Obama to get first-hand look at Start-Up Nation’s innovations

President to see robotic rescue snakes, motorized legs, road safety alert systems and other trailblazing local developments

Netanyahu to show his guest remarkable examples of Israel’s high-tech prowess, and introduce some young pioneers.

Students from a Haifa junior high school who created the Robo-waiter (Photo credit: Courtesy Technion)

Students from a Haifa junior high school who created the Robo-waiter (Photo credit: Courtesy Technion)

US President Barack Obama, arriving in Israel on Wednesday, will be the guest of Prime Minister Benjamin Netanyahu for a rapid-fire presentation at the Israel Museum showcasing some of Israel’s best technology.

Israel, Netanyahu will tell Obama, has made unique contributions in the fields of medicine, agriculture, road safety, robotics, and more — and will prove it by showing him some of the world-changing innovations developed here.

Seven of Israel’s most important contributions — chosen by a committee of government and technology leaders — will be presented to Obama in the context of the museum’s “Israeli Technology for a Better World” exhibit. After touring the the exhibit, Obama will be introduced to the tech leaders of tomorrow in the form of three young Israelis who won a robotics contest last year with their Robowaiter, a special robot “butler” designed to help the disabled.

The half-hour presentation will show Obama the following products:

An electric car equipped with a Phinergy battery (Photo credit: Prime Minister's Office)

Phinergy aluminum-air battery for electric vehicles: The Phinergy battery solves a major problem of electric vehicles — the short range of travel provided by batteries before a recharge is needed.

The Phinergy battery allows a threefold increase in travel range over a 
regular electric vehicle, with a much lower weight than conventional batteries. This is due to the fact that it is based on metal air technology which utilizes oxygen from the surrounding air instead of oxygen manufactured by heavy materials built into the battery. The result: A much lighter battery that can power cars for a significantly longer time than current batteries, solving the two issues that many believe are preventing electric cars from taking off.

Prof. Amnon Shashua of Hebrew University's Selim and Rachel Benin School of Engineering and Computer Science at the Faculty of Science, invented Mobileye, a system designed to prevent accidents by warning the driver in real time about dangerous situations and driving conditions.  (Photo credit: Nati Shohat/Flash90)

Mobileye’s road safety alert system: No longer a start-up, Mobileye’s alert system, based on cameras and sensors, working in tandem with advanced software, tells drivers when they are too close to the vehicle in front of them, and when dangerous situations are likely to develop. The heads-up gives drivers an edge, making them more alert and giving them crucial extra seconds to prepare to deal with problem situations. The result: fewer traffic accidents.

ElMindA’s Brain Network Activation technology platform: Brain Network Technology can be used to measure and interpret specific brain functionalities, providing information about disease development and 
rehabilitation from injuries, reactions to treatment, psychiatric and 
neurological problems, and pain. ElMindA’s technology, developed in association with Ben-Gurion University, provides noninvasive tools to visualize and quantify this information.

The Technion's robotic snake (Photo credit: Courtesy)

The Robotic Snake: There are many disaster scenes where responders dare not tread, even if there are people who need help. A collapsed building is a deathtrap not only for those caught inside, but also for rescuers, whose slightest wrong move can set off an avalanche that will bury survivors, and themselves, alive.

Enter the Technion-developed Robot Snake, a miniaturized robot that slithers into such disaster areas. It’s light enough not to cause any more damage, and, equipped with cameras and sensors, it can lay out a path for rescuers to enter without further damaging the structure — as well as determine exactly where the survivors are. The system can be used in any situation where advance information about a situation is needed in order to prepare rescue teams to do their work.

The ReWalk in action (Courtesy Argo Medical Technologies)

ReWalk: Until not too long ago, the notion of a person without legs walking, much less running, was the stuff of science fiction. That was before ReWalk, which makes an exoskeleton suit with motorized legs 
that power knee and hip movement to provide even paraplegics with “walking technology.”

Battery-powered for all-day use, ReWalk is 
controlled by on-board computers and motion sensors, restoring 
self-initiated walking without needing tethers or switches to begin 
stepping. ReWalk controls movement using subtle changes in center of 
gravity, mimics natural gait, and provides functional walking speed. The ReWalk does it all, from walking to climbing stairs to running marathons.

(L. to R.) Uri Usami, Ariel Rosen and Ofir Tam, inventors of MinDesktop (photo credit: Dani Machlis, Ben-Gurion University)

The MinDesktop: Using off-the-shelf technology, three Ben-Gurion University students developed a headset that allows users to control computers using 
brainwaves or facial movements. The computer is controlled without a mouse 
or keyboard by means of a headset that images the user’s brainwaves from 14
 separate points. The system, which was developed by three software 
engineering graduates, is designed to serve the physically handicapped who could not otherwise operate a 
computer or other devices.

It’s still in its early stages, BGU said, but when fully developed, MinDesktop will revolutionize the way individuals with severe disorders like ALS are able to interact with society.

Students from a Haifa junior high school who created the Robo-waiter (Photo credit: Courtesy Technion)

Robo-Waiter: Disabled people who have a hard time doing for themselves will, in the future, be able to rely on robots to perform many of their day-to-day tasks. Obama will receive a preview of that future, and the future scientists who will craft it, in the form of the Robo-Waiter, built by three junior high students from Haifa under the direction of Technion experts.

The rolling humanoid robot, complete with arms and an extension to grab items, is equipped with sensors, cameras, and software that allows it to “hear” commands. It’s a work in progress, but the students, along with the Technion, are working to perfect it. Even at its current stage, Robo-Waiter was good enough to win the Best Humanoid Robot prize at an international robotics contest in the US last year.

While many aspects of Israel are presumably well-known to Obama, its products and technologies, and the contributions they represent, may be less familiar, said Liran Dan, head of the National Information Directorate, one of the groups organizing the presentation.

“There are two 
principal messages that we would like to emphasize during the visit,” he said. “First 
and foremost is the deep connection between Israel and the US. Alongside 
this, we would also like to present the products of the future 
that originate in Israel and which will be used in many places around the world.”


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