Geekyrj | Tech That Matters

Friday, May 10, 2019

Apple May Swap Your Defective Apple Watch Series 2 for a New Series 3



Apple may replace Apple Watch Series 2 models brought in for repair with Series 3 models for the time being, according to an internally distributed service document.
The temporary repair policy only applies to 38mm Apple Watch Series 2 devices, and only because of an unspecified component shortage.

The internal document, obtained by MacRumors, was shared with Apple Stores and Apple Authorized Service Providers on Monday.
It’s worth noting that the document doesn’t specify whether color or casing variants play a role in which devices are eligible for a swap.

Note that this isn’t a trade-in program. In other words, you can’t just bring your Apple Watch Series 2 and get a free replacement.
Similarly, it’s likely that the policy doesn’t apply to all Series 2 repair orders.

But if your Apple Watch Series 2 requires repairs that are impacted by the part shortage, technicians are officially authorized to swap out the device for the newer model.
The document also reminds service staff that Apple Watch Series 3 models require an iPhone compatible with watchOS 4 or later. Technicians are advised to let iPhone 5 or iPhone 5c owners know that they’ll need to upgrade to a new iPhone to use their replacement Series 3.
If a user can’t accept a substitute Apple Watch Series 3 model, the document says that they can contact Apple Support to request a refund for the device.

This isn’t the first time Apple offered newer devices as a substitute for repairs. Back in 2017, Apple replaced certain Apple Watch Series 0 models with newer Series 1 models because of a similar component supply shortage.
here’s no guarantee that your local Apple Store or Apple Authorized Service Provider will honor this temporary repair policy. And since there’s no stated end date, we’re not sure how long the policy will last.

Saturday, April 27, 2019

Google Tulip : The Machine Learning Technology




We all fathom that plants live things. however, we've got ne'er detected that it will speak too. therefore currently Google has one thing that is stunning. Yes, Google has brought around “Google Tulip”. it's a machine learning technology supposed to boost the profitableness of Dutch agriculture and therefore the well-being of Dutch money crops.

INTRODUCTION

The Netherlands produces nearly twelve.5 billion flowers per day. Dutch liliaceous plant is one in every of the tallest flowers within the world. It builds robust communities within the fields. As per researchers, these tulips will communicate with one another through their root systems. Also, they're ready to share resources. a touch red liliaceous plant was ready to plug a leak within the groin that protects the European nation. All credits head to the first warning system that is formed by the network of the roots that stretches all across Kingdom of The Netherlands.

HOW THEY DID IT?
There area unit such a big amount of folks that objectify tulips. they need to show them in vases during a means that's disconnected from the roots and therefore they provider is most intending to their lives. Google believes in organizing the world`s data. the knowledge inherent within the root network was appealing to Google. For this, they collaborated with Wageningen University and analysis. Google conjointly refer libraries of past audio files. Google has digitized flower communications over the centuries and has engineered a machine learning system to spot what the tulips area unit communication. By doing therefore Google has been ready to improve the lives of the tulips.

SYSTEM design
Their coaching design was quite easy. Google was ready to use Google Cloud Speech to text and automobile milliliter language to coach the machine learning models while not having to put in writing any code. as a result of property issues ligature quite 1,000,000 tulips along, it became a touch tougher to finishing up period of time predictions. Google uses Cloud IoT core to gather the audio information from individual tulips. Then they distributed the predictions on Kubeflow Pipelines “on-premises”. The requests from the tulips area unit then acted upon by human overseers.

DEPLOYMENT
When the flowers want a lot of suns, Google merely calls dead set the Google Wind API to create that happen. this can be the technology Google proclaimed 2 years past on this actual day to use machine learning to predict the wind. Also, guarantee clear skies within Holland. API is kind of straightforward to integrate. Besides the advantages to Dutch agriculture, associate out of the blue side-effect of Google liliaceous plant has got to add closed captioning of flowers

DO IT YOURSELF VERSION
If you would like this technology to your garden on your own flowers, you'll be able to use Google`s homemade kit that employs Google Cloud Tools. On first April 2019 explore for it on your Google Home device, just by spoken language, “ Hey Google, discuss with liliaceous plant Translator” and raise the flower what it has to grow quicker.

