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industryinsightsandanalysis · 2 months

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US Agricultural Drone Market Trends, Challenges, and Future Prospects

US agriculture drones market is anticipated to reach the market valuation of US$ 144.8 million by 2025 expanding at a reasonable CAGR of 9.96% in the course of the forecasted period (2019-2025) from US$ 72.1 million in 2018. Drones are being used for wide variety of purposes in the last couple of years. They began as toys, and then found their application for military purposes. To add on, Amazon and Walmart began testing their own versions of drones for package delivery services, even Google has jumped in the respective segment. Some drone companies have also tested the significance of drones for medical and emergency delivery services. Moreover, approval by FAA to fly a drone in United States has further resulted in the adoption of the devices in agriculture sector. Hence, agriculture drone has begun to be used for agricultural purposes. Digital Agriculture is mainly the use of advanced technologies that are integrated into one system and enables the farmers and other stakeholders within the value chain to enhance the crop yields and improving food production. It has been observed that by 2021, digital agriculture market will be evaluated at US$ 15 billion and around 80% companies are expecting competitive advantage from Agriculture Revolution 4.0. In addition to this, with more than 65% of the food supply required to feed surging population by 2020, digital agriculture portrays immense potential to transform the way the food is produced.

With the accelerated benefits of agriculture drones in precision agriculture, rising demand for food owing to the surging population, agriculture getting stronger with Big Data along with increasing research & development investments has tremendously accelerated that demand for agriculture drones in United States. However, lack of internet connectivity in rural areas, high initial cost of purchase and other parameters such as weather conditions, flat and small view of objects, flight time and flight range, object overlap have remained a huge challenge for the agriculture drone market in United States. With the rapid technological breakthrough, farmers are opting for agricultural drones to enhance their agricultural productivity. Being one of the newest and efficient tools in agriculture, they assist the farmers in wide range of tasks from analyzing, planning to the actual planting of crops, and the subsequent monitoring of fields to ascertain health and growth of crops. Furthermore, surging investments by established players along with favorable government policies are expected to allow large and small operations to aid in effective farming practices. For instance, in 2016, US investments in agricultural drones and robotic technology amounted to US$ 389 million and approximately 40 companies raised funds. Investors such as Monsanto, Syngenta and Mitsui have backed various emerging start-ups for improving, harvesting, crop spraying and irrigation. The rising trend of implementation of UAVs for enhanced productivity and increasing awareness of precision agriculture for crop scouting and field mapping is expected to drive the adoption of drone in agriculture sector in the US.

Under the different types of the agriculture drone market, fixed-wing drones occupied maximum share in 2018. Fixed-wing agriculture drones are considered to be the best choice to monitor the field. They are primarily used when to lot of ground needs to be covered at a fast pace. It has been observed fixed-wing agriculture drones can cover up to 10 times the acreage that a typical quadcopter can cover in a single flight. The segment is anticipated to bring in earnings of US$ 56.03 million by 2025. Under various applications of agriculture drones in US market, crop spraying application is projected to enjoy the swiftest expansion in the United States throughout the reviewed period of time accredited to its superior benefits in terms of massive reduction in overall spray and much lower chemical level reaching the groundwater. With the usage of agriculture drones, the farmers can complete spraying jobs about 5 times faster than traditional methods. Moreover, the application is projected to register stable CAGR of 10.40% over the forecast period.

Request for Sample of the report browse through https://univdatos.com/report/us-agricultural-drone-market-current-scenario-and-forecast-2019-2025

Additionally, for better investigation and penetration of drones in the United States agriculture sector, a detailed regional level analysis was conducted including North East, Midwest, South and West regions. In 2018, Mid-West was one of the lucrative and the largest region in terms of adoption of agriculture drones in the US. On account of strong government support to increase the agriculture production, availability of supporting infrastructure as well as gaining prominence of smart and precision farming methods have significantly fostered the regional market. Moreover, more than 25,000 farmers using IoT in US paired with increased deployment of advanced agriculture solutions both in United States along with small farms steadily increasing investment in precision and smart farming methods to raise farm productivity have tremendously boosted United States Agriculture Drone Market. Some of the major companies profiled in United States agriculture drone market are Aero Vironment Inc, Trimble Inc, AgEagle Aerial Systems, Inc., Precision Hawk, Sentera Inc, Drone Deploy, Deveron, DJI, Intel and John Deere Company. The players consistently aim to focus on various product launches, innovations, energy-efficient products as well as mergers and acquisitions to enhance the penetration rate of agriculture drones across United States thereby strengthening their market position.

UnivDatos Market Insights

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Contact Number - +1 9782263411

Website -www.univdatos.com

#US Agricultural Drone Market

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stevecarell600 · 1 year

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Medical Drone Market USD 1,410.9 billion by 2027 | At CAGR of 27.70% Size, Key Technology And Industry Trends Till

The global medical drone market size is expected to gain momentum by reaching USD 1,410.9 million by 2028 from USD 254.7 million in 2021 while exhibiting an impressive CAGR of 27.70% between 2021 to 2028. In its report titled, “Medical Drone Market, 2021-2028,” Fortune Business Insights™ mentions that the market stood at USD 194.7 million in 2020.

The technological advancement and ongoing competition between major players to deliver the best product are expected to drive the market in upcoming years. Thus, major players such as Volocopter, Zipline, Volansi, Flirtey, Matternet are focused on developing quality drones to ensure their global market position and high demand for medical drones amid the ongoing COVID-19 pandemic.

Information Source:

COVID-19 Impact

Amid the COVID-19 pandemic, demand for drones increased. Many deliveries for medical purposes and laboratory samples were done using drone technology. According to a report by various resources, around eighteen countries worldwide were dependent on unmanned technology for logistical purposes. For instance, countries in Sub-Saharan Africa, such as Ghana, Rwanda, and Malawi, are some of the countries which were dependent on drone systems for the delivery of medical supplies, pathological and blood samples, and commodities since 2016 and in pandemic times, they are using it in remote places.

Therefore, advantages that this technology facilitates in the COVID-19 context are on-demand just-in-time delivery, minimal physical contact, last-mile delivery to remote locations with an extended logistical network, and low viral or pathological transmission risk. Thus various such applications in this current situation are expected to fuel the market growth.

What does the Report Provide?

The market report for medical drone provides a detailed analysis of several factors such as the key drivers and restraints that will impact growth. Additionally, the report provides insights into the regional analysis that covers different regions, contributing to the growth of the market. It includes the competitive landscape that involves the leading companies and the adoption of strategies to introduce new products, announce partnerships, and collaborate to contribute to the growth of this market.

List of Key Players Profiled in Medical Drone Industry Report

Zipline Inc. (San Francisco, United States)

Volocopter GmbH (Bruchsal, Germany)

Volansi Inc. (San Francisco,United States)

Matternet Inc. (Mountain View, United States)

Manna Drone Delivery Inc. (Dublin, Ireland)

Flytrex Aviation Ltd. (Tel Aviv, Israel)

Flirtey Holdings Inc. (Reno, United States)

Vayu Inc. (Ypsilanti, United States)

Skyports Ltd. (Billericay, United Kingdom)

Ebre Drone LLC (Tarragona, Spain)

Swoop Aero Pty. Ltd. (Docklands, Australia)

Skyfarer Ltd. (Coventry, United Kingdom)

Driving Factor

High Demand for Drones in Healthcare Applications to Propel Market Growth

The increasing demand for monitoring and surveillance of public areas and the advent of new logistical alternatives than the conventional supply chain modes is propelling governments worldwide to invest in medical drone technology. Moreover, in this pandemic situation, human contact has been suspected to be a vehicle of viral transmission. Thus drone technology is a clear winner in this situation. Thus, there has emerged an urgent need for contactless and efficient technology. For instance, in October 2019, the UPS Flight Forward Inc. has received U.S. government approval with the Federal Aviation Administration's and standard certification to exercise drone airline operations. In response, the company launched its first drone delivery flight at WakeMed Hospital in Raleigh, NC, by using a quadcopter Matternet M2. These factors are driving the medical drone market growth.

Market Segmentation:

By type, the market is segmented into fixed-wing, rotary-wing, and hybrid. Technology is divided into fully autonomous, semi-autonomous, and remotely operated. By the package size, it is trifurcated into <2 KG, 2-5 KG, and 5 KG <. On the basis of its service, it is divided into hospital-based, independent, and government. Based on its logistical application, it is divided into emergency blood logistics, medicinal drugs logistics, medical equipment logistics, surgical equipment logistics, vaccine logistics, emergency organ logistics, and emergency ambulatory support. By End-user, it is segmented into emergency medical services, blood banks, hospitals, and others.

Finally, based on region, the market is categorized into North America, Europe, Asia Pacific, and the Middle East & Africa.

