If you’re shopping around for an aerial drone, then you’ll know that there are now lots of companies making them. What’s perhaps a little more surprising, however, is the number of groups offering aquatic drones. Already, we’ve seen li’l remote-control submarines such as the Trident, FathomOne, CCROV and BlueROV2. Now another one has taken the plunge into the market, in the form of the currently-crowdfunding Gladius.
The 3-kg (6.6-lb) drone is being made in Standard and Advanced models, both of which come with a 30-m (98-ft) tether running up to a Wi-Fi-equipped buoy that’s towed along at the surface. This means that the tether doesn’t have to reach all the way from the Gladius to the operator. A longer 100-m (328-ft) cable is available as an upgrade, allowing the drone to travel farther from its buoy, and/or to dive deeper – its maximum dive depth is 100 meters.
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The two models also have different Wi-Fi ranges, with the Standard offering 30 meters (98 ft) and the Advanced offering 500 m (1,640 ft).
Sun and wind to power Energy Observer catamaran on six year circumnavigation
PARIS (AP) — The first self-sufficient boat powered only by emission-free energy will start a six-year trip around the world in the spring.
Energy Observer, a former multi-hull race boat converted into a green vessel equipped with solar panels, wind turbines and a hydrogen fuel cell system will be powered by wind, the sun, and self-generated hydrogen.
The 5 million euro ($5.25 million) boat, which is currently in a shipyard in Saint-Malo, will set sail from the Brittany port and will make its first of 101 stops across 50 countries in Paris as part of a six-year circumnavigation.
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Energy Observer, a former multi-hull race boat converted into a green vessel equipped with solar panels, wind turbines and a hydrogen fuel c
What Is Dsp Advertising And What Can It Do For Your Company?
A “Demand-Side Platform” (DSP) advertisement is a really useful tool when it comes to creating ads for your company, especially if you are interested in spreading your advertisements between different mediums, such as mobile, TV, video and displays. This is a tool that can really increase your brand-awareness, as well as draw in customers. So, the main question is: what is DSP advertising and how can it actually help with your marketing? That’s what we are going to find out below.
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What is DSP advertising?
DSP advertising stands for “demand-side platform” and is used to allow marketers to access a wide variety of digital marketing platforms. This means that you can create adverts, or change the sizes of the advert based on the platform you advertise on. Ultimately, you will be able to increase the number of viewers you have for your advert, and will be able to appeal to a wider target demographic of people. Therefore, it is more likely that you will be able to increase the number of customers you have, as well as retain loyal customers in the future.
How can DSP advertising be useful for my company?
One of the most useful things about a DSP is that it streamlines all of the adverts you pay for into one platform. That means you can keep an eye on them, as well as how well they are performing. A DSP means that you will not need to negotiate with advertising firms about how much you want to spend and the quality of your advertisement. Instead, you can use the technology to have complete freedom over your ad. This doesn’t even need to be on the same publishing platform. Instead, you can pull all of your ads together and keep an eye on them in one space.
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If you are a bit intimidated about using a DSP advertising tool, try not to worry too much! Another perk of this type of software is that it will usually come with additional software that can be used to instruct you on how you can get started. That way you can start off simply and build up to more complicated processes whilst using your DSP advertising system.
How much is DSP advertising?
DSP advertising tools can come on a flexible payment scheme. That means you can choose how many mediums you want your DSP to monitor and how many tools you want available to conduct analysis. The more complicated you make your software, the more likely it is that it will cost a lot more money. You can also decide whether or not you want to pay for it directly or if you want to make payments over the upcoming months.
Also Read: 5 Steps That Begin Your Entrepreneurial Journey
Are you ready to use DSP Advertising software?
DSP advertising software is a great way to use a number of different advertising mediums without becoming lost in the process. Instead, you can keep an eye on their metrics and ensure that each advert is performing to the best of its ability. By using software like DSP advertising, you will remain ahead of your competition.
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DSP advertising stands for “demand-side platform” and is used to allow marketers to access a wide variety of digital marketing platforms.
Machines enrich and enhance our lives, whether it’s the smartphones that allow us to stay connected or the supercomputers that solve our toughest computational problems. Imagine how much more productive and innovative our world will be when computers become infinitely more powerful. Indeed, the growing field of quantum computing may make our current technological capacities look feeble and primitive in comparison. It could even transform the workings of the human brain and revolutionize how we think in ways we can’t begin to imagine.
Today, computers operate at the most basic level by manipulating two states: a zero or a one. In contrast, quantum computers are not limited to two states but can encode information in multiple states that exist in superposition, also known as quantum bits or qubits.