ALERT
This is still not confirmed that this project exists or not. the video was free on thirty-first March, therefore it can be associate April Fool prank. therefore still we tend to can`t take it as a piece of confirmed news.

Friday, April 26, 2019

Nike & Crypto? Just Do It!



American multinational footwear corporation Nike Inc. filed for a trademark with the United States Patent and Trademark Office (USPTO) for the term “cryptokicks”. What this indicates, according to some in the crypto community, is that Nike might have plans to launch some kind of a cryptocurrency by this name.
This assumption is further fueled by the contents of the application, filed this April, available to the public on USPTO’s website (search for "cryptokicks".) What could be understood from it is that Nike is planning to offer “financial services, namely, providing a digital currency or digital token for use by members of an online community.”
The application is full of details and it further mentions cryptocurrency software and hardware wallets, that is: “downloadable computer software for managing cryptocurrency transactions using blockchain technology; Downloadable mobile applications for providing access to crypto-collectibles, crypto-art and application tokens; downloadable software for use in electronically trading, storing, sending, receiving, accepting and transmitting digital currency, and managing digital currency payment and exchange transactions […],” among many other specifications for a possible future wallet.
Furthermore, it seems that Nike would be creating an online marketplace for buyers and sellers of digital currency assets, featuring footwear and clothing, as well as a website that would feature online bulletin boards, forums, chat rooms, blogs, entertainment services, such as an online game, etc.
A trademark law attorney and founder of Gerben Law firm, Josh Gerben, seems to be the first to notice the trademark application:


Gerben told news publication Portland Business Journal that Nike’s competitors have 30 days to oppose this trademark application. If the applications is approved, Nike will have the rights to the name “cryptokicks” for four years. However, the company will have to launch a commercial product with that name in order to actually get the trademark.
"If you submit things just for the purpose of submitting things, it will tie up the trademark system unnecessarily. Nike does not have a history of filings that are speculative," Gerben was quoted as saying.

Tuesday, March 19, 2019

Explain me like I am new To Crypto Currency ?

what-is -crypto-currency

Blockchain-related topics are extremely hot nowadays and cryptocurrencies are one of those. We decided to launch a series of articles where we will explain in plain language such things as blockchain, cryptocurrency, smart contracts, and ICOs.
It can be challenging to explain the cutting edge technologies with simple words but I’ll give it a try as it seems very important to explain something that can completely change someone’s life within the next couple of years: make it easier, smarter, and clearer.
Having made the decision to implement Blockchain to MeetnGreetMe and to issue our own token we feel responsible for all our dear users and MeetnGreeters who are not very into this hi-tech world (the same as all of us just several months ago). So we have launched this series in order to explain it to our users. We’ve already explained Blockchain and smart contracts and now it’s time to explain what cryptocurrency is. So let’s delve into the topic!
So, basically, what is a cryptocurrency?
From the word itself you can see that it has something to do with cryptography and currency.
First, let’s define what normal currencies are. Currencies are a sort of “economic buffer”, they allow people to convert their efforts into something that maintains its value and can be converted back into goods or other services at a later point in time.
For its part, cryptography is the process of converting ordinary plain text into unintelligible text and vice-versa. Modern cryptography deals with confidentiality — information cannot be understood by anyone, integrity — information cannot be altered, and authentication — sender and receiver can confirm each other.
Putting the pieces together, cryptocurrency is a medium of exchange value(just like ordinary money) that exists in the digital world and relies on encryption, which makes transactions secure.
A cryptocurrency is an alternative form of payment to cash, credit cards, and checks. The technology behind it allows you to send it directly to others without going through a 3rd party like a bank. This means you don’t have to use your social security or credit score as collateral and allows you to be reasonably pseudonymous. In other words, cryptocurrencies are like virtual accounting systems. They keep a record of all transactions. The transactions are bundled into blocks, which are cryptographically signed (hence “crypto”currency) and the client doing the signing gets some number of units of virtual currency (and potentially transaction fees) as a reward for doing the work of calculating the cryptographic signature.
As you can imagine, there are many exciting use cases for this. You can send money back to your family without incurring hefty international fees if you’re working in a different country. Merchants no longer have to worry about payment fraud or invalid checks because people can only spend what they have.
The most famous cryptocurrency is, of course, Bitcoin, which made everyone curious about the topic of crypto by its explosive rise and has become the de facto standard for cryptocurrencies. If you are eager to learn more about Bitcoin I highly recommend you to get acquainted with this article written by Brian Yahn on Hackernoon. Besides Bitcoin, there are several other pretty important cryptocurrencies such as Ethereum (ETH), Litecoin (LTC), Dash and Ripple (XRP). But the most important thing is that now you can launch your own cryptocurrency! But let’s first summarize the key points:
Summing up, cryptocurrency is a radically new way of paying that makes all the transactions secure and helps to get rid of intermediaries represented by banks, which also contributes to a significant reduction in the commission fee. The main feature of cryptocurrencies — security — is provided by Blockchain technology — a network of computers having an identical copy of the database and changing its records by a common agreement based on pure mathematics. Moreover, thanks to one of the main advantages of Blockchain — smart contracts — it becomes possible to create your own cryptocurrency and issue your own token. A token is a type of privately issued cryptocurrency, a unit of value that an organization creates to regulate and self-govern its business model, and empower its users to interact with its products while facilitating the distribution and sharing of rewards and benefits to all of its stakeholders.
And namely this feature — possibility to launch the token — is crucial in the context of the MeetnGreetMe platform. We’ve launched MeetnGreetMe Token — WEL — is meant to fuel the platform and empower its users to interact with its products.
Our token — WelcomeCoin or WEL — fulfills several crucial functions:
– to make it possible to reward all the MeetnGreetMe players for their contribution;
– to incentivize people to actively use the platform, co-create, fulfill their roles and further MeetnGreetMe development;
– to fuel MeetnGreetMe ecosystem;
– to exclude a costly middleman from the money transfer process in the future, make it transparent and convenient for the parties regardless of their geographical location.

