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DRDO is Preparation of robot Military for target.
These robots will be equipped with high intensity capacities.
Strong minded of identifying enemies and friends.Indian Army Robot fight with enemy in future
New Delhi: DRDO has started work on a new project(army developed robot), the unmanned warfare (war is going to be utilized ). Really, the future is going to be fought in the war, they willn’t human soldiers, but robots(Robot)will combat the military. DRDO is preparing the robot military for this.
According to DRDO, at the Robot Army in the Indian, technologies that can predict states and behaviours of the individual soldier may help create a more optimised team and helpful for soldiers in the battleground.
Researchers engaged in this project are trying to recognize the robot enemies and friends will perfectly. Along with this. Scientist called it ‘Brainstorm'(brain system to tramsmit and get magnetoelectric sign).
The difference between Enemy and friends is work Brainstorm ways the architecture and dynamics of the human mind consider be coordinated to forecast these behaviours and thus optimize team performance.
Based on specialists at Robot Technology – In the upcoming time, land and air can make use of these robots in both conflicts.
“In military operations, Robot troops perform numerous jobs at the same time. They will analysing information from several resources, browsing surroundings while concurrently assessing risks, sharing situational awareness, and communication using a distributed group,” explained DRDO.The speciality of Brainstorm is as follows
Brainstorm robots will be able to ruin enemies from the army battleground.
According to specialists at Robots Technology- From The Future, both lands and air can make use of these robots in both conflicts.
Later – risrc done robot will prepare an individual soldier will have the ability to successfully perform.
According to DRDO these robots can help the soldiers. Then soldiers. Then they’ll also be employed for other functions.
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In less than three years, a robot larger than an SUV (that’s a pretty big space bot) is going to blast off from Earth and head towards Mars. The droid will gently parachute down onto the red planet’s surface, guided at the very end by a skycrane, which will bring it safely to the ground. That’s the plan anyway for Mars 2023. In addition to becoming the most modern piece of tech on our neighbor planet, the new robot will also have more cameras than any rover to go before it.
Cameras on the Mars 2023 rover. NASA/JPL-Caltech
Currently, to plan out a day’s worth of work on Curiosity, it takes scientists at NASA’s Jet Propulsion Laboratory (JPL) about eight hours to first process information gathered by the rover the day before, plan out the next day’s tasks, engineer those projects, bundle them up in digital instructions, and send more instructions back to Mars.
Engineers spend about a half hour to an hour alone processing the images that Curiosity sends back, stitching together wide angle photos, or lining up stereo images that let humans—or rovers—deduce information about depth from two-dimensional pictures.
“For things like driving or operating the arm, we take a picture with the left camera and a picture with the right camera” Justin Maki, the imaging scientist for Mars 2023, says. “Then we match up pixels between the two images to create a 3D image of the terrain. Because we have these wider field of view lenses, we end up with better quality stereo terrain maps.”
The wider field of view and high resolution means less time stitching together or processing images, and more time working on the next day’s assignments for the rover, whether that’s telling it to drive over to a rock, avoid an obstacle, or fire a laser.
“The shorter the timeline the more chances you get for ground-in-the-loop planning,” Maki says. That means that there’s more room to accommodate the 40 minute delay in days between a day on Mars and a day on Earth. It may not seem like much, but the delay can periodically throw things out of whack when we’re talking interplanetary scales.
“Some days you come into work in the morning and the plan hasn’t finished executing yet on Mars,” Maki says. That’s a problem, because researchers have to wait for the info to come in to start their day. Delays—plus the eight hours needed to plan and program a day—mean sometimes unpredictable hours, which can get exhausting, especially when expeditions are extended and the team is five years into a two year mission, which is the case with Curiosity.
“When we first land we’ll work all through the night,” Maki says. “But that’s hard to sustain much beyond three months.”
A shorter, five hour window means that information can come in late to the JPL lab and researchers can still turn around precisely calibrated instructions by the end of a normal working day, which wouldn’t be possible without the wide-angle lenses on the camera taking precise pictures of the surrounding environment, samples, and the rover itself.
