Robotics investments in January 2019 have crossed a minimum of $644 million worldwide, armed with a total of 25 robotics transactions. The $644 million raised in January is lower than the funding into this industry raised in December in tune of $652.7 million. One of the biggest investments in January that is $104 million Series A has been made into the Beijing Auto AI Technology Co. of China. Other notable investments in January 2019 into Robotics include the $100 million JV into Ekso Bionics Holdings Inc. and a $59.61 million Series B funding into China-based NASN Automotive Electronics Co. Here are the Top 10 Investments that ruled the Robotics Technologies space in January 2019.

There is no force on earth more powerful than an idea whose time has come. Robotic companies continued their two-week pattern of underperformance this week relative to the broader markets. Fully twelve members of the 30 stock Bot Index fell over 3% during the week and drove the Index to a virtual flat performance versus the S & P 500's .35% Four stocks in the health-care sector were among the greatest losers due to a Motley Fool article that focused on competition in the sector. Despite a two for one stock split on December 4th, shares of Cognex traded down over seven percent.

"Built tough": That's the slogan used in ads for Ford trucks, which are shown hauling massive loads, towing equipment, and roaring across rugged terrain. But the workers who assemble those trucks in Ford's manufacturing plants are subject to human frailties. They can suffer from back and shoulder pain as a result of carrying out the repetitive tasks required by their jobs, particularly as they work on chassis suspended above them. Ford estimates that some assembly workers lift their arms about 4,600 times per day, or about 1 million times per year. So workers on Ford's assembly lines in two U.S. factories are getting some extra help.

Companies are starting to propose functioning exoskeletons for real applications, from soldier support to helping paraplegic patients walk. But they could also be customized to help everyday workers with their harder tasks, as Lowe's lift-easing prototype demonstrated. Ford is taking a different tack by investing in the EksoVest, a new exoskeleton that supports factory employees' upper bodies to ease strain when lifting and performing overhead tasks. Certain Ford employees do these tasks up to 4,600 times per day and up to a million times per year, the automaker noted in a press release. The non-powered EksoVest, designed by Ekso Bionics in partnership with Ford, helps lift five to fifteen pounds, easing the strain on users' upper bodies and preventing some fatigue.

There's a reason you've never seen fully autonomous exoskeletons that help the disabled walk without crutches: Building one is crazy hard. But the founders of a Paris-based startup called Wandercraft are uniquely qualified to do it. They're roboticists who happen to have loved ones in wheelchairs, giving them both the expertise and motivation to develop an exoskeleton that helps users walk again. After years of development, they're nearly ready to show it to the public, following a round of promising patient trials. Wandercraft ran successful preliminary trials with a handful of clients using "Atalante," its latest prototype.

Arthur Renowitzky can't help but command attention as he walks down the street on a sunny autumn morning. A driver lowers her window to flash a smile and a thumbs-up. "You got this," she says. Renowitzky has been paralyzed since 2007 after being shot in the chest for $20 and a fake gold chain. But he can stand and walk, using crutches for balance, when wearing an exoskeleton suit with motorized hips and knees powering his movements.

Arthur Renowitzky can't help but command attention as he walks down the street on a sunny autumn morning. A driver lowers her window to flash a smile and a thumbs-up. "You got this," she says. Renowitzky has been paralyzed since 2007 after being shot in the chest for $20 and a fake gold chain. But he can stand and walk, using crutches for balance, when wearing an exoskeleton suit with motorized hips and knees powering his movements.

Vodafone just announced a new partnership with wearable robotics company Ekso Bionics. Ekso makes a robotic exoskeleton that can enhance natural endurance or strength in able-bodied people and enables people living with paralysis to stand and walk walk. The San Francisco Bay Area-based company, which has licensed its suit for military use, is now primarily marketing its signature product as a medical device to aid recovery from stroke or reduce the secondary effects of paralysis by getting people out of wheelchairs for a portion of each day. Computer vision and 3D imaging are helping robots find new uses outside the factory. The Internet of Things is finding its way into all kinds of hardware, and roboticists have been especially keen to employ IoT sensors--which is where the Vodafone partnership comes in.