Video -

Monday, March 18, 2019

Why the Crypto Market is Going Down

Is-the-bitcoin-repeating-itself

It appears that bitcoin’s (BTC) value is on a rollercoaster ride. The digital currency’s share price rose to its record-breaking high of $19,346 last year. A few months later, BTC plummeted to $5,967 and lost over 69% peak value. The value has been shaky for a while now. It soars each month and plunges in the same breath.

Why is BTC volatile?

Bitcoin is a currency, but it is traded as a commodity. Currently, there is a limited supply of this digital currency and lots of investors and customers demand for it. The market forces are responsible for setting the share price of bitcoin just like gold.
Why is the crypto market going down?
  • Bad Press: public perception of the currency is affected by headlines of crashes as well as negative statements by financial institutions questioning the validity of the currency. One example of this effect is the event in 2017 where the CEO of JP Morgan threatened to fire any worker that invests in bitcoin in his investment bank. The digital currency suffered a 6% loss in value immediately.
  • Inadequate security: for bitcoin to gain stability, merchants, and consumers need a safe spot to store funds. Sadly, security issues are affecting the trust as well as bitcoin use. Some notable events happened last year when two exchanges were robbed of their funds. Cyber thieves have also stolen lots of money from crypto exchanges.
  • Stringent government regulation: bitcoin is decentralized and has no central authority regulating it. This allows users to avoid regular payment processes. It is attractive to lots of users because it means zero inflation or the central It also attracts cyber thieves who love stealing without leaving a digital footprint. Governments have refused to adopt the currency because financial institutions and banks are concerned about their ability to promote laundering or commit crimes. Earlier this year, the finance minister of India said cryptocurrencies would not be recognized as a legal tender by the country. It will also discourage the adoption because of the widespread use in different illegal activities. Also, facebook requires crypto and bitcoin advertisers to pass through a stringent approval process. It also banned ads for initial coin offering.
  • Delay in the ruling of bitcoin ETF by SEC: experts also believe that the approval of this fund could cause BTC value to skyrocket. The application was previously rejected due to the volatility of the digital currency. The delay has affected other cryptos as well, not just BTC.