Regional Insights

North America to Dominate Backed by Increasing Number of Registered Drones

North America is expected to remain at the forefront and hold the highest position in this market during the forecast period owing to a large number of drones, i.e., around 872,694 drones that are registered for use under Federal Aviation Administration (FAA,) in 2021. The region’s market stood at USD 79.88 million in 2020.

Asia Pacific is expected to showcase significant medical drone market share during the forecast period owing to the high adoption rate and investment by OEMs and governments. Furthermore, the presence of the OEMs in the region, such as DJI, and global players such as Zipline.

The Middle East is anticipated to be the fastest-growing region during the forecast period. The regional market growth results from high investment by regional governments such as Ghana, Rwanda, Nigeria, and others for various medical drone applications.

Competitive Landscape

Key Players to Focus on Partnerships to Strengthen Their Market Positions

This market is consolidated by major companies striving to maintain their position by focusing on new launches, partnerships, and agreements. For instance, in February 2021, the Government of Kaduna State, in Nigeria, signed a medical delivery agreement with Zipline for airdropped COVID-19 Vaccine shipment as it would have reduced the dependency of the state to invest in the cold chain storage. Furthermore, this agreement is expected to pave the way for enhanced services such as on-demand blood products, medications, and other vaccines.

#Medical Drone Market

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fpv-racing-drones · 2 years

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DEERC D15 GPS Drone with 4K UHD EIS Camera, Anti-Shake, 5G FPV Live Video, 130° Wide Angle, 90 Adjustable, Brushless Motor, Auto Return Home, Follow Me, Tap-Fly, Optical Flow, Quadcopter for Adults

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simmyseo · 3 years

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Flights To Moscow

Everything you need to know about Moscow Moscow is maybe a more subtle vacationer location for the American voyager and a great part of the English-talking world, however the basic truth is that once you away from bureaucratic obstacle of acquiring a section visa, you can fly there as effectively as you may travel to New York City. Book prior cheap flight tickets to Moscow and see this amazing place with friends. Moscow is again one of the most popular cities in the world. Getting there will be a great experience in itself. Make sure you book one of our flights to Moscow from Calgary. These Calgary to Moscow flights will be for giving you some of the finest experiences and the flights from Calgary to Moscow will make sure you have a safe journey. The capital of Russia has its exemplary attractions: the red-walled political fortress known as the Kremlin; St. Basil's Cathedral, a work of art of Russian engineering; Gorky Park, the Central Park of Russia. In any case, the city likewise compensates those voyagers who adventure outside of what might be expected while keeping up some level of road smarts: odd bars, scrumptious dinners, and fascinating, abnormal individuals encompass you. In the course of recent years, I've cut out a specialty as an English language "fixer" for Russian new businesses trying to grow their activities toward the west. I've made seven excursions to the Russian Federation in this time, spending a joined all out of four months living and working among the individuals there. Here is the listing of some things which you need to keep in mind, before booking online flight reservation for Moscow. Get a local sim card for your smartphone I originate from a group of logical voyagers who will regularly skip on "extravagance" costs, similar to a nearby sim card that makes one's cell phone usable while going through an outside nation. Be that as it may, with prepared admittance to assets like guides, language interpretation applications, and Wikipedia, a working cell phone should be a need while exploring a culture as unmistakable as Russia's. Moscow is wrapped up in solid, fast LTE signal accessible from various moderate suppliers. Search for organization names like MegaFon and Beeline, which offer prepaid Russian sim cards viable with your opened cell phone. I've paid as meager as $1 USD every day for boundless information. Go ahead with the listing but make sure you have knowledge of the flights to Moscow from Edmonton. These Edmonton to Moscow flights are for travellers who wish to visit Moscow and stay there in hotels. We also help you out with cheaper hotel bookings along with cheap flights from Edmonton to Moscow. Bring a spare battery for your smartphone. Heck, bring two in winter. Cold temperatures can unleash destruction on any battery driving an electronic gadget. You'll without a doubt use part of your cell phone battery for the standard every day errands, however Moscow's low temperatures will guarantee the rest. Telephones may show a charge as high as 40 or 50 percent before the continued virus tricks the telephone into closing down, thinking the battery is in reality dead. Regardless of whether the battery holds a charge or not, you won't have the option to betray. In the event that this transpires while you're investigating Moscow neglected, you'll be glad to have a "hop starter" with you. Your smartphone GPS is not reliable in the centre of city As the Moscow Times puts it, "the Kremlin has GPS for breakfast." GPS ridiculing equipment inside the Kremlin dividers serves to ward off meddlesome quadcopter drones, disappoint Pokemon Go players, and delude local people and travelers the same. In these occasions, you'll need to depend on a paper map, a cordial more bizarre's headings, or a nearby companion who knows the way. Learn a fer russian phrases ahead of time or else cab driver will rip you off You might be very glad for figuring out how to ask "Do you communicate in English?" in Russian, however this expression is pointless at the air terminal. Starting a discussion thusly flags that you can be "had a good time with." The before you know it, you've paid $100 USD in taxi toll to get to the focal point of the city â€” an outing that generally costs about $25 USD. Rather, learn phrases like "What's your name?" and "Where are you from?" It will assist a great deal with having the option to check to ten on the off chance that you need to attempt such an arrangement. Duolingo has an amazing Russian course that is totally free. The flights to Moscow from Vancouver are also there. Exhibiting even restricted capacities with the Russian language will go far toward getting you a decent deal in Moscow. Yandex Translate is generally better at Russian than Google Translate. Introduce the cell phone application Yandex Translate and use it for all your Russian interpretation needs. Yandex is the hunt organization well-contextualized as "Russian Google." In my experience, its interpretation item is better than Google's with regards to the Russian language. And take complete advantage of the flights from Vancouver to Moscow. Your linkedin account is meaningless there LinkedIn's administrations are totally nonfunctional in Russia. There was some show in late 2016 that saw the organization declined to impart information on its Russian clients to the Russian government. The nation's media guard dog, an association called Roskomnadzor, started authorizing a square on LinkedIn that is as yet going solid today. So book your Vancouver to Moscow flights now. So do your systems administration face to face. Take off your shoes when you enter someone's home The bottoms of your shoes are dingy from tromping city surfaces. It is basic Russian civility to jettison your footwear you visit somebody at home. A special note about "Na zdorovie!" This celebrated Russian drinking toast is really a banality conceived from Hollywood motion pictures. Significantly more usually, Russians will give a short, extemporized discourse as a toast. That discourse may now and then end with "za zdorovie," which signifies "to wellbeing." But "na zdorovie" is generally recognized as an old, musically challenged state. The metro is fantastic It's quick, it's solid, and it covers the whole city. Its lines are ceaselessly refreshed and extended, even into present day. The longest you'll ever sit tight for a train is maybe three minutes, and even long rides are made alright with the free installed WiFi What's the best time to visit Moscow? The best an ideal opportunity to visit Moscow is March and April. So get low cost airline tickets for these months, And enjoy Moscow's vibe. The harvest time a long time of September and October is additionally a decent an ideal opportunity to visit the city. During these months, the city floods with guests from around the world. The normal temperature stays 75Â°F to 90Â°F (- 59Â°C to 32Â°C) during these two months, which is agreeable enough to investigate the city during the day time. Winters in Moscow, in any case, are nippy. The normal temperature during December and January stays around - 80Â°F to 80Â°F (- 62Â°C to 27Â°C), which goes down further in the eastern part like, Siberia. Winters are extraordinary for skating however. Likewise, voyaging south towards the Black Sea can be a help from the thorny chilly climate. Walk is a stunning chance to visit St. Petersburg also. You can visit the popular royal residences and exhibition halls without the group around. The flights to Moscow from Toronto will be a great choice to make. These Toronto to Moscow flights will prove beneficial in every sense. The flights from Toronto to Moscow are going to be your best choice, so make the bookings soon.

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reaver-power · 7 years

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DJI Mavic Pro REVIEW // Best Drone 2017!

drones review CHECK PRICE on AMAZON ↓↓↓↓ – USA: http://amzn.to/2gqATa8 – International: http://geni.us/0Dno5a ▭ More Info About The Mavic Pro … source

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angel-sweet · 4 years

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Bretagne at its best Archives 2016 #bretagnetourisme #bretagne #finistere #aerial #aerialbeauty #aerialphotography #agameofdrone #dailyoverview #dji #djiglobal #djimavic2pro #drone #drone_countries #droneart #dronebois #dronegear #dronelife #dronephotography #dronepointofview #droneporn #drones #dronestagram #fpv #fromwhereidrone #gameofdronez #instadrone #instagood #quadcopter #skypixel #twenty4sevendrones (à La Pointe du Pen Hir) https://www.instagram.com/p/B_N6-SoK7OD/?igshid=1ng3i2843tdq5

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sciencespies · 5 years

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The Decade's Biggest Technology Disappointments

https://sciencespies.com/news/the-decades-biggest-technology-disappointments/

The Decade's Biggest Technology Disappointments

Like most teen years, the past decade in technology started out someplace relatively innocent before growing moody, dark and disillusioned. In 2010, we were excited about new iPhones and finding old friends on Facebook, not fretting about our digital privacy or social media’s threat to democracy. Now we are wondering how to rein in the largest companies in the world and reckoning with wanting innovation to be both fast and responsible.

