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Showing posts with label ENCRYPTION. Show all posts
Showing posts with label ENCRYPTION. Show all posts
  • HITLER'S ENCRYPTION EQUIPMENT FOR SALE ON EBAY

    Just the name of ADOLF HITLER gives me chills. Sudden wave of fear hits me. My brain gets ceased with the dreadful thoughts of the tortures that people faced in concentration camps. KEEPING MY FEARS ASIDE. We have a news for you.

    A World War II-era coding machine used to exchange messages between Adolf Hitler and his generals has been found for sale on eBay for about $13.87.
    For codebreakers with the allied forces, it was more important a discovery than the Enigma machine, offering encryption for the Nazi command that, when cracked, would hasten the end of the second world war and lead to huge breakthroughs in modern computing. Less than 80 years later, for a thrifty woman in Essex, the “telegram machine” was little more than a dusty old gadget languishing in the garden shed. But after an eagle-eyed volunteer with the National Museum of Computing (NMC) spotted an ad on eBay this week, the extremely rare, military-issue Lorenz teleprinter has been saved and provides the latest piece in international efforts to rebuild Hitler’s complete encoding device.After finding the component on the online auction site, and receiving a long-term loan of the Lorenz SZ42 cipher machine from the Norwegian Armed Forces Museum in Oslo, the NMC is now looking for the final parts to restore the encoder to working order.“To do that we have to replace some missing components, in particular the drive motor – and it’s the drive motor that’s our next quest,” said John Whetter, a volunteer engineer with the NMC.



    Whetter and his colleagues are calling for people across the country to search their sheds and attics for the device, which looks like a small rugby ball with spindles poking out of either end.It was just such a coincidence that led to the museum getting its hands on their Lorenz teleprinter, after they spotted it for sale. “I think it was described as a telegram machine, but we recognised it as a Lorenz teleprinter,” Whetter said. They rang the seller and drove to down to Essex to take a look for themselves. “The person took us down the garden to the shed and in the shed was the Lorenz teleprinter in its original carrying case,” Whetter said. They snapped it up for £9.50.But the true value of their purchase was yet to become clear. It was only after cleaning the machine at Bletchley Park, where the museum is based, that they found it was a genuine military issue teleprinter, complete with swastika detailing and even a special key for the runic Waffen-SS insignia.Together with the cipher machine from Norway, the teleprinter almost completes the museum’s set of encryption, interception and decryption equipment, which will allow them to tell from beginning to end the tale of how the allies broke Germany’s secret codes.Having heard the story of the teleprinter’s discovery on the BBC on Sunday, two former pupils of a school in Finchley, north London, have raised hopes of finding the drive motor. One said he would never forget seeing one on a cabinet in the the headmaster’s office while he was being caned.Another said there had been a Lorenz machine in the head’s classroom. The NMC is chasing down the leads.



    More complex than the famous Enigma code, the Lorenz cipher could be broken only thanks to the mathematician Bill Tutte, who deduced the architecture of a Lorenz machine without ever having seen one.The decoding of the top-secret Lorenz messages is credited with shortening the war and saving countless lives. “It was the highest possible level of security used by the German high command,” Whetter said.The museum is hoping to recreate the encryption and decryption process at a special event on Friday.



  • A new dawn of Cryptography

    The new method creates truly random numbers with less computational effort than other methods, which could facilitate significantly higher levels of security for everything from consumer credit card transactions to military communications.


    Computer science professor David Zuckerman and graduate student Eshan Chattopadhyay will present research about their method in June at the annual Symposium on Theory of Computing (STOC), the Association for Computing Machinery's premier theoretical computer science conference. An invitation to present at the conference is based on a rigorous peer review process to evaluate the work's correctness and significance. Their paper will be one of three receiving the STOC Best Paper Award.

    "This is a problem I've come back to over and over again for more than 20 years," says Zuckerman. "I'm thrilled to have solved it."

