However, technology funding faced shifts when Health and Human Services Secretary Robert F.
Kennedy Jr. canceled roughly $500 million in mRNA research grants in August 2025, citing “more risk than benefits.”
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Despite administrative hurdles, Webb described the long-term convergence of health care and technology as “extraordinary.”
She envisioned decentralized health systems capable of preemptive genetic diagnostics: “Imagine a system that detects disease before symptoms appear, where your bathroom doubles as a diagnostic lab, and therapies are tailored to your genome rather than the statistical average.”
Webb predicted that biological sciences would transition into “an engineering discipline,” transforming global manufacturing and supply chains.
“We will grow materials, manufacture drugs, and produce food the way we now write software. Think: programmable, iterative, decentralized,” she said.
Industrial reliance on raw extraction is anticipated to give way to cultivated laboratory alternatives, rewriting supply chains stable since the industrial era.
Brian David Johnson, a futurist professor at Arizona State University, detailed the eroding boundary between biological organisms and digital technology.
“One of the things that I've been looking at for a long time, which is when the wall between biology and technology begins to fall,” Johnson said.
He defined this interdisciplinary field as “synthetic biology, some would call it gene engineering, but it's that idea of being able to move back and forth between the digital realm and the physical realm with very little friction.”
Johnson questioned the ethical and material implications of engineering living systems from digital models: “What does it mean to model life and then be able to build life?”