Over the past 10 years, new technology has changed how we communicate, date, work, get around and pass time. But for every hit, there have been high-profile disappointments and delays. That includes overpriced gadgets for making juice, face computers, promises of taking a vacation in space and companies claiming to be saving the world.

The failures served a purpose, acting as reality checks for the technology industry and the people who fund, regulate or consume its products. Tech companies spent the last decade first trying to grasp, then distance themselves from, their impact on society. Facebook’s famously decommissioned “move fast and break things” motto sounded plucky in 2010 and laughably misguided in 2019, when the company had, in fact, broken things.

It was a decade when billions of dollars were thrown at tech companies, and yet many of the promises those companies made never materialized, blew up in our faces or were indefinitely delayed. And while tech failures are nothing new, taken together they brought the innovation industrial complex closer to earth and made us all a bit more realistic – if less fun.

Like proper adults.

The benevolent, world-saving tech company

“Don’t be evil” read Google’s famous motto, which sat atop its code of conduct until 2018, when it was quietly demoted to the last line.

At the beginning of the decade, that is exactly how many of the largest tech companies and CEOs marketed themselves. Their products were not only going to make daily life easier or more enjoyable, but they also would make the entire world better – even if their business models depended on ads and your personal data.

“Facebook was not originally founded to be a company. We’ve always cared primarily about our social mission,” chief executive Mark Zuckerberg said in a 2012 letter, just before the company’s initial public offering. He outlined lofty visions going forward, including that Facebook would create a more “honest and transparent dialogue” about government through accountability.

Instead, the decade turned toward disinformation, and hate speech spread on social media. Facebook, Twitter and Google’s YouTube were used to spread disinformation ahead of the 2016 U.S. election, while Google briefly worked on a search engine for China that would censor content. Companies profited off mountains of user data they collected but failed to protect, as major data breaches hit Equifax, Yahoo and others.

In response, workers are pushing back, growing into quiet armies attempting to redirect their companies toward social goals.

Face computers

Google co-founder Sergey Brin debuted Google Glass in 2012 by wearing a prototype of the smart glasses onstage. Its real PR outing came later that year when skydivers live-streamed their jump out of a blimp above San Francisco during a Google developer conference.

By showing information in front of the face instead of on a phone, Google said, the $1,500 Glass would allow people to interact more with the world around them. Instead, its legacy has been questions about our right to privacy from recording devices, the word “glasshole,” and at least one bar fight. The company stopped selling Glass to consumers in 2015 and shifted it to a workplace product, targeting everyone from factory workers to doctors.

Google was not alone. Microsoft made HoloLens, a technically ambitious piece of eyewear that looked like round steampunk goggles and used augmented reality. Facebook bought virtual-reality goggle maker Oculus for $2 billion and heavily invested in and promoted it as a gaming and entertainment device (and the future of social media). Magic Leap, another augmented reality headset promising immersive and mind-blowing entertainment, managed to raise $2.6 billion and only release one $2,295 developer product.

Eventually we may wear glasses that display useful information on top of the real world, outfitted with smart assistants that whisper in our ears. Google’s early attempt at a consumer face-wearable was not destined to be that device.

A more efficient way of eating

Juice. Colorful, thirst-quenching, packed with vitamins, on-demand juice. It seemed an unlikely thing for Silicon Valley to try to disrupt. But in the 2010s, entrepreneurs’ impatience with preparing and even consuming the calories necessary to survive led to a number of eating innovations.

One of the decade’s most memorable tech failures asked the question: What if you spent $699 for an elaborate machine that squeezed juice from proprietary bags of fruit and vegetable pulp for you? The answer, discovered by intrepid Bloomberg journalists in 2017, is that you could squeeze those packets with your hands instead of overpaying for a machine. That machine was Juicero, and it raised $120 million in funding before shutting down just five months later.

Other food innovations have fallen fall short of their revolutionary promises. Smart ovens became fire hazards; meal-kit delivery start-ups went under; robots tossed salads, mixed drinks and flipped burgers; and pod-based devices for random foods (cocktails, tortillas, cookies, yoghurt, jello shots) failed. And then there’s Soylent – a meal in drink form, designed to save time by cutting out “tasting good” and “chewing.” Soylent has managed to find a small but enthusiastic fan base, and even got into solids recently with a line of meal-replacement bars called Squared.

The decade’s real food change came from delivery apps that pay on-demand workers to bring meals made in actual kitchens to your door. Those companies are dealing with employee protests over low and confusing pay while trying to become profitable.

Non-Facebook social networks

Remember Path? Color? Yik Yak, Meerkat and Google Buzz? And iTunes Ping, Apple’s short-lived attempt at making its music hub social? Start-ups and the tech giants alike launched social products over the past decade, but few succeeded.

In 2010 there was Google Buzz, which was quickly replaced by Google+ in 2011. The service struggled to attract users and experienced privacy issues, such as a bug exposing more than 52 million people’s data. It was finally declared dead this year, though some of its best features live on in Google Photos.

Vine burned bright for too short a time before being closed in 2016 by Twitter, which had bought the company for a reported $30 million in 2012. (Speaking of Twitter, it hung on thanks in part to its popularity with politicians, celebrities and people who are mad online, though it is far smaller than Facebook. Snapchat and TikTok have also carved out niches.)

Facebook dominated at the start of the decade and continues to dominate at the end, in part by buying or blatantly copying any competitors along the way. It acquired Instagram and WhatsApp, integrating both more closely with the Facebook brand. Even with major scandals and fumbles, its global user base grew to more than 2 billion people.

A crowdfunding, DIY revolution

For a short time, it looked as though the next generation of gadgets would come from outside the usual Silicon Valley idea factories. They would be dreamed up by passionate hobbyists, prototyped on 3-D printers and funded by fans instead of venture capitalists (though still manufactured in Shenzhen, China). Despite some notable successes – Oculus, Peloton, Boosted Boards – it turns out getting an idea from your cocktail napkin to market is pretty tough.

Notable failures include the disappointing Coolest Cooler, which featured both Bluetooth and a blender and raised more than $13 million on Kickstarter in 2014. It failed to deliver products to a third of its backers; many that shipped didn’t work. Others never materialized, such as iBackPack, which was supposed to produce a WiFi hotspot. The people behind it raised more than $800,000 and were accused by the Federal Trade Commission of using those funds to buy bitcoin and pay off credit cards. Skarp Laser Razor, a razor with dubious hair-removal technology, managed to get more than $4 million in pledges from interested customers before Kickstarter suspended its campaign for violating policies on working prototypes.

(Kickstarter said the vast majority of its products make it to production and that it aims “to be quite clear about the fact that not all projects will go smoothly.”)

Consumer 3-D printers also failed to live up to the hype. We were supposed to have a printer in every home, spitting out replacement LEGOs and screws, art projects, and even food. The high cost of the devices and the skills needed to use them could not compete with overnight shipping.

Drones dropping deliveries

“Could it be, you know, four, five years? I think so. It will work, and it will happen, and it’s gonna be a lot of fun,” Amazon Chief Executive Jeff Bezos said.

The year was 2013, and Bezos was on “60 Minutes” to unveil the next big thing in package delivery: drones. He said that within that time frame, quadcopters would be able to drop packages from warehouses at customers’ doors within 30 minutes. (Bezos owns The Washington Post.)

In 2016, Amazon showed off its first commercial drone delivery in a rural area of the United Kingdom, a 13-minute delivery of an Amazon Fire TV streaming device and a bag of popcorn. Its latest drone iteration was on display earlier this year at MARS, its weird tech conference, again promising that drone deliveries were coming soon.

But as of the end of the decade, Amazon packages are still being delivered by humans. In fact, Amazon announced in 2018 that it was adding 20,000 delivery vans via third-party delivery partners to its ground fleet. Other companies, including Uber, UPS and Alphabet’s Wing, have also been testing drone deliveries, and it’s possible that we will have boxes from the sky onto porches in the next decade.

Vaping to fix smoking

It was supposed to be safer than smoking and a way to quit nicotine altogether. While vaping has indeed caught on, its biggest selling point has blown up in recent years. Eight deaths and more than 2,500 cases of lung-related illnesses have been linked to vaping in the United States.

Critics say fun-sounding flavors and colorful devices, most notably from the company Juul, have made vaping wildly popular with teenagers – one in four high schoolers vapes, according to the U.S. Centers for Disease Control and Prevention. Now the FDA and lawmakers are investigating vaping companies. But if we draw on experience from the cigarette industry, vaping is not likely to disappear anytime soon.

Amazon’s big phone play

Apple and Google have direct access to billions of people with their smartphone operating systems and hardware – 2.5 billion devices run Google’s Android operating system, and 900 million iPhones are in use.