In other words, this technology takes advantage of one of the most fascinating properties of the quantum world: the ability of subatomic particles to exist in more than one state at any given time. Consequently, a quantum computer can perform many calculations at the same time, whereas a traditional Turing machine can only perform a single calculation at once. Such quantum machines will be millions of times more powerful than our most powerful current computers.
The revolutionary implications of such a computing capacity are immense and will contribute to the acceleration of human thinking and progress.
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Quantum computers can allow us to push the limits of artificial intelligence, derive ground-breaking insight from big data, advance cryptography, develop new materials, and even simulate virtual quantum systems like never before. According to Greg Tallant, Lockheed Martin fellow at the USC center, “The technology could be harnessed to speed the debugging of millions of lines of code or help solve the aerospace industry’s toughest computational problems.”
Many techno-optimists believe that quantum computers will allow us to expand our understanding and capabilities by giving us access to machines that think in ways we never have in multiple states and dimensions at once. But what if it wasn’t just our machines that were unfathomably more intelligent? What if we were too?
Imagine being able to ponder multiple ideas at the same time, solve several mathematical equations at once, or have a conversation with more than one person. Imagine what kind of world we would live in if every person could exist in a multitude of mental states.
One wild application of quantum computers may be to design them as a carrier for our minds. While this sounds like science fiction, we are seeing exponential growth in brain scanning and mapping technologies, along with neural engineering, which will all contribute to our ability to model the brain and develop technologies that can digitally replace some or all of its functions.
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Hundreds of millions of dollars are being invested in brain-computer interfaces and implants. Neuroscientist Kenneth Hayworth writes in Skeptic magazine, “All of today’s neuroscience models are fundamentally computational by nature, supporting the theoretical possibility of mind-uploading”. Couple that with the rapidly growing advancements in quantum computing and the futuristic hope that we will one day upload our minds into machines. After all, the laws of physics don’t limit that possibility.
There are plenty of technical, scientific, and even philosophical questions yet to be answered. Even with the capability, some wonder whether our sense of self would go along for the ride, or if we would have effectively created a copy of ourselves. And perhaps instead, we may simply link more closely with computers via brain-machine interfaces.
In either case, we will undoubtedly find our capabilities enhanced.
And perhaps an even more mind-blowing aspect of quantum computing is the idea put forward by Oxford University quantum physicist, David Deutsch, who suggests that quantum computers function by distributing parallel work across many different universes. These new machines could be humanity’s first baby steps towards harnessing the computational power of a multiverse.
Will we get there?
Some are skeptical about whether quantum computers will be taking over anytime soon. There are many challenges facing experts in the field, such as designing a simple way to control complex systems of qubits. One major obstacle is that qubits are more susceptible to errors, compared to transmitters in classical computers. Another one is creating qubits that can maintain their quantum properties for a long period of time, known as the coherence time. Scott Aaronson, professor at The University of Texas, Austin has listed the main challenges to quantum computing theory.
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Quantum computers can allow us to push the limits of artificial intelligence, derive ground-breaking insight from big data, advance cryptogr
3 Key Advantages of End-to-End Supply Chain Visibility
It is vital for logistics providers and their customers to stay updated with current events. Collecting and analyzing real-world data enables the forecasting of the unknown. Strong leadership is founded on an open and honest basis.
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3 key advantages of E2E Supply chain visibility
In the end, it was the COVID-19 virus that brought global supply chains to a halt. Raw resources could not be repurposed, and export shipments were as inconsistent as the raw material flow. What occurred was as follows:
When things go wrong, supply chain leaders learned how critical it is to promptly recover. Sixty-two percent of supply chain executives surveyed by the Capgemini Research Institute stated that it was critical to strengthen the supply chain’s resilience.
AI may be able to forecast what will happen in an emergency and connect the supply chain, so assisting in the reintroduction of jobs to the United States. The Internet of Things will assist in making supply chains more intelligent. A critical component of strength is the ability to observe what is going on at all times.
When everyone in the supply chain understands what they’re doing and why, it makes both large and minor choices simpler. Supply chains benefit from end to end supply chain visibility in three ways.
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The process of increasing supply chain visibility is always developing as new technology and ideas become available.
The future of package delivery is better than drones
Did You Remember WebVan?
The grocery delivery startup was considered “high-tech” because you could order groceries on a website and have them delivered. A darling of the late ’90s dot-com boom, WebVan ultimately failed, becoming a poster child for the dot-com bust (the company went bankrupt in 2001) and a cautionary tale about the perils of so-called “last-mile” delivery — the link in the supply chain that brings products to consumers.
Delivery is expensive and inefficient. Unlike most parts of the supply chain, the last mile doesn’t scale, especially when a human employee drives a big car to bring one product to one consumer.
The “last mile” is ripe for disruption. But how?
