AI in Longevity Research
How artificial intelligence is accelerating the discovery and analysis side of aging biology, and where the hype outpaces the evidence.
Technology is accelerating longevity research and making precision health tools accessible to individuals. From AI-assisted diagnostics to consumer wearables that track biological aging signals, this section covers the technology layer of the longevity ecosystem.
How artificial intelligence is accelerating the discovery and analysis side of aging biology, and where the hype outpaces the evidence.
What consumer wearables can reliably measure for longevity purposes, and where their limits are.
What longevity clinics offer, how they differ from traditional primary care, and questions worth asking before enrolling in one.
What at-home biomarker testing can offer for longevity tracking, and where lab-based clinical testing still matters more.
How often AI health tools state something false with complete confidence, where the risk concentrates, and what the actual research says about how fast that is changing.
OpenAI, Microsoft, Amazon, Perplexity, and Verily each picked a different seat at the healthcare table. Here's what each one is actually good for, and where the real gaps still are.
AI-assisted mammography is one of the most studied applications of AI in medicine. The research is genuinely impressive, and genuinely complicated. Here is the honest picture.
Radiology is the medical specialty most reshaped by AI, and also the one that has thought most carefully about how to integrate it. Here's what's actually happening in radiology departments.
Step counts were just the beginning. Wearables now detect atrial fibrillation, track sleep stages, estimate blood oxygen, and flag anomalies in real time. AI is what's making that shift possible.