Saturday, March 16, 2019

The Most Profitable Crypto - Tron (TRX) 2019

Tron - the- most -profitable -crypto
TRON - (TRX)

TRON was seen amongst the top gainers in the crypto market this week increasing by 18.36% in the last 7 days with a market cap of around $3bn.
The main idea behind TRON’s blockchain technology is to “heal the internet” by constructing a worldwide free content entertainment system. This allows users to freely publish, store and own data, enabling them to own the rights to their content and make decisions about when, how and at what cost to share it.
n the digital entertainment world, TRON is a new kind of distributed system. It includes everything from streaming video to online gambling to social networks. Here the users themselves own the economy as Justin Sun, the creator of TRON wanted it to be.
Twitter username Wolf of Crypto, a Crypto investor, and a TRON enthusiast says:
Just talked to a guy into crypto and he called Verge and Tron shitcoins. I just laughed, went home and bought more of both.


TRONIX is the Cryptocurrency running on TRON which also supports other currencies in service of the distributed economy.
Justin Sun, the founder of TRON had announced a few days ago, the main net of TRON will be launched in advance. TRON supporters are delighted about the advance launch while some are skeptical about how the tech team will accelerate the development progress and the launch.
In a recent interview, Lucien Chen, the tech director of TRON, said:


We graded all functions according to the priority analysis of user needs. The main net launching in May will have all high priority functions. Functions with lower priority will be deployed later in the form of version upgrades. 


Lucien Chen claimed the release date of the test net will be March 31st with full functionalities.
Justin Sun, the former chief representative for Ripple is the founder of TRON which is amongst the top 20 coins in the crypto market today. With an average daily turnover of $3 million, nearly 50 thousand people own TRON worldwide.
Kevin, a Twitter user and a market observer stated:


At 5 cents, this coin is a STEAL!! Easily a top 5 coin for 2018 with 20x gain or probably more. TRON, top 5 highest volume alt coin, on major exchanges, and has all the ingredients to be on Coinbase and GDAX in the near future. TRON to the MOON! 


Despite the weekly gain, there have been criticisms from inside the TRON community against Justin Sun and Tron Foundation’s comments regarding alleged “paid” coverage of the Tron Main Net release covered by Reuters and Yahoo Finance as “exclusives”
Dan Holley a Twitter follower says,


You know these are paid press releases, right? Tantamount to purchasing ad space 

Despite TRON’s unnecessary buzz, market analysts believe the real value in the TRX team is their tech addition and the announcement of the Tron main net which will remove the ETH dependancy. There have been questions about the apparent “coin burn” which was expected soon. The Main Net release, coupled with a ‘good’ Bitcoin market would be the ideal environment for TRON. 

European Central Bank Just Showed Why Bitcoin is Better


The European Central Bank (ECB), the central bank for the Eurozone, is unwittingly boosting the case for cryptocurrency adoption, the community believes - and that’s exactly the last thing they want to be doing. This comes after they said they could always create money, and the crypto community was quick to reply with accusations of scamming.
The bank had started a Twitter thread under the hashtag #AskECB, and Twitter user @Gianluca844 took the chance to ask, “Where did you get the money for the [quantitative easing]?” The bank replied:


The quote was attributed to Peter Praet, executive board member and chief economist of the ECB.
Quantitative easing (QE), also known as large-scale asset purchases, is an expansionary monetary policy whereby a central bank, which is the ECB in this case, buys predetermined amounts of government bonds or other financial assets in order to stimulate the economy and increase liquidity.
This operation started in 2015 and was finished by the end of 2018, during which the ECB has spent EUR 2.6 trillion (USD 3 trillion), buying up mostly government but also corporate debt, asset-backed securities, and covered bonds, at a pace of EUR 1.3 million a minute, according to Reuters. That equates to roughly 7,600 euros (BTC 2.23) for every person in the currency bloc.
The cryptocurrency community took issue with the reply, with many tweeting gifs of the Bitconnect Ponzi scheme, which has since its downfall become synonymous with shady doings.
“Central banks are marketing bitcoin better than we can,” replied Twitter user @zackvoell, while user @wiz has more to say: “The world is now opening their eyes to your scam of robbing people of their purchasing power by endlessly printing bank notes on worthless paper. The global economy will implement a new Bitcoin standard to opt-out of your scam and prevent further theft by central banks.”
"As a reminder, when central banks and governments decide to simply print more money, they are stealing wealth from the majority of the population and enriching the elites. According to the [International Monetary Fund], inflation is one of the leading causes of income inequality in the world," Anthony Pompliano, co-founder and partner at Morgan Creek Digital, a digital asset management firm, wrote in his newsletter.
He went further to explain that "inflation leads to rising prices for real assets (real estate, etc), which are owned by the elites generally."
"Central banks may be able to print more fiat dollars, but eventually the Ponzi scheme will end. When it does, Bitcoin will be there, as scarce as ever, with the inability for anyone to print more," the famous Bitcoin bull concluded.
An interesting point was raised by user @spiroseliot, who tweeted a picture of a street, supposedly in Venezuela, filled with paper money that was rendered worthless due to the country’s recent hyperinflation.