Of course, in addition to providing detailed navigation aids, the large number of cameras also means more amazing images for everyone back home as well. High-speed landing video cameras, along with a specialized microphone, will capture the harrowing descent of the rover to the surface. Yes, the engineers will see detailed footage of how the parachutes deploy in Mars’ atmosphere, but the rest of us will get a live-action remake of Seven Minutes of Terror—the immensely popular NASA animation of Curiousity’s landing.
And, like other NASA missions, when information comes back from Mars 2023 mission, the public will be able to follow along almost as soon as Maki and the other mission scientists get the information.
“It’s a really unique time in human history. Before, explorers would go off on a ship and hopefully they would come back with some stories or maybe some drawings,” Maki says. “But now anyone in the world can participate in our voyage in real time.”
Why the iPhone will never be free
Back in August of 2011, I wrote an article entitled Why the iPhone 4S will be Free. As it turned out, the iPhone 4S was not “free” until the release of the iPhone 5s. The iPhone 5S is “free” right now here in 2014, if you close your eyes and pretend you’re not paying for it in your monthly bill to your mobile provider. The concept I spoke of back in 2011 is dead, now, and I no longer consider said concept to be a possibility for Apple.
This week there’s a rumor that the iPhone 6 might be “free” upon release. Don’t trust anyone who suggests they’ve got some inside word on how Apple will deliver the iPhone 6 in an entirely non-traditional way with wireless carriers.
Tradition will hold. If the iPhone 6 is offered for “free,” it will be done in a way that’s very, very similar to the company’s lowest-tier iPhone in any given set of three. At the moment the three iPhone models available to the public through Apple are the iPhone 5s, iPhone 5c, and iPhone 4S. These three iPhones have pricing tiers which will be basis for the release of the next iPhone or iPhones.
The reason I use quotes around the word “free” for the iPhone 4S is that customers still be pay “full price” for said iPhone with their mobile data carrier. The price is tied in to the monthly bill they pay for services, even if they can’t see it separated from the rest of the cost markers.
T-Mobile USA has tried to clarify this mysterious mode of business – to a certain degree – in the recent past. T-Mobile’s most recent model for smartphone sales show potential users exactly what they’re paying for their phone in the long and short-term.
If T-Mobile USA doesn’t offer a free iPhone off-contract, there’s no such thing as a free iPhone. T-Mobile USA does not and likely will not offer a free iPhone any time soon.
Motorola is making a big effort to kick the cost of a new phone down to the bare minimum with the Moto G and Moto E. Given the iPhone’s speed of evolution away from its origin, a free Apple-made smartphone might never exist.
Instead we’ll have to rely on a startup to create an ecosystem in which a free smartphone could potentially exist. This company would need to provide near-impossibly simple means for brands to push their apps to their operating system. They’d also need to find a way to profit from those apps, and they’d need some big-time funding to create their “free smartphone” in the first place.
Do you know of anyone aiming to push a free smartphone to the market? Even if you’re reading article this several years after it’s been published, I’d love to hear from you. Let’s have a chat – on these free phones, if at all possible.
It’s time for JUICE to get to work. The European Space Agency’s JUpiter ICy moons Explorer blasted off on an Ariane 5 rocket yesterday to begin its eight-year journey to the Jovian system to study Europa, Ganymede, and Callisto, three of the largest moons in the entire solar system.
Together with NASA’s Europa Clipper, which will launch in October 2024 but arrive at its destination a year earlier than JUICE, the missions will get the first close-ups of Jupiter’s icy moons since NASA’s Galileo probe visited the gas giant from 1995 and 2003.
“We learned about Europa having a subsurface ocean as a result of the Galileo mission,” says Emily Martin, a research geologist in the Center for Earth and Planetary Studies at the Smithsonian’s National Air And Space Museum. The Galileo finding ignited interest in so-called “ocean worlds” that have liquid water under their thick surface ice and might be the best place to look for alien life in our solar system. Ganymede and Callisto are likely ocean worlds too.