One company noticeably absent from our pockets is Amazon, but not for lack of trying. After several years of stealth development, Amazon announced its Fire Phone in 2014. The smartphone did not look like much, started at $199, ran on a customized version of Android and was available only on AT&T. Amazon reported $83 million of unused inventory in late 2014, and it discontinued the Fire Phone a year after its introduction.

Now that Amazon is competing against those two companies for voice-assistant dominance, its lack of a smartphone is even more glaring. It has put Alexa in anything with a microphone, from cameras to headphones and, soon, eye glasses. (It is on smartphones, but you have to open the Alexa app first.) Meanwhile Apple’s Siri and Google’s Assistant are already in pockets, built into the core of the devices and listening for their next cue.

Tourists in space

It is no secret that big-name billionaires love space. Despite their passion, the three boldest aspiring space barons have made and missed deadlines for sending people into space this decade.

Richard Branson said Virgin Galactic would fly tourists into space by 2020, but its last test mission was two test pilots and a crew member at the start of last year. Bezos said at an Air Force Association conference in late 2018 that Blue Origin would send a test flight into the upper atmosphere with people on board this year, but the most recent test flight, on Dec. 11, contained no humans. In 2017, Elon Musk announced that SpaceX had taken deposits to fly two passengers around the moon in 2018. That flight did not take place. He has the whole next decade to hit a different goal, set in 2011: sending someone to Mars by 2031.

There are plenty of interested customers. Virgin Galactic has sold tickets to more than 700 people wanting to take a trip to space at $250,000 a seat.

If there is one thing on this list we would not want to rush just to meet a deadline, it is loading civilians into private rockets and hurling them into space.

#News

#12-2019 Science News #2019 Science News #Earth Environment #earth science #Environment and Nature #Nature Science #News Science Spies #Our Nature #planetary science #Science #Science News #Science Spies #Science Spies News #Space Physics & Nature #Space Science #News

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magzoso-tech · 5 years

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New Post has been published on https://magzoso.com/tech/the-decades-biggest-technology-disappointments/

The Decade's Biggest Technology Disappointments

Like proper adults.

The benevolent, world-saving tech company

“Don’t be evil” read Google’s famous motto, which sat atop its code of conduct until 2018, when it was quietly demoted to the last line.

In response, workers are pushing back, growing into quiet armies attempting to redirect their companies toward social goals.

Face computers

A more efficient way of eating

Non-Facebook social networks

A crowdfunding, DIY revolution

(Kickstarter said the vast majority of its products make it to production and that it aims “to be quite clear about the fact that not all projects will go smoothly.”)

Drones dropping deliveries

“Could it be, you know, four, five years? I think so. It will work, and it will happen, and it’s gonna be a lot of fun,” Amazon Chief Executive Jeff Bezos said.

Vaping to fix smoking

Amazon’s big phone play

Tourists in space

It is no secret that big-name billionaires love space. Despite their passion, the three boldest aspiring space barons have made and missed deadlines for sending people into space this decade.

There are plenty of interested customers. Virgin Galactic has sold tickets to more than 700 people wanting to take a trip to space at $250,000 a seat.

If there is one thing on this list we would not want to rush just to meet a deadline, it is loading civilians into private rockets and hurling them into space.

#Miscellaneous

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tastydregs · 8 years

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Machines Won’t Replace Us—We’ll Become Their Mentors

From time to time, the Singularity Hub editorial team unearths a gem from the archives and wants to share it all over again. It's usually a piece that was popular back then and we think is still relevant now. This is one of those articles. It was originally published May 5, 2016. We hope you enjoy it!

“We become what we behold. We shape our tools and then our tools shape us.” –John Culkin (based on Marshall McLuhan’s ideas)

Something big is happening in design and engineering.

For all of human history, we have created tools that help us do what we want to do—faster, better, cheaper. But we have always had to direct those tools; tell them exactly what to do for us to achieve our goals. This hasn’t changed from the time of stone tools (which we had to wield with our hands) to modern digital design tools (which we wield with the click of the mouse).

If an architect designing a house wants to move a wall, she has to first imagine all the possible alternatives of that wall’s placement that will serve her design. Once she has parsed through the possibilities in her mind, she will make a decision and manually move that wall in her CAD drawing. Naturally, she can only imagine a certain number of possibilities, and many alternatives might be completely lost because she didn’t imagine them.

This is how we’ve been designing things for most of history: first, you have an idea in your mind, then you draw it. But in recent years a new era of design has been creeping into the picture: generative design.

Not long ago, I heard Jeff Kowalski, CTO of Autodesk, give a great talk about generative design at the e.g. conference. He argued that generative design will evolve the roles of designers and engineers from direct operators, to curators and eventually, mentors.

Let's dig into some of the ideas presented by Kowalski on how our roles as creators change with these emerging tools...

A New Era in Design

Generative design uses algorithms to explore entire solution sets. You state your goals and constraints and allow the computer to generate designs and iterations for you that you might never have thought of — a kind of accelerated artificial evolution, as some have called it.

Bike frame designs created by Autodesk's Dreamcatcher software.

As exciting as this new field of design is, it can also seem frightening. What happens to the role of designer when a computer program like Autodesk’s Dreamcatcher can generate hundreds of unique designs in hours—when it takes a human days or more just to create one iteration?

We are so often worried by the thought we might lose jobs to computers and robots that we fail to imagine how our changing roles and relationships to machines can change in a way that brings much greater creativity and freedom to humans.

Evolving From ‘Operator’ to ‘Curator’ to ‘Mentor’

No longer required to be the operator of the tool in generative design, the human being is freed to become the curator; choosing the best possible solution and working alongside the computer to co-create the most ideal design. Given various possibilities, we can now choose which design suits our needs the best in terms of structure, weight, shape, etc.

Autodesk generative design algorithms (Dreamcatcher) designing a body for a quadcopter drone

While the concept of generative design alone is fascinating, we live in a world of convergence, and the most incredible innovations stem from the combination of several emerging trends. For example, the marriage of machine learning and generative design opens a flood of new possibilities.

Generative design, even in its early stages, has seen some interesting successes already. But once the design process is complete, the program doesn’t store anything it has learned. Now, imagine that the generative design software learns with every design it creates based on the human designer or engineer's feedback.

As Kowalski wrote in this article, "How many times have you ever talked about learning a new design tool? I think it’s about time there was a design tool that learned you!"

So what happens to the role of designer and engineer when the computer starts having opinions and making creative decisions based on what it has learned through experience and feedback?

Humans don’t get replaced when the machine begins to design creatively, instead we step into the newly evolved phase of the mentor.

Both generative design and machine learning require input from humans in the form of goals, values and parameters. Which goals and values do we want to see our machines achieve? What do we want them to create, once they are able to make creative decisions?

Well, that’s still up to us.

We must decide whether we want to create a world of isolation or connectedness, a world of rigidity or fluidity, a world that is constructed or grown — as Jeff Kowalski argued in his talk.

The Evolution of Our Relationship With Machines (Beyond Design)

If you use gmail, you might have noticed there are suggested replies included that you can use to quickly reply to an email. Here are some I’ve seen recently in my emails: “I’m so glad you liked it,” “Thanks for sharing,” “Have a good trip,” “Yes, I got your email.”

Interestingly, when I use these computer-generated replies, I’m acting in the role of curator. However, the people who programmed this bot to auto-generate answers act as mentors. The reply options in gmail are polite, sweet even — and that’s a reflection not only on the machine generating the messages but also on the people behind the scenes.

We will see many more examples of these new roles of curator and mentor in increasing domains in the years to come.

The big question stands: which goals and values will we choose to pass on to our machines?

Image Credit: Autodesk and Shutterstock

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reaver-power · 7 years

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Top 5 Best Drones Available Now

drones reviews

Like our Facebook Page for instant updates: https://www.facebook.com/incrediblestech Here are the top 5 must have drones for 2016 which are available now in …

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#best drones #best drones 2016 #best quadcopters #cool dro...#dji phantom 4 #drones #drones review #drones reviews #drones reviews 2017 #latest drones 2016 #phantom 4 #quadcopters #top drones #top new drones 2016

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droneswithcamera24 · 5 years

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Leading DJI Phantom 4 Pro Intelligent Trip Modes Examined Including New V2.0.

The Phantom 4 Pro smart flight modes make flying and also generating significant aerial imagery so much easier. Here, we examine the Phantom 4 Pro best drones with camera including the new Phantom 4 Pro v2.0 intelligent flight functions, specifications as well as settings.

The Phantom 4 Pro self-governing trip settings, in addition to the brand-new stabilizing system as well as specialist 4k electronic camera, make this drone an outstanding investment.

For aerial cinematography, the Phantom 4 flight settings permit you the capture film from numerous different flying angles.