One of the main points that Bitcoin proponents raise as an advantage over central bank policies is the fact that Bitcoin is capped at 21 million units, which means that in times of shortage, it cannot be printed, which prevents inflation. However, due to the laws of supply and demand, the price of individual bitcoins would rise. Additionally, due to it's decentralized and mathematically specified nature, the asset cannot be controlled by any given entity.
On the other hand, the QE was launched as a way to prevent sub-zero inflation from further hitting an economy still reeling from the euro zone debt crisis in March 2015. While it did lift economic growth, helping the rise of wages and lending while keeping inflation subdued, the ECB has also been criticized because the bond buying has depressed interest rates and hurt European banks’ profitability.
Meanwhile, the Basel Committee, the primary global standard setter for the prudential regulation of banks, stressed that "crypto-assets" [that] are at times referred to as "crypto-currencies", do not reliably provide the standard functions of money and are unsafe to rely on as a medium of exchange or store of value.
"Crypto-assets are not legal tender, and are not backed by any government or public authority," the Committee said in an announcement today.
"They present a number of risks for banks, including liquidity risk; credit risk; market risk; operational risk (including fraud and cyber risks); money laundering and terrorist financing risk; and legal and reputation risks," it added.

Tuesday, March 12, 2019

The World Wide Web — not the internet — turns 30 years old

Is that a dial-up modem ringing in your ears, or are you just looking at today’s Google Doodle? It might be both, because March 12 marks a special moment in the history of the internet — the birthday of the World Wide Web.
The series of tubes we know and love as the web is now a sprightly 30 years old. The www you see in your browser’s address bar when you access a URL, a.k.a. the web, a.k.a. what helps keep you tethered to your screens, is barely a millennial; indeed, the web is 18 years younger than email, and two years younger than the GIF.
Wondering what the difference is between the world wide web and the internet? Rethinking your ability to explain what the web actually is? Strap in, because the answers are fun and inspiring, and there’s no time like a birthday to time travel through internet history.

Before there was the web, there were the internet — a.k.a. ARPANET

A quick refresher on the basics: The first person to invent anything like the modern computer was British mathematician Charles Babbage, who spent the 1820s and ‘30s developing the concept for a programming machine which contained the equivalent of a modern computer processing unit. About 110 years later, scientists finally built what would become the modern computer as we know it, and the first computer company, the Electronic Controls Company, was founded.
The internet, however, comes to us not from a computer company, but direct from the United States’ Cold War military strategy. In the 1960s, American intelligence officials were seeking ways to diversify their information caches, not only so that information would be easier to share among operatives but so that, if foreign agents managed to destroy one cache, they wouldn’t be destroying all of the military’s intel. At the time, the military organization ARPA, short for the Advanced Research Projects Agency, was a pioneer in computer innovation.
Enter two young MIT grad students named Leonard Kleinrock and Larry Roberts. In 1961, Kleinrock developed his thesis around the idea that computers could talk to each other if they could carve up their information into tiny, easily transferrable packets. In 1966, Roberts took this idea to ARPA and used it to build something called the ARPANET. A US Defense project, it was the first working computer network and formed the basis for the modern internet. A few years later, two more ARPANET architects, Bob Kahn, and Vint Cerf, created the modern internet protocols for information-sharing between computers that are still in use today.
In a nutshell, the internet still runs on Kleinrock’s basic idea — the dissemination of information that’s split up into small amounts for easy transmittal. But these days, it’s a little more elaborate: Namely, it’s what connects our phones and laptops to servers full of information and puts content on our screens when we type in website addresses. It does this via the World Wide Web. And we have tech legend Sir Tim Berners-Lee to thank for it.