Companies like Google and Amazon are trying. Google Express picks up goods at stores and delivers them to homes using route-optimization algorithms.
Google Express competes against Amazon’s AmazonFresh grocery delivery service, which costs a whopping $299 per year — and that’s from a company famous for free delivery of regular packages.
(AmazonFresh is for groceries and should not be confused with recent reports that Amazon is working on its own shipping service for nongrocery packages to compete with FedEx and UPS.)
Peapod, Fresh Direct, Whole Foods and others are also trying to make grocery delivery work.
But none of these companies has really solved the last-mile delivery problem. It’s still too slow and expensive. So what’s the solution? Drones, right?
When Amazon CEO Jeff Bezos revealed his company’s drone initiative on 60 minutes in 2013, the world was incredulous. Since then, Google and other tech companies, along with Wal-Mart and other retailers as well as numerous delivery companies like UPS, have unveiled drone-delivery experiments, plans and trials.
So the public can be forgiven for believing that the future of last-mile delivery is all about drones. But drones don’t scale: They can’t fly that far, can’t carry that much and need to have their batteries recharged frequently.
While drones are great for bringing high-value items (like medicine) to remote places, they’re not great for everyday deliveries.
The good news is that last-mile delivery can, in fact, scale. Several companies are already testing and showcasing technologies that could make that happen.
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The grocery delivery startup was considered "high-tech" because you could order groceries on a website and have them delivered.
New video clips purporting to show a 13-foot-tall (4 meters) humanoid robot piloted by a person in its torso look like something straight out of “Avatar” or “Transformers,” but a Live Science investigation has revealed reasons to believe some skepticism might be in order.
The robot clips have been picked up by a variety of online news and technology outlets, including Kotaku and Wired UK. But the South Korean company that is supposedly developing the robot has virtually no online presence and was unfamiliar to robotics researchers contacted by Live Science.
Furthermore, the only source for the videos or any information about them is the Facebook and Instagram pages of a designer whose website mentions a conceptual art project about a “fictional robotics corporation that develops its products in a not-so-distant future.”
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The designer, Vitaly Bulgarov, told Live Science that the robot is real. However, he declined to share the names of scientists or engineers working on the project, and messages to the purported CEO of the company went unreturned.
Mystery business
According to Bulgarov’s Facebook page, the videos were taken in South Korea at a company called Korea Future Technology. Almost all references to this company online appear to be associated with Bulgarov’s posts and the subsequent news pieces on the robot. Bulgarov said the company has been operating for several years.
The domain name of the supposed company, found on Bulgarov’s file names, hankookmirae.com, meaning “South Korea Future,” was registered in February too is Lim Hyun Kuk, the name of the person Bulgarov said was CEO of the company. There is no active website associated with the domain; Bulgarov said one is slated to go online next week.
“If you look at this from a Western point of view, then yeah, that might seem strange, but in that part of the world, the culture is a little different. The company wants to make something first before they advertise themselves,” Bulgarov said of the inactive website.
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The person who answered the phone number associated with the domain registration said Lim worked at that address but was not available to talk. Lim did not return a message left at that number or emails sent to three addresses possibly associated with him.
Bulgarov told Live Science in an email that the release of the videos was intended for his circle of followers only, and that the company would do a “proper press release” when the robot is completed in 2017. He said a “Professor Park” was associated with the work but would not provide a given name or affiliation for that researcher. (“Park” is the third-most-common surname in Korea.) He also declined to answer questions about funding for the project.
“Frankly, right now, we don’t even really care if people think this is legit because we didn’t try to promote it,” Bulgarov said.
Technical difficulties
The robot itself looks like one of the military robots in the movie “Avatar.” A pilot inside the torso moves his arms to control the robot’s upper limbs. (This kind of design is known as a “mech.”) The robot is tethered by a power cable above but walks several steps in the video clips.
The technology shown in the video is plausible, said Ronald Fearing, a professor of electrical engineering and computer science at the University of California, Berkeley, who has developed a jumping robot.
The robot looks a bit top-heavy, Fearing said, but its external power source could mean it would be light enough to function. The idea of developing robots steered by a person inside goes back to at least the 1960s, Fearing said. Several research teams are developing robotic exoskeletons to help people lift heavier loads or to allow paralyzed people to walk again.
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Fearing said the technology in the video would be a “nice piece of work.” He estimated that something like it might cost $20 million and take a couple of years to make.
But there are also questions about the video. Though Bulgarov wrote on his Instagram page that the ground shakes as the giant robot walks, the camera and nearby objects appear steady. The lab itself is also remarkably sleek and futuristic compared to academic labs in the United States and even industry labs like those of Boston Dynamics.