The Phantom 4 Pro is a superb quadcopter for expert site surveying, 3D imaging of terrain as well as photogrammetry of structures. You can check out better on these uses in this the write-up "Introduction To UAV Photogrammetry and also Lidar Mapping".

The Phantom 4 Pro also has several independent safety systems such as barrier detection and clever return to home innovation.

DJI Intelligent Trip Modes On Phantom 4 Pro.

- Energetic Track (Profile, Spotlight, Circle).

- Waypoints.

- TapFly.

- Surface Follow Setting.

- Tripod Mode.

- Gesture Setting.

- S-Mode (Sport).

- P-Mode (Placement).

- A-Mode (Mindset).

- Novice Mode.

- Course Lock.

- Home Lock.

- Barrier Evasion.

In this article, we take a quick review of the Phantom 4 drone including the brand-new Phantom 4 Pro v2.0 drone. There are a few new innovations with the Phantom 4 Pro v2.0 and we will highlight these throughout this post.

We likewise look further into the 3 major flight modes (Position, Sport as well as Perspective) and all the intelligent trip modes detailed above. There is also some excellent Phantom 4 flight setting videos throughout.

For many professional uses drones, waypoint navigation is important. We cover this location listed below consisting of some excellent third-celebration applications with excellent waypoint navigating for creating 3D images.

DJI Trip Modes Evaluation.

Phantom 4 Pro V2.0 Improvements.

The new Phantom 4 Pro 2.0 is geared up with the OcuSync 2.0 transmission system, which permits the drone to attach to DJI Safety glasses wirelessly. The Phantom 4 Pro V2.0 includes a more advanced Return-To-Home function. It has a slim picking up trip setting for added safety and security flying in narrow locations.

The Phantom 4 Pro v2.0 has actually an updated propulsion system with FOC sinusoidal chauffeur ESCs and 9455S quick-release props. These lower sound and make the drone extra wind resistant.

Quick Summary Of The Phantom 4 Pro.

The Phantom 4 Pro has titanium and also magnesium alloy construction increasing the toughness of its frame as well as decreasing its weight. This offers the Phantom 4 Pro a much longer flight time of as much as about 30 minutes.

Phantom 4 Pro Electronic Camera.

The Phantom 4 Pro also has a terrific electronic camera with a 1 inch 20 megapixel CMOS sensor which can shoot 4k at 60 frames per 2nd video clip as well as Burst Mode stills at 14 structures per second. A custom-crafted lens comprised of eight elements is prepared in 7 groups and it is the initial DJI video camera to make use of a mechanical shutter, getting rid of rolling shutter distortion which can occur when taking photos of rapid moving subjects or when flying at broadband.

In effect, the Phantom 4 Pro electronic camera is as powerful as many standard ground cams. More powerful video handling supports H. 264 4k videos at 60 fps or H. 265 4k at 30 fps, both with a 100 Mbps bitrate. Advanced sensors and also processors make sure whatever is captured with more image information and the photo information needed for advanced article production.

Phantom 4 Pro Cost.

When you look at all the cutting-edge modern technology built into the Phantom 4 Pro, it is well ahead of the competitors consisting of the really newest of drones to be launched.

The Phantom 4 Pro has perfect body layout, very smooth traveling and also a top of the array cam security. DJI has been a top supplier of gimbals for several years. Their camera innovation is likewise exceptional. In 2016, DJI purchased a bulk risk in Swedish cam maker Hasselblad and also the quality of the DJI lens is currently extraordinary.

The Phantom 4 Pro includes 5 directions of challenge evasion along with all the smart autonomous flight settings listed below. DJI has sales on throughout the year and you can view the current costs on Phantom 4 Pro bundles right here.

Phantom 4 Pro V2.0 Rate.

This latest Phantom 4 Pro v2.0 only back in manufacturing in January 2020 can only be brought directly from DJI presently. The Phantom 4 Pro v2.0 price from DJI is pretty impressive.

With all the automated trip settings, together with a super-secure flight system as well as a quality 4k electronic camera, the Phantom 4 Pro is the most effective worth drone on the market.

Phantom 4 Pro-- Intelligent Trip Settings.

- P-Mode (Position).

- S-Mode (Sport).

- A-Mode (Attitude).

NOTE: When it concerns flying your Phantom 4 Pro and also specifically in the intelligent flight modes which enable barrier noticing and also evasion, please read the Phantom 4 individual manual as it gives some certain notes on where to fly and likewise what conditions not to fly in.

Phantom 4 Pro P-Mode (Placement).

This is your regular flight setting. P-Mode is additionally the default setting of your Phantom 4. This indicates it is already in P-Mode straight out of the package. It consists of GPS and also GLONASS satellite positioning. It gets on your remote controller in the P-mode position.

P-Mode enables your quadcopter to use aesthetic positioning and challenge noticing. It is additionally the position you require to be in to make use of all the smart trip settings such as Waypoints, ActiveTrack, TapFly and novice mode and so on

. Phantom 4 Pro S-Mode (Sport).

S-Mode is Sporting activity Setting and Enables your Phantom 4 to fly at accelerate to 45 miles per hour. On the remote controller, you require to switch to S-Mode. You likewise need to make it possible for "Several Flight Mode" in the DJI Go app. While flying in sporting activities mode you have complete satellite and vision placing support.

KEEP IN MIND: In sports mode, challenge sensing units are shut off so you need to be completely knowledgeable about where you are flying.

Phantom 4 Pro A-Mode (Mindset).

This switches off your GENERAL PRACTITIONER but maintains altitude control. This mode is for experienced pilots permitting you to fly actual consistent and smooth which can be fantastic for shooting.

KEEP IN MIND: In Mindset Mode, you don't have the "Go back to Home" attribute.

Below's a wonderfully simple introduction to the Setting, Sport as well as Perspective modes on the DJI Phantom 4. These settings coincide with the Phantom 4 Pro.

Slim Picking Up On Phantom 4 Pro V2.0.

The Phantom 4 Pro V2.0 can readjust it's picking up range as well as flight speed to fly securely through narrows voids. First, you need to establish the C1 or C2 switches to turn on Narrow Noticing. When flying in a slim area, you can turn on Narrow Noticing, as well as drone will certainly readjust its sensing range as well as trip speed to fly securely.

Phantom 4 Attract Waypoints.

The draw is a brand-new innovation for waypoint control. Merely attract a path on screen and the Phantom 4 Pro will move in the direction while keeping its elevation locked. This allows the pilot to focus on video camera control as well as allows a lot more complicated shots. There are 2 attractive settings that can be used in various circumstances.

Onward-- The airplane adheres to the route at a consistent speed with the electronic camera encountering towards the trip.

When instructed, Free-- The airplane just relocates along the route. In this setting, the cam can face in any kind of direction during a flight.

Using Attract, the airplane will fly along the flight path made use of the display. As it flies, it will instantly break as well as hover when it sees barriers supplied that the lighting is appropriate-- no darker than 300 lux or brighter than 10,000 lux.

Waypoint navigating offers the Phantom 4 Pro a lot more utilizes outside of aerial recording. The Phantom 4 Pro can be installed with multispectral video camera sensors, which have several usages including accuracy agriculture and golf course maintenance.

Drone Waypoint Software Program As Well As Applications.

If you are using the Phantom 4 Pro for 3D mapping of surface or site surveying different tasks, then greater than likely you would utilize a third party application which would include waypoint mapping to determine the location and flight path for the drone to fly.

Right here is a list of some of the best 3D mapping software for drones. These are mounted on the Smartphone or Tablet device as well as can develop 3D photos very rapidly. The following software program is excellent for developing 3D pictures and all have waypoint navigating.

- Pix4DMapper.

- DroneDeploy.

- SiteScan.

- Accuracy Mapmaker.

The most effective 3D mapping software for drones is assessed in our write-up on the best photogrammetry software. This included reviews with videos of the leading photogrammetry firms for building 3D maps of landmass and also frameworks.

This following video gives you an excellent intro to the Phantom 4 Pro.

TapFly Intelligent Trip Mode.

With the TapFly feature, individuals can now touch on the mobile device screen to fly in the assigned direction without utilizing the remote controller. The aircraft will immediately stay clear of obstacles it sees or will brake as well as hover provided that the illumination is appropriate (< 300 lux) or as well intense (< 10,000 lux).

You can also fly in any kind of direction which shows up on your screen with a simple faucet. You can tap anywhere on the display to efficiently readjust the direction of flight while immediately staying clear of challenges as well as tap the screen again or use control sticks to transform instructions.

A new AR path function shows the quadcopter's real-time flight direction for referral as its path is changed. As it can be challenging to control altitude, speed, electronic camera as well as program pitch all at once making use of joysticks, TapFly Free allows you to establish the direction of flight, to turn the Phantom 4 Pro or turn the gimbal as called for without altering the instructions of flight.

There are now three TapFly settings:

TapFly Forward-- Faucet to fly in the selected direction.