[Related: Astronomers find 12 more moons orbiting Jupiter]
While Galileo captured some images of the lesser-known siblings, it couldn’t analyze their surfaces as well as originally plannedspacecraft was hamstrung from the beginning, when its high-gain antenna, necessary for sending back large amounts of data, failed to fully deploy. Consequently, when JUICE arrives at Jupiter in 2031, it will begin providing the first truly high-resolution studies of Ganymede and Callisto, and add to the data on Europa collected by the Europa Clipper. JUICE will use its laser altimeter to build detailed topographic maps of all three moons and use measurements of their magnetic and gravitational fields, along with radar, to probe their internal structures.
“Galileo did the reconnaissance,” Martin says, “and now JUICE gets to go back and really dig deep.”Is there water on Jupiter’s moons?
If people know one Jovian moon, it’s likely Europa: The icy moon’s subsurface ocean has been the focus of science fiction books and movies. But Martin is particularly excited about what JUICE might find at Callisto. Jupiter’s second largest moon, it orbits farther out than Europa or Ganymede. It appears to be geologically inactive and may not be differentiated, meaning Callisto’s insides haven’t separated into the crust-mantle-core layers seen in other planets and moons.
Despite the low-key profile, data from the Galileo mission suggests Callisto could contain a liquid ocean like Europa and Ganymede. Understanding just how that could be possible, and getting a look at what Callisto’s interior really looks like, could help space researchers better understand how all of Jupiter’s moons evolved.
“In some ways, Callisto is a proto-Ganymede,” Martin says.What comes after Mars?
It’s not just Callisto’s interior that is interesting, according to Scott Sheppard, an astronomer at the Carnegie Institution for Science. It’s the only large moon that orbits outside the belts of intense radiation trapped in Jupiter’s colossal magnetic field—radiation that can fry spacecraft electrics and human explorers alike. “If humanity is to build a base on one of the Jupiter moons, Callisto would be by far the first choice,” Sheppard says. “It could be the gateway moon to the outer solar system.”
JUICE will fly by Europa, then Callisto, and then enter orbit around Ganymede, the largest moon in the solar system. With a diameter of around 3,270 miles, it’s larger than the planet Mercury, which comes in at 2,578 miles in diameter.
This image of the Jovian moon Ganymede was obtained by the JunoCam imager aboard NASA’s Juno spacecraft during its June 7, 2023, flyby of the icy moon. At the time of closest approach, Juno was within 645 miles of its surface, closer to Jupiter’s largest moon than any other spacecraft has come in more than two decades. NASA/JPL-Caltech/SwRI/MSSS
Geoffrey Collins, a professor of geology, physics and astronomy at Wheaton College, says he’s most excited about the Ganymede leg of the mission. “It will be the first time we’ve orbited a world like this, and I know we will be surprised by what we find.”
If Ganymede hosts a liquid water ocean beneath its frozen shell how deep its crust is, and whether its suspected subsurface ocean is one vast cistern or consists of liquid layered with an icy or rocky mantle. JUICE will be the first mission to give scientists some real answers about to those questions.
“Even if JUICE just lets us reach a level of understanding of Ganymede like we had for Mars 20 or 30 years ago, it would be a massive leap forward from what we know now,” Collins says. “This will be the kind of thing that rewrites textbooks.”
[Related: A mysterious magma ocean could fuel our solar system’s most volcanic world]
Any clues that JUICE gathers from Ganymede and Callisto could apply to more than just Jupiter and its icy moons. They can tell us more about what to expect when we look further out from our own solar system, according to Martin.
“It contextualizes different kinds of ocean world systems and that has even broader implications to exoplanet systems,” she says. “The more we can understand the differences and the similarities between the ocean world systems that we have here in our solar system, the more prepared we’re going to be for understanding the planetary systems that we’re continuing to discover in other solar systems.”