    Chattopadhyay and Zuckerman publicly released a draft paper describing their method for making random numbers in an online forum last year (http://eccc.hpi-web.de/report/2015/119/). In a field more accustomed to small, incremental improvements, the computer science community hailed the method, suggesting that, compared with earlier methods, this one is light years ahead. Oded Goldreich, a professor of computer science at the Weizmann Institute of Science in Israel, commented that even if it had only been a moderate improvement over existing methods, it would have justified a "night-long party."
    "When I heard about it, I couldn't sleep," says Yael Kalai, a senior researcher working in cryptography at Microsoft Research New England who has also worked on randomness extraction. "I was so excited. I couldn't believe it. I ran to the (online) archive to look at the paper. It's really a masterpiece."
    The new method takes two weakly random sequences of numbers and turns them into one sequence of truly random numbers. Weakly random sequences, such as air temperatures and stock market prices sampled over time, harbor predictable patterns. Truly random sequences have nothing predictable about them, like a coin toss.

    The new research seems to defy that old adage in computer programming, "Garbage in, garbage out." In fact, it's the latest, most powerful addition to a class of methods that Zuckerman pioneered in the 1990s called randomness extractors.

    Previous versions of randomness extractors were less practical because they either required that one of the two source sequences be truly random (which presents a chicken or the egg problem) or that both source sequences be close to truly random. This new method sidesteps both of those restrictions and allows the use of two sequences that are only weakly random.

    An important application for random numbers is in generating keys for data encryption that are hard for hackers to crack. Data encryption is critical for making secure credit card purchases and bank transactions, keeping personal medical data private and shielding military communications from enemies, among many practical applications.

    Zuckerman says that although there are already methods for producing high-quality random numbers, they are very computationally demanding. His method produces higher quality randomness with less effort.
    "One common way that encryption is misused is by not using high-quality randomness," says Zuckerman. "So in that sense, by making it easier to get high-quality randomness, our methods could improve security."
    Their paper shows how to generate only one truly random number -- akin to one coin toss -- but Zuckerman's former student Xin Li has already demonstrated how to expand it to create sequences of many more random numbers.

    The website where Zuckerman and Chattopadhyay posted their draft last summer, called the Electronic Colloquium on Computational Complexity, allows researchers to share their work and receive feedback before publishing final versions in journals or at conferences. Computer scientists and mathematicians have been carefully reviewing the article, providing suggestions and even extending the method to make it more powerful.
  • WhatsApp introduces end-to-end encryption feature : Everything Till now

    WhatsApp has a new end-to-end encryption feature feature few days ago , and it promises a more secure and private communication between users.In its official website, WhatsApp reiterated its dedication to privacy and providing a secure line of messaging among its 1 billion users worldwide ever since its release in 2010.



    Available on the latest version of the app, users will no longer have to worry about their messages being pried into by hackers or the similar-minded people.

    “When end-to-end encrypted, your messages, photos, videos, voice messages, documents, and calls are secured from falling into the wrong hands,” the website reads.End-to-end encryption simply means the message sent through WhatsApp can only be read by the sender and the recipient, no one in between, not even the app.

    WhatsApp’s owes its new privacy measure to Open Whisper Systems, the company that developed Signal Protocol.According to the company’s website, integration of the new security protocol started last year and was completed last April 5 across all platforms of WhatsApp.

    These include “chats, group chats, attachments, voice notes, and voice calls across Android, iPhone, Windows Phone, Nokia S40, Nokia S60, Blackberry, and BB10.”

    WhatsApp’s encryption is turned on by default for all users

    Users so far have no choice to opt out of the encryption for now (considering the number of encryption cases popping up worldwide, we are pretty sure nobody would want to opt out). As long as you have an updated version of the WhatsApp app on your supported mobile platform, you and your friends can now enjoy the perks of secure and end-to-end encrypted conversations turned on by default without any extra taps.

    How do I know that encryption is switched on?

    Well you simply tap on the profile or the info page(tap on the name in the header) of your contact, where you will find a section describing the status of the encryption of your chats and calls.The latest version of Whatsapp app

    No matter which platform you are on, you may have noticed a slew of updates (like on iOS) that claimed “Bug fixes” coming in the past few days. Indeed, this was the WhatsApp team making a couple of tweaks, with most of it coming from the server side and some for a user’s smartphone. With that said, you and your friends will need update their respective WhatsApp apps on their respective smartphones that run different mobile operating systems (Android, iOS etc.). If your friend has not updated their app to the latest version you will be notified about the same in the info page under encryption.

