Work on Ford’s autonomous technologies continues – the company is developing a Fusion self-driving prototype with highly advanced sensors, radars, and software. The Blue oval brand demonstrated what it has achieved so far at the University of Michigan and its Mcity facility.Mcity simulates urban environment which allows Ford to safely test up to Level 4-capable autonomous vehicles in “scenarios like traffic in intersections, pedestrians in crosswalks, different traffic signals, and even bicyclists.” During the demonstration earlier this week, autonomous Fusion prototypes “successfully piloted themselves around the faux city landscape, top speed around 25 miles per hour,” as Automotive News reports.
to recap:the first industrial revolution was brought about by mechanisation and steam power;the second industrial revolution was essentially about electrification and mass manufacturing;the third industrial revolution is said to have been led by computers and automation systems; andthe fourth industrial revolution is where everything is connected together into what are called “cyber-physical systems” – meaning the integration of software and hardware and even humans.“Industry 4.0 really references the next revolution in manufacturing, which, simply defined, is mapping the physical and digital world together,” says Steve Shepley, principal at Deloitte, and one of the speakers at the Exponential Manufacturing conference.
Drones are becoming a ubiquitous technology with their increasing capabilities. Amazon is using them to deliver packages, Japanese innovators have created pollinator drones, and drones are even being used as backup dancers for pop stars. There are even drones emerging that could help to save lives.One such drone is being developed by Flypulse, a Swedish startup working on an autonomous drone that can bring life-saving equipment to the scene of a medical emergency. Its has the ability to deliver Automated External Defibrillators (AED) at an incredible speed — four times faster than an ambulance.
As the first device on the market for language translation using AI that does not rely on connectivity to operate, it offers significant potential for its unique application across airlines, foreign government relations and even not-for-profits working in remote areas,” says Danny May, Lingmo’s Founder and Director.
You use your smartphone — not to find a charging station, which you hope is within range, but to summon a charging drone — and you keep driving. Within minutes, a drone is hovering over your car, and your battery is charging. You never even had to leave the road.
The new model is a flow battery, which is not does not require an electric charging station to be recharged. Instead, all the users have to do is replace the battery’s fluid electrolytes — rather like filling up a tank. This battery’s fluids from used batteries, all clean, inexpensive, and safe, could be collected and recharged at any solar, wind, or hydroelectric plant. Electric cars using this technology would arrive at the refueling station, deposit spent fluids for recharging, and “fill up” like a traditional car might.
Initially, the BCIs will be used for medical research, but the ultimate goal is to prevent humans from becoming obsolete, by enabling people to merge with artificial intelligence.While these may seem like lofty goals, Musk is not the only one who’s trying to bring humans closer to machines. Here are five companies that have doubled down on hacking the brain.