Sir Tim Berners-Lee basically jotted down the design of the World Wide Web for kicks, no big deal

The internet and the web are not the same things, even though we frequently talk about them as if the two terms are interchangeable. The internet is a giant network of computers that are united by their ability to communicate and exchange information through the network. When you go “online,” you’re putting your computer in touch with all the millions of other computers that are connected to the network, a.k.a. the internet.
The World Wide Web is a universally accepted way of accessing the internet. If the internet is an invisible information superhighway, the web is the magic carpet that lets you travel along the highway, allowing you to comprehend everything you do and see along the way — almost as if you’re soaring, tumbling, freewheeling through an endless diamond sky.
The web as we know it was first formalized as a plan by Tim Berners-Lee when he was barely over 30 himself. The year was 1989, and Berners-Lee, a former trainspotter turned physicist turned self-taught computer scientist, was working at CERN, the famed particle physics lab in Switzerland, as a computer research fellow.
Computers had been talking to each other for decades by this point, ever since ARPANET really got things underway. Email and newsgroups were both well-established. The operating system Unix had been around since the ‘70s. Hell, video games had been around 1958. (The first video game looked like this.)
But there was no integrated system for how to easily write, transmit, and store interconnected information across computers in an organized way. There was no streamlined system for how to put information on a server and then allow all computer users in a network to easily access it.
So Berners-Lee sat down and wrote one.
On March 12, 1989, Berners-Lee submitted an information management proposal to his boss — astonishingly called “Information Management: A Proposal.” Within that proposal, as shown in the diagram below, he outlined his idea for a computerized system that would allow users to write, format, and interlink content (think: webpages) through hypertext (think: links you click on to get to webpages).

In the proposal, Berners-Lee modestly spoke of wanting to use hypertext, a.k.a. links, to help CERN deal with information storage issues. The ability to run a clean interface, e.g. your web browser, to present messy, complicated computer code to the user in a nice friendly, the universally standardized format would, he noted, “be a boon for the world.”
This is how he first conceptualized the concept of a browser receiving information from a server:
His boss’s response? “Vague, but exciting.”
And just like that, the internet was born. Berners-Lee got permission to build his system-thingy, which he modestly named “the World Wide Web.” Throughout 1990 he would go on to write the world’s first web server and the world’s first browser client, and to dictate the way computers parse URLs, HTTP, and HTML. So basically, this guy invented the way that we access and consume information on the internet.
Wondering what the very first web address was? It was a CERN address, the modest http://info.cern.ch/. It’s still online today, and it’s a tiny Brutalist gem.
As for Berners-Lee, he went on to become a major internet thought leader, and an outspoken proponent of Net Neutrality. He was among the first people inducted to the Internet Hall of Fame in 2012. He was knighted for the feat of creating the World Wide Web, in what was surely the most justifiable knighting since Heath Ledger. And since we have him to thank for the fact that I can embed A Knight’s Tale jokes in an otherwise serious piece about the history of computing, I doff my cap and bells in your honor, Tim. Thanks for the last 30 years of connectivity and culture.

