CBS Boston spotlights how Portal Instruments, an MIT startup, is bringing a needle-free injector to the market, which could change the way people take medicine. The device, “fires a pressurized spray to penetrate the skin, instead of piercing the skin with traditional needles.”
Washington Post reporter Audrey Hoffer writes about Ori, the flexible robotic furniture system developed by MIT researchers. “We want to change the paradigm to living large in a small footprint. People think square footage and functionality are linearly related, but that’s the old paradigm,” says MIT alumnus and founder Hasier Larrea.
Zeninjor Enwemeka writes for WBUR about two MIT spinoffs, nuTonomy and Optimus Ride, that are conducting autonomous vehicle research in Massachusetts. A recent passenger trial by nuTonomy in Boston, “is perhaps a promising move for companies hoping to bring self-driving vehicles to the state,” writes Enwemeka.
Frederick Daso of Forbes highlights MIT alumnus Ryan Robinson, whose startup aims to share unused computational capacity with others who need to perform intensive calculations. This technology will one day “help companies afford cheap, distributed computational power via quantum computing, and allow individuals to make money by loaning out their spare processing power and mining for cryptocurrency,” writes Daso.
Rebecca Flint Marx of Wired writes about the ways automated technology is being used in the food industry. Highlighting Spyce Kitchen, which was developed by MIT students, Flint Marx writes, “at Spyce Kitchen, the robot chef needs less than five minutes to cook meals such as jambalaya or chickpea coconut curry.”
MIT spinoff Optimus Ride will be bringing autonomous vehicles to a new development in South Weymouth, reports Adam Vaccaro for The Boston Globe. The company is currently running tests in the streets, “but it expects to haul passengers around the development site as part of a pilot program at some point in 2018,” writes Vaccaro.
Prof. Timothy Lu speaks with STAT reporter Eric Boodman about his work trying to harness bacteria to treat disease. Lu notes that his lab is also currently working on, “building these genetic circuits for therapeutic applications, but instead of targeting bacteria, we’ve been focused on using human cells.”
In a WBUR segment about how technology is increasingly being used to assist seniors and caregivers, Rachel Zimmerman highlights Rendever, an MIT spinout, and speaks with Prof. Paul Osterman, Prof. Dina Katabi and Dr. Joseph Coughlin about their work. Zimmerman explains that Coughlin believes “a mix of smart devices and other personal services,” will help people age well.
In an article for HuffPost, Erandi Palihakkara highlights MIT’s Inclusive Innovation Challenge, which aims to recognize “organizations (both for profit and non-profit) that are committed to inclusion of technological innovations for economic prosperity of base and middle income earners.”
Channel 7’s Ryan Schulteis speaks with sophomore Vick Liu about TravelerPack, a lightweight sleeping bag Liu designed to help Syrian refugees withstand freezing winter temperatures. Liu drew on his experience as an Eagle Scout to help create the sleeping bag. “My whole goal in life is really just to impact people in a positive way,” said Liu.
Sophomore Vick Liu speaks with NECN’s Caroline Connolly about what inspired him to develop a new sleeping bag to help Syrian refugees survive harsh winters in the Middle East. "At the end of the day, we didn't start this to make money. We didn't start this to get a ton of prestige," he said. "We just wanted to help people."
Writing for The Boston Globe, MIT graduate student Matthew Claudel argues that innovation efforts should be focused on being more socially inclusive. “Municipalities that foster accessible innovation for livelihoods will reap the benefits of greater livability. It is those places, rather than techno-hubs that prize quick, marketable lifestyle amenities, that will emerge as the smartest cities of the future.”
WGBH’s Adam Reilly visits MIT spinout Embr Labs, where researchers have developed a wristband that helps the wearer feel warmer or cooler, and could also help reduce energy consumption. "Even if we could help people use their AC unit and their heating just a fraction of a degree less, the benefits for the world could be tremendous,” explains co-founder and MIT graduate David Cohen-Tanugi.
The Engine has raised $200 million and financed its first seven companies “in fields such as aerospace, advanced materials, genetic engineering and renewable energy,” reports Michael McDonald of Bloomberg.
Asma Khalid of WBUR reports that The Engine has raised $200 million and funded its first seven “tough tech” companies. "We have to believe it's a breakthrough [idea] that can have big impact in the world," says Katie Rae, president and CEO of The Engine, of the selected companies.