TapFly Backwards-- Tap to fly on the contrary direction of the tap, i.e. tap in the bottom best corner of the display to fly backward towards the top left.

TapFly Free-- Lock the forward instructions of the Phantom without locking the cam instructions permitting it to transform as it flies.

NOTE: Obstacle Avoidance is not readily available with TapFly Free.

Phantom 4 TapFly Tutorial.

Below is an excellent explanation as well as a tutorial regarding TapFly on the Phantom 4.

Gesture Mode.

Making Use Of Motion Mode, selfies can be caught easily utilizing a few gestures without the remote controller. Advanced computer system vision innovation enables the Phantom 4 Pro to take instructions through gestures. The subject just raises their arms when dealing with the electronic camera as well as the airplane will certainly identify this motion by locking on as well as placing the subject in the center of the frame.

When all set for a photo, the subject holds their arms bent on signal the airplane. A three-second countdown will begin, making time to strike a pose, enabling minutes to be captured without the remote.

Terrain Follow Flight Setting.

The Downward Vision System is utilized in Surface Adhere to Setting to maintain a height over the ground in between 1 as well as 10 meters. This mode is designed for use on meadow sloped at no more than 20 degrees.

When this mode is made it possible for, the Phantom 4 Pro's current elevation will certainly be tape-recorded. The drone will certainly maintain the videotaped elevation during flight and also ascend when the incline increases. However, the Phantom 4 Pro will not come down in downward slopes.

Tripod Setting

In Tripod Setting, the maximum trip rate is restricted to 5.6 miles per hour and also the stopping distance is minimized to 6.6 feet. Responsiveness to stick movements is likewise minimized for smoother much more controlled motions.

Review the guidebook as well as make use of Tripod Mode carefully.

ActiveTrack Intelligent Trip Setting

This Phantom 4 Pro ActiveTrack intelligent mode permits you to mark as well as track a moving item on your smartphone screen. It's new to Follow Me innovation. The Phantom 4 will instantly prevent obstacles in its flight path.

The Phantom 4 Pro immediately identifies topics, complies with as well as catches them as they move, making it less complicated to get complex shots. The Phantom 4 Pro can automatically identify and track bikes, people, animals, and lorries.

Adhering to fast-moving things can be really tough. The innovative picture acknowledgment formulas made use of by the Phantom 4 Pro will certainly enable it to track the object and also identify while keeping it in structure. This new algorithm also acknowledges even more topics, from individuals to vehicles to animals, as well as will certainly readjust its trip dynamics to match, making certain smoother shots.

This ActiveTrack makes aerial recording a lot simpler. Tracking relocating things while at the same time functioning the gimbal and electronic camera is quite tough. ActiveTrack is a game transforming innovation.

ActiveTrack has been broadened in the Phantom 4 Pro by adding an additional 3 intelligent trip settings. They are;

- Account-- Tracks the subject horizontally.

- Limelight-- Secures the electronic camera on the subject while you fly in nearly any type of instructions.

- Circle-- Turns 360 degrees around the topic.

Both TapFly and also ActiveTrack are very easy to set up in the DJI Go application. For ActiveTrack, you simply drag a box around the item. ActiveTrack sees and also recognizes objects using the cam of the Phantom 4. When the object is determined, the box will turn green.

NOTE: Review the Phantom 4 Customer Guidebook which gives all the circumstances in which you need to not fly in ActiveTrack mode. It best to learn by checking out rather than crashing when it comes to drones. Think of safety and security.

Phantom 4 ActiveTrack Flight Mode Tutorial

This following tutorial video reveals to you how to use the Phantom 4 ActiveTrack. It' a great function.

DJI Phantom 4 Follow Me Mode

The Follow Me setting makes use of the ActiveTrack technology stated above. The aircraft will immediately follow you as well as capture your every relocation from a one-of-a-kind aerial perspective.

Follow me mode has great deals of favorable usages. Here we see a triathlete utilizing the Phantom 4 Follow Me setting to check her operating strategy.

Phantom 4 Follow Me Active Track Tutorial

This is an excellent tutorial of the Phantom 4 Follow Me smart setting using ActiveTrack. Terrific video.

Phantom 4 Pro Challenge Picking Up

The obstacle avoidance, as well as Vision Positioning System, was first introduced by DJI on the Matrice 100 in 2015. The Matrice 100 is a modular drone permitting designers as well as designers to produce brand-new solutions.

Pilots always require to be knowledgeable about barriers when filming. This is a challenge for newbie pilots as well as knowledgeable pilots, particularly when sight lines are obstructed as well as you are fully concentrating on filming.

The Phantom 4 Pro is furnished with a setting noticing system based on stereo vision and infrared sensing units. It has the ability to spot obstacles 98 feet ahead, allowing it to intend its flight path to prevent them or simply float in case of an emergency situation.

The Phantom 4 Pro furnished with infrared sensors on both sides of the airplane, exactly spotting the range in between the aircraft and also barriers within a series of approximately 23 feet (7 meters). The infrared sensing system is just offered in Novice mode and also Tripod setting.

The infrared picking up system has a sensing area of 70 levels horizontally as well as 20 levels up and down. The emitted infrared light is mirrored back by challenges, allowing the sensing units to "see" them at a distance of up to 23 feet (7 meters) by determining the distinction in the estimate and also representation times as well as using this details to produce a 3D design of the atmosphere and barriers in it.

This very same system likewise enables it to float in position without GPS. Integrated with infrared sensors on its left and best sides, the Phantom 4 Pro can stay clear of obstacles in an overall of four instructions.

Onward, as well as rearward barrier noticing array, has actually been enhanced, enabling the Phantom 4 Pro to fly at 31 miles per hour with complete security of its stereo vision challenge sensing system. It makes fast, remarkable video clips easier and also inevitably safer to catch.

NOTE: There are various conditions or scenarios where the Challenge Avoidance as well as Vision Placement system will certainly not fly extremely well in. Check out the Phantom 4 Pro User Guidebook as well as come to be acquainted which the proper flying problems. Believe security whatsoever times.

6 Camera Navigation System

3 sets of double vision sensors develop a 6-camera navigating system that functions constantly to calculate the relative rate and also range between an object and the airplane.

Using this network of forwarding, rearward and descending vision sensing units, the Phantom 4 Pro has the ability to hover precisely in position without GENERAL PRACTITIONERS when removing inside, or on porches, and even when flying via windows with marginal pilot control.

In the not likely event that front and downward sensing units are not able to operate, the aircraft can still hover in position making use of the back stereo vision system. The Phantom 4 Pro additionally has the ability to fly in complex atmospheres at a flight rate of approximately 31 miles per hr while avoiding obstacles in its course.

In Narrow Picking Up Mode, the Phantom 4 Pro narrows it's picking up extent allowing it to see in even more information and also fly through little spaces.

This video provides you a quick summary of the advanced innovation in the Challenge Evasion and also Vision Placing system.

Phantom 4 Training Course Lock

When Course Lock is turned on, it secures the existing Phantom 4 nose instructions as the aircraft ahead direction. The Phantom 4 will certainly move in the secured instructions whatever it's the orientation (yaw angle) is. This very easy navigating enables you to fly in set instructions as you fly alongside relocating items or across scenes.

Training course Lock is a truly excellent setting that allows you to get a fantastic fly-by shot while staying concentrated on a specific location. This helps you with simply having to concentrate on the instructions the video camera is pointed as well as the speed of the Phantom rather than you needing to constantly change the path that the Phantom 4 journeys in.

Phantom 4 Program Lock Tutorial

Below is an excellent DJI Phantom 4 Course Lock Intelligent Trip setting tutorial from Costs Nichols. He demonstrates as well as discusses just how Course Lock mode works actually well.

Phantom 4 Pro Go Back To Home

In its updated Go back to House mode, the Phantom 4 Pro can instantly choose the best path to return residence depending on ecological problems. It tape-records its path as it flies, permitting it to return along the very same path staying clear of barriers if the control signal is separated.

Based on its altitude at the time of interference, the Phantom 4 Pro is also able to readjust its flight path to stay clear of the challenges it has seen during its trip. At departure, the Phantom 4 Pro will certainly videotape the scene listed below as well as contrast its recording with what it views as it returns, for a lot more exact touchdown.

It can likewise discover the ground to see whether there appropriates place for landing. If any type of barriers are found, or there is water on the ground, it will certainly signal the pilot and float at a proper height, aiding the aircraft to land even more safely.

Phantom 4 Pro V2.0 Go Back To House

The Go back to Home attribute on the Phantom 4 Pro 2.0 is much boosted. Its Phantom 4 Pro v2.0 feature develops a map of its environment in real-time. The quadcopter selects the most effective flight path to return home as well as can detects as for 300 meters (984 feet) away to prevent challenges.

If the control signal is shed, the Phantom 4 Pro V2.0 will retrace its original course to help it regain its connection after one minute. When it reconnects, it will return complying with a straight route. If it stops working to regain link, it will additionally go back to straight line RTH.