“Robots are a messy business,” said Christian Hubicki, a postdoctoral robotics researcher at Georgia Tech who worked on the DURUS robot. “They get torn apart and put back together over and over, and transmission grease gets all over the place. Even the nice white floor is beautifully unscuffed [in these videos]. Never once during likely hundreds of hours of debugging the giant robot did it kick in a way that scratched it up?”
The people around the robot also appear to be too close for safety and are not following the standard practice of wearing safety goggles, Hubicki said.
Bulgarov said the company’s CEO required that the lab be clean and that the videos had been brightened in postproduction. Fearing said robotics labs in Asia can be relatively neat.
However, there’s another problem: Hubicki told Live Science that the robot’s leg joints look unusually smooth given the force that the step of a 1.5-ton robot would exert on the motors.
“When I look at the bulk of the leg — say, above the ankle — it still stops its downward motion extremely quickly (I think within a frame of the video),” Hubicki wrote in an email. “[N]ot impossible, but if it is real, I’d be really curious about how the effects of that impact are being handled.”
Bulgarov said dampers in the robot’s feet make its motion smooth. He also said the robot wasn’t built for use as is but as a platform to show off various technical feats, like the human-machine interface for moving the arms or the bipedal locomotion. Right now, he said the robot couldn’t walk on an uneven surface but might be useful for industrial purposes, though there are no plans to use the robot in its current state. The cockpit and arms could be attached to a wheeled vehicle for rough terrain, Bulgarov said. The company is considering applications such as cleanup at the Fukushima power plant, which was damaged during the 2011 tsunami in Japan, Bulgarov said.
Some companies do make demonstration robots without many practical applications, Fearing and Hubicki said. However, building a 1.5-ton robot for this purpose would be quite extreme, Hubicki added.
“To me, building a giant, walking mech to showcase your arm technology is a bit like building a rocket ship to demonstrate your cockpit technology,” he said.
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When asked directly if the robot was real, Bulgarov said, “It is real, and more footage is coming.”
Fearing wondered if perhaps the company was intentionally obscuring its origins and goals to create more interest. There have also been situations where companies have exaggerated reality, he said.
“I don’t know of this group, but unfortunately, I know other groups have mixed CAD [computer-aided design] images and reality to raise money and [have] not disclosed the mixture,” Fearing said.
Hubicki urged skepticism. “As intriguing as the video is,” he said, “at some point, you have to ask yourself, ‘Did a secret company with no obvious ties to existing humanoid robotics groups actually develop a giant humanoid robot with likely unparalleled power and torque, and instead of sending out a press release, they unveil the robot by dribbling out low-resolution videos on Instagram via an affiliate who just so happens to be a visual effects artist?'”
Article Originally Written by Stephanie Pappas, Live Science
But the South Korean company that is supposedly developing the robot has virtually no online presence and was unfamiliar to robotics researc
Chanel took to the catwalk at Paris Fashion Week on Tuesday to show off its tech-inspired, Spring-Summer 2017 collection (yes, they’re already that much cooler than you).
Chanel creative director Karl Lagerfeld described it as an exercise in “intimate technology.” Here’s what we know for sure: Lagerfeld has been watching a lot of Daft Punk film clips, and next month’s fashion magazines are going to be filled with “pixelated tweed.”
The ready-to-wear collection was shown off in Chanel’s customary Paris runway venue, the Grand Palais. But this time the set was converted into a giant data center, reminiscent of a “Silicon Valley” set-piece (if T. J. Miller was a 5 foot 10 model with porcelain skin). Even the Ethernet cables were on-trend.
As Chanel describes it, the show started with “robots from an unknown future” — a future where artificial intelligence has worked out how to perfectly emulate your Great Aunt Hilda’s favourite Sunday twinset.
What followed was lashings of Tron-like neon, wraparound sunglasses and what Chanel is calling “caps on the side,” mixed with label staples like heavy chain, quilted leather camellia motifs and tweed.
There were even light-up handbags as well as a little robot clutch, complete with working circuit board.
WE UNDERSTAND WHY YOU’RE CONFUSED. THE CROPPED JACKETS SAY “PRINCESS GRACE” BUT THE SIDEWAYS CAPS SAY “FRESH PRINCE OF BEL AIR.”
You aren’t meant to understand fashion, you simply receive it with humility from the Great Karl, as he descends his crystal staircase every quarter, whether it be in New York, London, Milan or Paris, to tell you what to wear.
lockdown had a good side effect in that it made most corporate executives aware of and comfortable with remote work.
The global workplace is rapidly evolving. Remote employment has steadily gained traction during the last decade. People discussed the benefits of being a digital freelancer and how new remote collaborative tools and technology permit more effective remote work without being confined to one location for 40 hours a week. In 2020, the globe embraced this new trend, with some corporations giving specific “work from home” days.