There’s More to Blockchain Technology than just Cryptocurrency.
Blockchain technology has taken the FinTech industry by storm. This new disruptive technology is best known for powering cryptocurrencies, making it a recent buzz in the finance industry. While this is still a new technology that has the ability to leverage several services, the FinTech industry can transform its traditional practices and upgrade to modern techniques that will safeguard the most important industry in society. Here are four ways blockchain technology is set to revolutionize the FinTech industry.1. Creating a Digital Ledger
In a physical ledger, transactions are noted down on papers that are time-stamped and annotate. Blocks also record transactions in a similar way. Blockchain technology has the ability to digitally note the entire cycle of transactions, time-stamp them and record them chronologically. Having an accurate and precise record of every transaction is essential for the banking and accounting industries. By recording the transactions automatically, blockchain technology significantly improves the efficiency of the process and reduces the risk of anomalies.2. Secures Transactions Against Fraudulent Activities
Blockchain technology is decentralized, which means no one can access the blocks and alter them. Every single transaction is recorded on a unique node that cannot be tampered with at any point. This makes every record extremely secure. The only chance of hacking comes when a person owns more than 50% of the nodes in a chain, but that scenario is unlikely. At present, a value of about US$1.8 trillion is stored in blockchain, with Bitcoin alone amounting to US$ 1 trillion of it. If blockchain could be hacked easily, cryptocurrencies would be the ultimate loot for cyberattacks.3. Elimination of Third-Party Interference
When multiple parties are required to validate a transaction, there is a chance for things to go wrong. With blockchain technology being so secure, payments can directly reach the said vendor to purchase goods and services.4. Restores Monetary Power to the People
Blockchain technology has taken the FinTech industry by storm. This new disruptive technology is best known for powering cryptocurrencies, making it a recent buzz in the finance industry. While this is still a new technology that has the ability to leverage several services, the FinTech industry can transform its traditional practices and upgrade to modern techniques that will safeguard the most important industry in society. Here are four ways blockchain technology is set to revolutionize the FinTech chúng tôi a physical ledger, transactions are noted down on papers that are time-stamped and annotate. Blocks also record transactions in a similar way. Blockchain technology has the ability to digitally note the entire cycle of transactions, time-stamp them and record them chronologically. Having an accurate and precise record of every transaction is essential for the banking and accounting industries. By recording the transactions automatically, blockchain technology significantly improves the efficiency of the process and reduces the risk of anomalies.Blockchain technology is decentralized, which means no one can access the blocks and alter them. Every single transaction is recorded on a unique node that cannot be tampered with at any point. This makes every record extremely secure. The only chance of hacking comes when a person owns more than 50% of the nodes in a chain, but that scenario is unlikely. At present, a value of about US$1.8 trillion is stored in blockchain, with Bitcoin alone amounting to US$ 1 trillion of it. If blockchain could be hacked easily, cryptocurrencies would be the ultimate loot for chúng tôi multiple parties are required to validate a transaction, there is a chance for things to go wrong. With blockchain technology being so secure, payments can directly reach the said vendor to purchase goods and chúng tôi most prominent application of blockchain technology is in cryptocurrencies, which is basically holding the value of your money in digital coins without a bank. If you have invested in cryptocurrency, you can hold the crypto coins in a digital wallet with a private key that is only known to you. There’s no other financial institution holding your money. This is one of the main USPs of blockchain technology.
The Hinman document becomes key evidence in the XRP SEC battle.
XRP shows positive sentiment and an upward trend amid ongoing legal proceedings.
The Hinman documents have been a contentious topic in the Ripple [XRP] SEC battle. The SEC and Ripple have engaged in a heated debate over its significance. The SEC tried to block its acceptance as evidence through various motions, but the judge ultimately denied their request. Recently, the judge classified the Hinman document as one of the “judicial documents” in the case.