Phantom 4 Pro/ Phantom 4 Pro v2.0 Video clip Transmission Systems

The Phantom 4 Pro V2.0 uses the OcuSync 2.0 video transmission system and also a time-division multiplexer, which sustains uploading remote control signal and also receiving video clip transmission signal in the very same regularity band.

Sustaining both 2.4 GHz and 5.8 GHz, OcuSync 2.0 scans for the regularity band with the most affordable disturbance as well as switches as necessary to keep clear transmission. With OcuSync 2.0, the Phantom 4 Pro V2.0 will connect wirelessly to the DJI Goggles for an even better as well as immersive flying experience.

The Phantom 4 Pro utilizes a Lightbridge video clip transmission system.

Both drones have a transmission distance of approximately 4.3 mi (7 km), as well as customers can switch over in between 2.4 and 5.8 GHz control regularities to boost signal security as well as cut through disturbance.

Phantom 4 Newbie Trip Mode

In the "Beginner Mode, the Phantom 4 can not fly 100 feet (30 meters) greater and past the tape-recorded home point. It additionally prevents video camera tilt manages to enable new pilots to acquaint themselves with flying before adding even more range and camera control. The Phantom 4 is set to beginner mode by default which is excellent news.

When Beginner mode is switched off, the Phantom 4 will fail to a maximum flight elevation of 390 feet (120 meters) over the launch point. This can be adapted to an optimum of 1640 feet (500 meters). You can likewise establish your very own optimum distance.

Phantom 4 Pro For Expert Filming as well as 3D Imaging

The Phantom 4 has top of the range stabilization and cam which can be made use of for more than simply professional recording. The Phantom 4 is great for airborne landscape photography and also cinematography. With the existing electronic camera, it can be used to produce 3D photogrammetry maps as well as photos. There are likewise a number of multispectral sensors for drones on the market consisting of the DJI Phantom 4 Pro.

Phantom 4 Components

Since Phantom 4 is very popular, it is very simple there is a fantastic range of Phantom 4 devices, components and also upgrades readily available.

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mirsdrone · 5 years

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The best drone for aerial photography

The best camera drones are far more than the simple toys they used to be. They’re now used widely by both amateur and professional photographers because they can reach areas and shoot from angles that regular cameras can’t. For aerial photography, they allow aerial views of landscapes, buildings and events that previously required the use of a helicopter or a small plane.

A drone – also known as a quadcopter or multicopter – has four or more propellers which provide vertical lift from each corner, and an on-board processor to control the lift from each rotor and keep the machine broadly level. They are surprisingly quick and agile, with quick direction changes achieved by leaning the drone slightly off the horizontal, so a proportion of the props’ energy is directed sideways.

Drones have evolved greatly in the ten years since the first ready-to-fly drone went on sale… and already in 2020 we have seen some very interesting launches – including an 8K model from Autel, the PowerEgg X (which can land on water), and the gull-wing V-Copter Falcon – which may make our list of best drones in the months to come.

The best camera drones in 2020

There are some features to keep in mind compared to shopping for a regular camera.

Sensor and lenses: You will probably have to accept a smaller sensor size, and no zoom lens. Less glass means less weight, which means a longer flight time.

Vibration: this can be issue too; the fast turning props and sudden movements are not ideal for still or video photography.

Control: this is either via your phone’s limited Wi-Fi range or a separate controller using radio frequency (but probably your phone, too, to view the live video).

Collision detection: drone makers have sought to combat the risk of collision using sensors – partly to help you out, but also to head off criticism from governing bodies keen to avoid serious accidents.

Drone regulations: The UK has now joined China, the USA & Canada (among others) in requiring drone operators to register any aircraft over 250g (8.8oz) – all but two of the drones in this list. All drone pilots will need to cooperate with the common-sense regulations laid out in The Drone Code (UK) or the FAA website. It sounds very official, but it’s easier than you’d think. Read more about the new drone rules.

DJI’s Mavic Pro changed what was possible with the best camera drones back in 2016, making it possible to fold and carry a decent-quality lens without being overly heavy or bulky. It sold so well that perhaps the appeal of simple aerial imagery is waning, so DJI has added clever software features. One of the most stunning (on both the Mavic 2 Pro and the Zoom model) is Hyperlapse – an aerial time-lapse which can include motion and is processed in moments onboard. The Zoom model also gains a dolly zoom effect (ask a horror movie geek), which is great fun.

The airframe feels beefy for something that folds up so small, but it brings with it powerful motors and speed control systems, capped with surprisingly quiet propellers. This makes it nearly as capable as heavier drones in the wind – with a high maximum speed and very responsive controls (which can be softened for cinematic work). The omnidirectional sensors also make it very hard to crash at normal speeds, and even play a part in the excellent object tracking.

#aerial photography

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theresawelchy · 6 years

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Fostering AI Research: Meet Unity at AAAI-19

Last month, several members from the AI @ Unity team were present at NeurIPS in Montreal. At the Unity booth, we had the opportunity to meet hundreds of researchers and introduce them to Artificial Intelligence and Machine Learning projects at Unity. Later this month, we’re heading to AAAI-19 (an annual AI conference) in Honolulu where we’ll be hosting a booth, and also co-organizing the AAAI-19 Workshop on Games and Simulations for Artificial Intelligence. In this blog post, we’ll provide you with a brief overview of the workshop and explain why we are eager to foster research that leverages games and simulation platforms.

If you’re attending AAAI, consider joining our workshop on January 28 – it’s packed with fantastic speakers and papers covering games and simulations for AI. Also, drop by our booth (January 29 – 31) to say hi, watch some demos, and learn about teams and projects at Unity.

A brief history of games in AI research

Games have a long history in AI research, dating back to at least 1949 when Claude Shannon (shortly after developing information entropy) got interested in writing a computer program to play the game of Chess. In his paper “Programming a Computer for Playing Chess”, Shannon writes:

“The chess machine is an ideal one to start with, since: (1) the problem is sharply defined both in allowed operations (the moves) and in the ultimate goal (checkmate); (2) it is neither so simple as to be trivial nor too difficult for satisfactory solution; (3) chess is generally considered to require “thinking” for skilful[sic] play; a solution of this problem will force us either to admit the possibility of a mechanized thinking or to further restrict our concept of “thinking”; (4) the discrete structure of chess fits well into the digital nature of modern computers.”

That was in 1949. Since then, there has been an enduring interest in creating computer programs that can play games as skillfully as human players, even beating respective world champions. Shannon inspired Arthur Samuel’s seminal work on Checkers in the 1950’s and 1960’s. While Samuel’s program was unable to beat expert players, it was considered a major achievement as it was the first program to effectively utilize heuristic search procedures and learning-based methods. The first success story of achieving expert-level ability was Chinook, a checkers program developed at the University of Alberta in 1989 that began beating most human players and by 1994 the best players could at best play to a draw. This trend continued with other 2-player board games such as Backgammon (with Gerald Tesauro’s TD-Gammon, 1992-2002) and Chess (when IBM’s Deep Blue beat Garry Kasparov, 1997), and most recently with Go. An important scientific breakthrough of the last few years was when, in 2016, DeepMind’s AlphaGo beat 18-time world champion Lee Sedol 4 to 1, the subject of the Netflix documentary, AlphaGo.

(Source) Chinook vs Marion Tinsley (1994)

The progress over the last 70 years since Claude Shannon’s paper has not been limited to solving increasingly more difficult 2-player board games but has expanded to other complex scenarios. These include 3D multiplayer games such as Starcraft II and Dota 2 and more challenging game tasks such as learning to play Doom and Atari 2600 games using only the raw screen pixel inputs instead of a hand-coded representation of the game state. In a 2015 Nature paper, DeepMind presented a deep reinforcement learning system, termed deep Q-network (DQN), that was able to achieve superhuman performance on a number of Atari 2600 games using only the raw screen pixel inputs. What was particularly remarkable was how a single system (fixed input/output spaces, algorithm, and parameters), trained independently on each game, was able to perform well on such a large number of diverse games. More recently, OpenAI developed OpenAI Five, a team of five neural networks that can compete with amateur players in Dota 2.

The effectiveness of game engines & simulation platforms

It’s not just games that have played a central role in AI development. Game engines (and other simulation platforms) themselves are now becoming a powerful tool for researchers across many disciplines such as robotics, computer vision, autonomous vehicles, and natural language understanding.

A primary reason for adopting game engines for AI research is the ability to generate large amounts of synthetic data. This is exceptionally powerful as recent advances in AI and the availability of managed hardware in the cloud (e.g. GPUs, TPUs) have resulted in algorithms that can efficiently leverage huge volumes of data. Our partnership with DeepMind is one example of a premier research lab fully investing in utilizing virtual worlds to study AI. The use of game engines is even more profound in scenarios in which data set generation in the real world is prohibitively expensive or dangerous. A second reason for adopting game engines is their rendering quality and physics fidelity which enables the study of real-world problems in a safe and controlled environment. It also enables models trained on synthetic data to be transferred to the real world with minimal changes. A common example is training self-driving cars and Baidu’s move to leverage Unity to evaluate its algorithms is representative of an ongoing shift to embrace modern game engines.