Monday, March 11, 2019

Digital Driving License: a new way of handling documents

With every aspect of living turning digital the few left to be physical are becoming a burden now. it is not preferable or even advisable to carry things around which if lost would be a risk and cause damage. These high-security things are nothing but the cards of permit and identification. Steps are now being taken to make cards like driving license to be preserved on your android to avoid the risk of it getting destroyed or lost.
THE DIGITAL DRIVING LICENSE
The main idea is to store your driving license on your android so that it can be produced as and when required. Also, the safety issues are solved by this. A lot can be made easy with this Digital Driving License. Things like checking the age limit can be made easy. It is easy to make duplicate ID cards in the physical world. But with digital storage, duplication will rather be a difficult job.
DRAWBACKS
Though the bright side is too bright to ignore there are other things too of equal importance. Using the Digital Driving License will give you control over who can see your ID cards but the question of who can access is still unanswered.
The person will have comparatively less control over who can access the Digital Driving License. The user can pin-protect the phone and the App that will store the data. But these security measures will safeguard it from the physical world. The virtual world can still break into your phone. And this is a serious issue.
Also, the phone should always be in a state to produce the license. If some internal issues of the phone refrain you from doing the task it will be a difficulty. Google is working on solving these issues.
Researchers are considering a lot of new things in this. Some of them being
IDENTITY CREDENTIAL API
IdentityCredential uses the protocol of key exchanges that the ISO18013-5 standard uses for mobile driving license. The identity credential API now only supports the driving licenses but also many other documents like the passports too. Though we won’t be seeing them anytime soon.
Static and dynamic authentication will be the security systems that will protect the documents. The static authentication involves keys that the issuing authority issued. Whereas dynamic authentication involves keys created by the device’s security hardware.
Dynamic authentication is difficult to attack and track user data. This is why it will be of great help.
HOW WILL IT PROTECT?
The android app can present an IdentityCredential by asking it to initiate a wireless connection via NFC. Apps will be guarding these kinds of communications by requesting for permission as dialog boxes or password protections.
CONCLUSION
Google though starting this project in order to digitize driving licenses, the journey won’t end here. The company looks forward to digitizing all the documents that usually the people need to carry around with them. The research is still on and will be bearing fruits soon is all we can hope as of now. the day this comes true the world will witness digitization of mankind in its true sense.

Safe 5G: solution to security found


From 2G to 3G to 4G and now 5G we are only getting better. There have been a lot of concerns surrounding 5G all these days. But times seem to change. Every lock has a key similarly every problem has a solution. 5G is finally a safe network.
A SOLUTION FINALLY!!
The High-Performance Networks research group at the University of Bristol’s Smart Internet Lab carried out some research regarding 5G. Many security vulnerabilities of 5G networks are existing today. The research was followed by a competitive peer review selection process.
The team presented these results at a highly prestigious post-deadline paper in the Optical Fiber Communication Conference, San Diego, USA.
The solution that the team has found enables 5G network operators to offer very secure 5G services and also guaranteeing ultra-low latency and high bandwidth communication. This has become possible due to the novel combination of quantum and infrastructure visualization technologies.
THE CHANGED TELECOMMUNICATION INDUSTRY
Many of us have seen the telecommunication industry grow and flourish and come to the position it holds today. A lot has changed in these years. The classes of network communication services that have traditionally been the work of proprietary, dedicated hardware have now acquired a virtual face and hosted themselves in commodity computing servers. This is commonly known as “Network Softwareisation”.
THE RISK OF THE CHANGE
The software has now replaced the critical network communication function and distributed itself across the internet. This has imposed significant security risk for telecommunication network especially the 5G network. The 5G network is at a greater risk because it relies completely on the software architectures. Any attempt to tamper with this visualized network functions will put the whole internet and its users at risk.
THE KEY TO THE LOCK
The researchers have found the answer to this. The new research has addressed this problem with a new, fully programmable network virtualization platform leveraging on Quantum technologies for securing function virtualization and service orchestration.
HOW DOES IT WORK?
The proposed quantum-secured 5G virtualization platform has the capability of working across multiple 5G operator networks. it utilizes the advanced and standard complaint virtualization technology to create on-demand complex and collaborative 5G network service for the operators’ domain.
Professor Reza Nejabati, Head of the HPN Research Group said, “Hardware and software technologies reported in this paper can potentially revolutionize 5G networks. They empower network operators to leverage the flexibility and programmability offered by virtualization technology in order to create new types of internet services while taking advantages of transmission at the speed of light and also securing the system using quantum technology”.
CONCLUSION
5G networks are the future of not only the telecommunication industry but also the world we live in. from a distance, it might seem just a change in the network speed but considering the dependency of us humans on networks this is going to be a milestone in the history of humans too. Humans have always craved from bigger and better things. And it is this undying thirst for advancement that is actually taking us ahead.