Sybil, a smart garden robot that weeds, plants and cares for your garden

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Gardening is an activity that is good for both the mind and body and can be enjoyed by people of all ages. But most people cannot find enough time to take care of their orchard or garden , due to their hectic lifestyle. That's where a new smart garden robot comes into play. Created by california-based sterling robotics, sybil is an intelligent garden robot, with machine learning capabilities. Designed to automatically weed, plant seeds and tend to your garden, the unique robot uses a neural network combined with real vision to help map your garden , allowing sybil to care for it 24/7 of the weekwireless charging technology could allow automakers to produce more affordable electric vehicles that would require less energy.

Can you imagine driving an electric car that charges itself on the move? Researchers from the indiana department of transportation (indot) and purdue university are testing a new type of concrete that can do just that and offer smart road users. Smart roads will be made of cement and recycled magnetic particles the concrete material has been developed by a german startup called magment. It's basically a mixture of cement and recycled magnetic Email Marketing List particles called ferrite, which magment sources from e-waste recyclers. Funded by the national science foundation (nsf), the tests are part of aspire, a program to design "Smart highways" and other technologies for charging battery electric vehicles. “this partnership to develop wireless charging technology for highways sends a strong signal that indiana is at the forefront of delivering the infrastructure needed to support the adoption of electric vehicles,” indiana governor eric j.



Holcomb said in a statement. A statement announcing the testing, which is scheduled to begin this summer. Pavement testing, research and optimization to develop smart roads the project will begin with “pavement testing, analysis and optimization research” that will be conducted as this partnership to develop wireless charging technology for highways sends a strong signal that indiana is at the forefront of delivering the infrastructure needed to support the adoption of electric energy. Vehicles. Researchers will then test the magnetized concrete over a quarter-mile-long stretch to see if it can successfully charge heavy trucks at a speed of 200 kilowatts or more; for comparison, the fastest electric vehicle chargers currently available have an output of between 50 kilowatts to 350 kilowatts.