AI is dubbed the new electricity due to its potential to transform multiple industries. We foresee game engines and simulation platforms playing a very important role in that transformation. This is evident by the large number of platforms that have recently been created to study a number of research problems such as playing video games, physics-based control, locomotion, 3D pose estimation, natural language instruction following, embodied question answering, and autonomous vehicles (e.g. Arcade Learning Environment, Starcraft II Learning Environment, ViZDoom, General Video Game AI, MuJoCo, Gibson, Allen Institute AI2-Thor, Facebook House3D, Microsoft AirSim, CARLA). The list also includes our own Unity ML-Agents Toolkit which can be used to transform any Unity scene into a learning environment to train intelligent agents using deep reinforcement learning and imitation learning algorithms. Consequently, we’re eager to encourage and foster AI research that leverages games and simulation platforms.

AAAI-19 workshop overview

At AAAI, later this month, we are co-organizing the Workshop in Games and Simulations for AI with Julian Togelius (Professor at New York University) and Roozbeh Mottaghi (Research Scientist at the Allen Institute for Artificial Intelligence). The workshop will include a full day of presentations by invited speakers and authors of peer-reviewed papers. The presentations will cover a number of topics including large-scale training of deep reinforcement learning systems such as AlphaGo, high-performance rendering for learning robot dexterity, learning to map natural language to controls of a quadcopter, and using drones to protect wildlife in the African savannah. If you are attending AAAI, join us at the workshop to learn more about how games and simulations are being used to power AI research.

Aloha!

DataTau published first on DataTau

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lifeofasia94 · 6 years

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Drones on changing the world 🌍

Drones have been in existence for as long as I’ve known through our media networks and have evolved in changing life as we know it for the better whether it be through visual appeal, protection, maintenance and furthering breakthrough research. Drones are an invention that I believe can change the world. https://dronelife.com/2018/05/02/the-unmanned-lifestyle-how-drones-may-change-the-world/

We see through everyday social media platforms such as Facebook, Twitter, Instagram and even Tumblr that drones are being used by influencers from all around the world to promote tourism as well as creating awareness to events that are not mentioned first hand in the news. Capturing iconic moments in time are what drones do best. One instance, Parker Gyokeres as a photographer in the Air Force, he once built a drone from scratch attached to a GoPro camera because he could not persuade anyone to take him up into a helicopter. Today, he owns a fleet of autonomous aircraft in New York that he uses to shoot projects such as BMW commercials, weddings, corporate events and so forth. The bottom line is that images and footage is coming out and appearing right now on television, Youtube, movie screens and Instagram feeds showcasing the world in real time. http://www.thedrive.com/aerial/12891/the-7-best-drone-instagram-accounts (Photo Source: Adilatay)

http://thomasvitali.com/professional-articles/professional-articles/drones-humanitarian-use/ A huge highlight concerning the use of drones is the humanitarian aid it provides for people that are not easily reached by the human hand. Around 1.3 billion to 2.1 billion people on our planet do not have access to essential medicines. According to the World Health Organization this often happens because these people live their lives in hard to reach places. To address and become aware to this fact California drone creator of “Zipline” signed a deal with the government of Rwanda last February to shuttle supplies to remote areas on demand. These “zip” drones cover a vast amount of ground over a 50-mile radius. The process starts when the health center sends a quick text to order blood for a patient with severe anemia and it instantly shows up via parachute in around 40 minutes. These are cases that you can picture if someone is traveling by a different form of transportation where it would never get to the patient in need on time which can and do cost lives for example helping to cure malaria, tuberculosis and HIV/AIDS.

https://www.swissinfo.ch/eng/sci-tech/-dronefrontier_how-drones-are-transforming-humanitarian-aid/44141254 (Photo Source: Thomas Vitali)

Michigan State Police 2015 received FAA approval to fly a Sky Ranger quadcopter made by Canada’s Aeryon Labs for public safety efforts with that being a success later on it was used to investigate suspicious fire in Jenison. According to Aeryon CEO David Kroetsch, the craft can also be used to conduct search-and-rescue operations, gather aerial intelligence for SWAT teams, and even map accident scenes. In a life and death situation drones provide aerial intelligence to the SWAT teams and even the car accident footage we see routinely every time we go to work and check the morning news on which roads to take furthermore live updates in a click of a finger on news apps! Usually gathering this type of footage includes a person physically heading to the accident site or risking their lives to gain the information first hand. These drones save the hassle and are a much more efficient alternative to what we would have to do to serve people the information needed to solve a problem or dilemma. https://www.policeone.com/swat/articles/7455866-Why-your-newest-SWAT-team-member-is-a-drone/ (Photo Source: FAA, Federal Aviation Admissions)

Now this ones a huge one! INTERNET ACCESS, what would we be doing without internet access today in the virtual age where every corner you turn, you have wifi passwords in every store and people asking for it. Over half of the planets population, around 4 billion people around the world DO NOT have internet access. A full 1.6 billion live in areas too remote for mobile broadband. Meaning no access to Facebook, Instagram and all of the other social outlets we today are so very used to. But do not worry, Google has come up with a plan to relay internet signals via drone alongside Facebook that is leaning in that direction to help. The big picture consists of lightweight drones with the wingspan of Boeing 737 that will cruise high above normal airspace delivering connectivity to people within a 60-mile radius which will be powered by battery and solar energy. They will remain around three months at a time. It is said that this project will take flight within the next 10 years with the first successful test flight already a huge success with more than 90 minutes over northern Arizona. An update is underway that Facebook has pulled out of helping with this miraculous feat but does support having more Facebook users become apart of the networking community! https://www.nytimes.com/2018/06/27/technology/facebook-drone-internet.html

Another huge upbringing of drone work is its ability to forecast hurricane and tornado warnings. When a severe storm approaches for example in Florida as Hurricane Matthew was wreaking havoc a storm drone called “Coyotes” took flight developed by defense flight contractor Raytheon Missile Systems who could fly right up to the maelstrom to take measurements for the National Oceanic and Atmospheric Administration (NOAA). https://qz.com/1022076/storm-drones-could-revolutionize-weather-forecasting/ This drone was originally created for anti-submarine warfare, the small, fixed-wing crafts known as Coyotes launch from the bottom of hurricane hunter planes, which often fly in the upper reaches of a storm, occasionally more than 10,000 feet in the air. The Coyotes can, by contrast, maneuver around at 500 feet—right at the dangerous boundaries of the storm, where the most dramatic atmospheric changes occur. Instead of a person, the Coyotes fly right up and measure the temperature, humidity and air direction. What it detects is the damage that could happen and like you see on the news, how the storm will move. (Photo Source: businesspress24.com)

As an environmentalist myself it gives me pride in knowing that drones are also used to maintain wildlife conservation. Scientists at the Woods Hole Oceanographic Institution in Massachusetts have used camouflaged drones to monitor the health of humpback whales off the coast of Cape Cod, even capturing from their blowholes breath samples flush with DNA that can be analyzed for wildlife studies. But recently, the tech’s most profound contribution to wildlife protection may be happening in Africa, where drones are policing vast tracts of land to catch poachers hunting rhinos and elephants. The horns and tusks of those animals can fetch hundreds of thousands of dollars from Asian crime syndicates. Instead of having park rangers go out after dark to try to catch the heavily armed bandits, drone pilots patrol the targeted areas with their aircraft, collecting data used to predict the poachers’ movements protecting many of our wildlife for further generations to come.

https://wildlifedrones.net/

https://www.uasvision.com/2017/09/04/disguised-drones-boost-wildlife-management/

Special delivery! You name it. The image right above shows drones by Priestmangoode called the “Dragonfly” which was featured in the Dezeen’s documentary. As it is described in the documentary working in conjunction with autonomous barges – that act as charging stations and distribution hubs – the drones deliver packages by docking on landing pads placed on the roofs or sides of buildings. (Photo Credit: Priestmangoode) Just as Amazon and other sites deliver purchased goods, charging stations as we know it could be seen in the near future as traveling to us with a click of a button keeping in mind online retail. https://www.dezeen.com/2018/03/22/priestmangoode-dragonfly-concept-drone-delivery-system/

As I was able to speak of, there are so many reasons why drones are in fact changing the world as we know it becoming more and more modern and efficient for humans to interact and be able to grasp its helpful features which are now being practiced to become involved with our everyday lives. In this post I had the privilege of going over a few of its highlights. As I read more about drones and the things they could do and what it would mean if other drones made like these are successful would be an amazing thing to witness. https://www.businessinsider.com.au/how-drones-will-change-the-world-in-the-next-5-years-2016-10

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