Tag: Longevity

  • Zomato Founder Deepinder Goyal Bets on Brain Health with New Wearable Startup Temple

    Zomato Founder Deepinder Goyal Bets on Brain Health with New Wearable Startup Temple

    Deepinder Goyal, the visionary behind India’s food-tech giant Zomato, is making a bold pivot from food delivery to brain health. His latest venture, Temple, is developing a wearable device that tracks brain blood flow in real time. The startup recently raised $54 million in its first funding round, achieving a valuation of around $190 million—a striking vote of confidence in an unproven technology.

    From Canteen Menus to Forehead Patches

    Goyal’s entrepreneurial journey began in 2008 when he and a colleague noticed office workers queuing to see lunch menus. That observation led to Foodiebay, which later became Zomato—a public company and India’s first consumer tech unicorn. In early 2026, just weeks after stepping down as Zomato’s CEO, Goyal appeared on a podcast wearing a small forehead device called Temple. It wasn’t a gimmick; it was the prototype of his new startup.

    How Temple Works

    Temple’s product is a small, patch-like wearable that sticks to the temple or forehead. It claims to continuously monitor cerebral blood flow, similar to how fitness trackers measure heart rate or Oura rings track sleep. The ultimate goal: to help slow down aging by improving brain blood flow. Goyal has shared this theory online, but the science remains unverified and has not been peer-reviewed. Medical experts are skeptical, but investors are willing to bet on Goyal’s track record.

    Investor Confidence and Risks

    The $54 million round was led by Goyal’s long-time backers—Peak XV Partners (formerly Sequoia India), Info Edge, Steadview Capital, and Nikhil and Nithin Kamath of Zerodha. These investors saw Goyal turn a simple menu directory into a multi-billion-dollar business. Now they’re backing his foray into biotech and longevity, a field far riskier than food delivery. Goyal himself describes the move as “higher-risk exploration and experimentation.”

    A New Chapter for Indian Tech

    Temple is still in development. The company is running third-party studies to validate its metrics and recruiting early adopters to refine the technology. A consumer launch is expected within months. If successful, Temple could revolutionize how athletes monitor performance and how everyday people track brain health. If it fails, it will still be a landmark story—the moment one of India’s most celebrated founders bet his reputation not on food, but on the flow of blood through the human brain.

    Temple operates independently from Goyal’s other ventures, including Continue (a health-tech project), LAT Aerospace, and Zomato’s parent company Eternal. As Indian tech evolves, Temple signals that the next big innovation may not come from delivery apps but from a small device that sticks to your forehead and tries to read your brain.

  • Latest MIT Research on Aging: Alzheimer’s Breakthroughs, Caregiving Tech, and Longevity Insights

    Latest MIT Research on Aging: Alzheimer’s Breakthroughs, Caregiving Tech, and Longevity Insights

    MIT continues to lead in aging research with groundbreaking studies spanning neuroscience, immunology, and assistive technology. From understanding how immune system changes contribute to Alzheimer’s and Parkinson’s to developing wearable imaging for elderly care, MIT researchers are tackling aging from multiple angles.

    Key Highlights

    • Li-Huei Tsai’s leadership: After 16 years directing the Picower Institute, Tsai will focus on Alzheimer’s and Down syndrome research.
    • W.M. Keck Foundation grant: Assistant Professor Alison Ringel explores the intersection of immunology and aging biology.
    • Wearable ultrasound for elderly care: SMART’s WITEC group aims to develop real-time monitoring for chronic conditions.
    • Tau protein structure: Chemists reveal the fuzzy coat around Tau proteins, potentially blocking Alzheimer’s tangles.
    • Immune-informed brain aging: Symposium highlights new treatments for Alzheimer’s and Parkinson’s based on immune factors.
    • Ianacare for caregivers: Steven Lee’s startup provides resources for family caregivers.
    • Tissue flexibility: Fluid between cells influences organ rigidity, with implications for aging and disease.
    • Eldercare robot: New robot assists sitting, standing, and fall prevention for aging in place.
    • Long-term care challenges: A new book explores global solutions for elder care burden.
    • Expansion microscopy: Since 2015, this technique has powered discoveries in kidney disease, Alzheimer’s, and more.
    • 40Hz gamma stimulation: Evidence grows for using gamma rhythms to fight Alzheimer’s.
    • Aging innovation clusters: MIT AgeLab’s book compares regions competing to serve an aging population.
    • Longevity planning: PLAN Forum imagines new industry around financial planning for longevity.
    • Super-healing species: Albert Almada studies stem cell regeneration mechanisms.
    • Blood cell production with age: New tool traces how blood cell family trees change in old age.

    These studies represent MIT’s comprehensive approach to understanding and improving healthspan.

  • MIT AgeLab: Advancing Research on Aging, Technology, and Transportation Safety

    MIT AgeLab: Advancing Research on Aging, Technology, and Transportation Safety

    MIT AgeLab is a leading research center dedicated to understanding the challenges and opportunities of an aging population. Through interdisciplinary studies, the lab explores how technology, design, and policy can improve quality of life for older adults. Key areas include automotive safety, driver assistance systems, longevity planning, and intergenerational connections.

    Notable Research and Initiatives

    • MIT-Toyota Collaboration: A decade-long partnership has powered driver assistance features in millions of vehicles, enhancing safety through human-machine interaction.
    • Advanced Vehicle Technology Consortium (AVTC): Provides data-driven insights into how drivers use emerging vehicle technologies, building trust in AI and automation.
    • FAA Rulemaking Committee: AgeLab researcher Bryan Reimer contributes human-factor expertise to improve aviation safety.
    • Innovation Clusters for Aging: A new book applies the concept of innovation clusters to global population aging, identifying regions racing to become “Silicon Valley” for longevity.
    • PLAN Forum: A symposium for financial professionals explores a new industry around longevity planning.
    • OMEGA Scholarships: Annual awards honor high school students who develop intergenerational programs bridging younger and older generations.
    • AGNES Suit: A unique suit helps researchers and students experience the physical challenges of aging, fostering empathy and better design.

    MIT AgeLab continues to influence policy, industry, and community programs, ensuring that the aging population is supported through innovation and collaboration.