive as a trend. It was born out of necessity, rooted in community self-sufficiency, and shaped by the city’s unique racial, economic, and environmental struggles. GARDENS IN POST-INDUSTRIAL SOIL Urban agriculture in Milwaukee has its earliest civic precedents in wartime “Victory Gardens,” but its modern legacy...

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K-pop idols in combat push entertainment boundaries as Aespa joins PUBG’s cinematic shooter trailer

In the newly released cinematic trailer for PUBG’s “Dark Arts” season, members of the popular K-pop group Aespa don’t sing or dance along with their song for the game’s soundtrack. Instead, they lock and load. The 90-second launch film, which debuted July 9 on YouTube and in-game platforms, features three digitally rendered Aespa avatars maneuvering through an abandoned facility, outfitted with sniper rifles, pistols, and tactical gear. One by one, they clear corridors, exchange fire, and advance with cold precision through what looks like a post-apocalyptic kill zone. It’s a far cry from the group’s debut video “Black Mamba.”...

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Retórica armada: cómo la “redistribución de la riqueza” se convirtió en un ataque racista durante la Reconstrucción

Tras la Guerra Civil de EE. UU., mientras el Sur yacía devastado y los estadounidenses negros recién emancipados buscaban ejercer sus derechos, emergió una nueva arma política entre las élites blancas desesperadas por mantener el control. Fue la acusación de una “redistribución de la riqueza.” Lejos de ser una preocupación económica neutral, la frase se convirtió en una línea de ataque cargada de racismo utilizada para desacreditar las políticas de Reconstrucción y avivar el resentimiento blanco. Los plantadores, políticos y editores de periódicos del Sur adoptaron de inmediato esta retórica tras la emancipación. En lugar de confrontar la derrota...

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How neurons power new biocomputing platforms built from living tissue as AI devours global resources

A new generation of computing technology is emerging. Not from factories or cleanrooms, but from biological laboratories where human neurons are grown, trained, and wired into living machines. These biocomputers are not futuristic prototypes. They exist now, and their backers believe they may solve some of the most pressing problems posed by the artificial intelligence boom. Unlike traditional systems that rely on silicon chips, biocomputers use clusters of lab-grown brain cells to process information. These neurons, cultivated from human cells and connected to electrode arrays, are capable of forming networks that learn from feedback, adapt to new patterns, and...

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