    The verification mess

    Upon accessing the info page, you will be able to check on the status of your encryption. The point to be noted here is that it is turned on by default, meaning you do not need to go any further.

    Only those who updated their app later or changed their smartphone after the time the encryption was rolled out who will need to access this area to verify (or check) whether their encryption is working or not (in all probability it will be, but more on that in our next pointer). So for the most of us, we will not need to tap on the Encryption section.

    It is still a bit of a mess

    Even though most will not need to access the Encryption section on the info page, users may have noticed that some of their friends even with their updated versions of the app still show that their messages are not encrypted. While the WhatsApp states that their apps may not be updated to the latest one, we think that this is a bug. We tested out the same in our office and with one iOS user connecting to an Android user, things worked fine.

    WhatsApp Encryption problems

    With another Android user however, it kept showing encryption turned off even though the iOS user was greeted with a chat encryption turned on message. This could either be a bug, or its just that the feature is gradually rolling out server side, so there is absolutely no indeed no need to panic.

    End-to-end encryption

    End-to-end encryption on WhatsApp applies to everything or every feature that is available on WhatsApp. Whether it’s calls, messages, photos, videos, files, and even voice messages, all of them will be encrypted. So technically nobody apart from you or your friend will be able to understand them. In transit from one device to another the data will only appear to be garbled text without the keys to put that text together, which resides on devices being used to communicate. Moreover, there are separate keys for each conversation or chat so WhatsApp has provided something really secure indeed.
  • Whatsapp Encrypts Our Chats




     WhatsApp has reinforced the default encryption settings for more than a billion users so that all messages will now be accessible only to the sender and recipientThe popular service owned by Facebook began applying "end-to-end" encryption to standard messages sent on Android smartphones in 2014.
    The company says it is now using a powerful form of encryption to protect the security of photos, videos, group chats and voice calls in addition to the text messages sent by more than a billion users around the globe.

    After gradually expanding to other formats, WhatsApp confirmed on Tuesday that the encryption now works with all forms of communication on its app for Android phones, Apple's iPhones and other devices.

    Encryption has become a hotly debated subject, with some US authorities warning that criminals and armed groups can use it to hide their tracks.

    "WhatsApp has always prioritised making your data and communication as secure as possible," a blog post by WhatsApp co-founders Jan Koum and Brian Acton said, announcing the change.

    "And today, we're proud to announce that we've completed a technological development that makes WhatsApp a leader in protecting your private communication: full end-to-end encryption."

    This means that "when you send a message, the only person who can read it is the person or group chat that you send that message to," the statement said.

    "No one can see inside that message. Not cybercriminals. Not hackers. Not oppressive regimes. Not even us."

    However, while many advocates for more privacy welcomed the move, some still maintained that the meta-data - which records who is speaking to whom, as well as the date and time of the messages - can still be accessed.

    Google, Facebook and Yahoo use less extensive encryption to protect emails and messages while they are in transit, to prevent outsiders from eavesdropping.

    Apple uses end-to-end encryption for its iMessage service, but some experts say WhatsApp's method may be more secure because it provides a security code that senders and recipients can use to verify a message came from someone they know - and not from a hacker posing as a friend.

  • WhatsApp Decided to Apply Encryption Scheme on Voice Calls

    WhatsApp has decided to expand its encryption scheme to voice calls, as the fight between the U.S. government and Apple expands to include other major technology firms.


     WhatsApp, Snapchat, Facebook and Google are now all working on their own systems to increase user privacy and keep government hands off of messaging data. As the court battle between Apple and the U.S. Department of Justice rages on, many major Silicon Valley companies -- supporters of Apple in its resistance to handing over encryption backdoors to U.S. law enforcement -- have announced their own projects to increase the privacy and encryption of data exchanged on their platforms as well.

    Google is considering enforcing other products with the end-to-end encryption used for Gmail. Snapchat has said it's working on its own security measures. And Facebook's WhatsApp messenger has announced plans to encrypt voice calls and group messages this week, according to an exclusive report by The Guardian.
    Lines Drawn
    Virtually every technology firm has at least explored, if not implemented, encryption schemes for data exchanged on their platforms, but the wave of new data security measures can -- without question -- be seen as a response to the fight between Apple and the FBI.