Read Ripple’s [XRP] Price Prediction 2023-24Hinman documents not to be redacted in the XRP SEC case
The ongoing legal battle between XRP and the SEC has been marked by a contentious document known as the Hinman document. Both sides fiercely debated its significance and argued for and against its inclusion. However, the judge ultimately ruled that it should be admitted as evidence.The significance of the Hinman docs in the XRP SEC case
The Hinman documents are a collection of internal communications within the SEC involving William Hinman. He was the former director of the Division of Corporation Finance of the SEC.
In 2023, Hinman delivered a speech where he stated that Ethereum [ETH], a different cryptocurrency, did not fall under the classification of security. This speech prompted questions regarding the SEC’s position on other cryptocurrencies, including XRP. The Hinman documents contain internal discussions and analyses regarding categorizing cryptocurrencies as securities, potentially shedding light on the SEC’s perspective on XRP.
Ripple Labs actively sought access to these documents to support its defense in the SEC case. Ripple argued that the documents might reveal inconsistencies and selective enforcement by the SEC, which could significantly impact the case’s outcome.SEC asks for a week’s extension to file unredacted documents
Following the 16 May judgment, which required SEC and Ripple to release unredacted versions of certain documents, an extension request was submitted. According to a court document shared by James Filan on May 19, both parties requested an additional week, until 13 June, 2023, to submit public, unredacted versions of cross-motions for summary judgment and related exhibits, including the Hinman materials.
This extension request demonstrated the willingness of both parties to comply with the 16 May ruling, enabling the public to access a selection of documents relevant to the case.A summary of the XRP SEC tussle
In 2023, the SEC accused Ripple, the creator of the XRP cryptocurrency, of conducting an unregistered securities offering by selling over $1 billion worth of XRP to investors in 2013. The SEC charged Ripple, as well as its executives Brad Garlinghouse and Christian Larsen, with selling unregulated securities through XRP, totaling over $1.3 billion over several years.
The SEC’s filing included transactions spanning from 2013 to late 2023, involving the sale of over 14.6 billion XRP tokens for cash. In its defense, Ripple referenced statements former SEC director Hinman made to argue that XRP should not be classified as a security.Some big moves from Ripple
Despite the ongoing legal proceedings with the SEC, Ripple has recently launched a central bank digital currency (CBDC) platform. This platform enables central banks, governments, and financial institutions to create and manage digital currencies.
Through Ripple’s platform, government institutions can customize and oversee the entire life cycle of their CBDCs, including minting, distribution, redemption, and token burning. Financial institutions can also participate in inter-institutional settlement and distribution activities using the CBDC. Notably, the platform supports wholesale and retail CBDCs, allowing for offline transactions.
CBDC team making significant progress with the launch of the new #cbdc platform 👌 Four countries now announced 👍👍 Grateful to the team at @Ripple who are developing the best platform for the future of Digital Currencies 👌 Palau 🇵🇼 Bhutan 🇧🇹 Montenegro 🇲🇪 Hong Kong 🇭🇰…
— Antony Welfare (@AntonyWelfare) May 19, 2023XRP’s reaction to the latest developments
Since the 16 May development, Ripple (XRP) has experienced an upward trend in its price, despite the SEC still lurking. According to the price range tool, there has been an increase of over 11% in the value of XRP since the uptrend began.
However, at the time of writing, the excitement surrounding the asset waned slightly. XRP was trading at approximately $0.46, reflecting a minor addition in value of less than 1%. Nevertheless, the overall trend remained bullish.
How much are 1,10,100 XRPs worth today?
Analyzing the Relative Strength Indicator (RSI), the RSI line was above 55, indicating a strong bullish trend. However, XRP has struggled to surpass the short Moving Average (yellow line) around the $0.47 price range.
Furthermore, XRP investors have displayed positive sentiments towards the asset, as reflected by its funding rate metric on Coinglass. At the time of writing, XRP exhibited a positive funding rate. This suggests that there is an anticipation of a future price increase.
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