    As Latin Post previously reported, the FBI attempted, through a court order, to compel Apple to create a modified, less secure version of its iOS operating system. The agency wanted to use the custom version of iOS to bypass security features on the encrypted iPhone owned by one of the San Bernardino shooters.

    But Apple balked at the order, saying that it amounted to compelling a company to create a so-called backdoor that could make any iPhone insecure. The company claimed this would open a veritable Pandora's Box that could undermine the privacy of all Apple users -- and likely the company itself -- if it were to ever leak from the agency's control.

    Beyond that practical argument, the fight between Apple and the Department of Justice has gotten uglier and more personal recently, with prosecutors questioning Apple's motives and honesty. At the same time, Facebook, Google and other heavyweights have joined in publicly on Apple's side.
    Battle Brewing

    If Facebook, Google and others filing amicus briefs on behalf of their Cupertino rival wasn't enough to show the growing divide between the government and Silicon Valley, announced expansions to encryption programs certainly is.

    Of particular note in the growing encryption battle is WhatsApp, one of the world's most popular free messaging services, which is owned by Facebook. The app already encrypts users' messages by default, but the company has made a major, costly move by extending encryption to voice calls. WhatsApp isn't expanding encryption as just a show of support for Apple, though.
    It Could Get Ugly
    In fact, WhatsApp, and Facebook by extension, has been locked in its own battle with a government ordering it to decrypt user messages. That controversy has already gotten much more unpleasant than anything between Apple and the FBI.

    This year, Brazil's federal government has repeatedly ordered WhatsApp to decrypt user messages that police forces say will provide key evidence against drug traffickers and other unsavory criminal elements in the country.

    WhatsApp has responded to the Brazilian government much as Apple has to the FBI, saying it literally had no technical ability to provide those messages. Twice this year, Brazil has blocked WhatsApp from operating in the country as a result, though only temporarily after Brazilians protested because they depend on the app for daily communication.

    Beyond temporary blocks, and beyond anything Apple has experienced with the U.S. government, Brazilian federal police actually arrested Facebook's VP for Latin America in early March for "repeated non-compliance" with government decryption orders. That, too, was only temporary. The executive's detention was reversed only hours later, after a higher court found the arrest to be "extreme and disproportionate."

    But it ominously shows where the encryption battle between technology companies and governments may be headed, even more so now that Silicon Valley is beefing up its security and closing ranks with Apple.
  • A milestone in Encryption

    World’s first scalable quantum computer has been designed and constructed by researchers at MIT and University of Innsbruck, it is going to be a milestone in encryption and security technology.'
     

    MIT Professor Peter Shor’s algorithm (1994) was carried out using laser pulses and atoms. It used 5 atoms and each of them was able to correctly factor 15. Together these atoms are so designed that they can factor much larger numbers, making it the only system that is capable of scaling Shor’s Algorithm.


    Isaac Chuang, professor at MIT, says that, “The algorithm is the most complex quantum algorithm known, but it can be upgraded in a laboratory setting”.Chuang had designed a computer in 2001 based on a molecule that could be held manipulated through nuclear magnetic resonance to factor the number 15. Those results were not scalable.


    Unlike traditional computing, which relies on 0s and 1s to carry out algorithmic instructions, quantum computing relies on qubits, which are atomic-scale units that can be 0 and 1 simultaneously, a state known as "superposition." That allows a supercomputer to carry out two separate lines of instructions at the same time, for example."We've been hearing about quantum computers for many years and the concerns about how they may be able to break existing encryption schemes," said Steve Pate, chief architect at HyTrust.


    "3DES -- pronounced trip-DES -- is a mode of the DES encryption algorithm that encrypts data three times. Three 64-bit keys are used, instead of one, for an overall key length of 192 bits. The first encryption is encrypted with a second key, and the resulting cipher text is again encrypted with a third key," Pate explained."This improves the security of the algorithm and uses a larger key size but makes the overall encryption/decryption time longer," he said.


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