DgFlick Passport Xpress is an application designed to help you create passport packages and hence have adequate pictures to use for your driver license, ID card, visa, visiting cards, exams IDs or even passport renewal application. The application includes a built-in industry standard sizes and ready packages that let you generate instant packages for your identification documents. The program comes with clean, appealing looks and intuitive functionality allowing you to select a desired layout.
Create passport and visa packages in seconds.Set default location of photos and automatically load the path every time.330 built-in packages.Mix packages having multiple photo sizes including text, fields to add names.Multi photo zooming and panning.Print your packages as soon as you design them.Passport creation is automatic, easy and fast.Offers color correction, BCG, Curves and levels with individual color channels.Convert packages in JPG that can be printed anywhere.Facearea guidelines to maintain the face percentage visibility as per the requirements of visa.
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Given the fact one of the key selling points of the BlackBerry Passport according to BlackBerry is that it's 'optimized for viewing and input' you would think the decision to put a fantastic display in the device would be an an easy one, right? Well, they did, so no need to worry there. The 1440x1440 LCD panel they went with is bright, gorgeous, and renders colors beautifully in my opinion.
Battery life. The Achilles heel of pretty much every smartphone these days. On the BlackBerry Passport, BlackBerry attempted to not make this a concern. Did they succeed? Well, in my opinion, yes. The BlackBerry Passport includes a massive 3450mAh battery and while there are arguments to be had about whether or not they should have stuck with a removable battery, I don't personally think it's that big of a deal. In my testing, the BlackBerry Passport survived a full day in any use case and while some nights when usage was heavy I HAD to charge it, there were also nights when usage wasn't as heavy and if I forgot to charge it there was more than enough juice to get me up and running in the morning and into the afternoon.
What's a smartphone if it can't perform as a phone, right? Thankfully, BlackBerry has never had any issues in that area and with the BlackBerry Passport it remains that way. The BlackBerry Passport makes great, clear phone calls thanks to BlackBerry Natural Sound which now enhances calls over the network, HD Voice calling, and BlackBerry's new and unique feature called Active Leak Compensation, which automatically adjusts the call volume based on how close you hold the BlackBerry Passport smartphone to your ear.
And those are just the items that BlackBerry felt were important enough to note. There's plenty of other little touches and moments of charm that make BlackBerry OS 10.3 feel more complete over its earlier versions so hang tight for our full review, it won't be long until we get that posted up. I know it's a bit clichè at this point and we say it with every large OS update but this is what BlackBerry 10 should have launched with. It's so feature rich now compared to the bare bones 10.0 release we all started BlackBerry 10 with.
The 'for me' part is probably the most important part there and I highlight that because I know not everyone is going to love the BlackBerry Passport, even if they diehard QWERTY fans. Some are going to find it too big, some are not going to like the three-row keyboard with its contextual awareness and trackpad integration and some quite frankly are just going to be turned off by the look of the device. That said, I highly encourage you to not dismiss the device without actually giving it a real go. The BlackBerry Passport really is a productivity machine. I found myself responding to emails more, loading up full web pages more, more willing to complete tasks that I'd normally wait to get back to a computer to complete such as invoices through Documents To Go and Word To Go and more. The big, wide display makes you want to try things you'd never try on a skinny, tall smartphone and that's actually rather awesome.
Weak and easy-to-guess passwords make even the soundest cybersecurity strategy easy to bypass. If a hacker guesses or cracks a password, the intruder can access your account or system without raising the alarm and compromise whatever asset you kept safe behind a password.
The guide below provides 11 strong password ideas that will help you stay a step ahead of hackers. We also explain the difference between sound and weak passphrases, provide tips on improving current passwords, and show the main methods hackers rely on to crack credentials.
While 89&^598 is entirely random, the first password is less secure than the second one. A password-cracking program could guess the 89&^598 in about 44 hours while cracking ILoveMyCatLordStewart would require 7 years of constant processing.
You can use mathematical symbols and equations to create a strong password. These passwords are typically long and full of different symbols, making them an ideal passphrase choice. Some examples are:
If you decide to use this method, be careful not to use common misspellings (such as "acommodate"). Hackers feed cracking programs with password lists with all usual wording errors, so the more obscure your password is, the better.
A password manager keeps track of all your passwords and does the remembering for you. All you remember is the master password which grants access to the management program (which is, hopefully, a strong password protected with MFA).
Password managers keep passphrases safe with encryption. If someone successfully hacks the manager, password hashes would be useless without the decryption key, which is why sound key management is vital for these apps.
A brute force attack is a simple process in which a program automatically cycles through different possible combinations until it guesses the target password. These programs can easily crack simple and medium passwords.
An average brute force program can try over 15 million key attempts per second, so 9 minutes is enough to crack most seven-character passphrases. Brute force attacks are the main reason why we insist on a 12-character minimum for passwords.
Whereas a brute force attack tries every possible combination of symbols, numbers, and letters, a dictionary attack tries to crack the password via a prearranged list of words. This attack typically starts with common categories of words, such as:
A biometric passport (also known as an e-passport or a digital passport) is a traditional passport that has an embedded electronic microprocessor chip which contains biometric information that can be used to authenticate the identity of the passport holder. It uses contactless smart card technology, including a microprocessor chip (computer chip) and antenna (for both power to the chip and communication) embedded in the front or back cover, or centre page, of the passport. The passport's critical information is printed on the data page of the passport, repeated on the machine readable lines and stored in the chip. Public key infrastructure (PKI) is used to authenticate the data stored electronically in the passport chip, making it expensive and difficult to forge when all security mechanisms are fully and correctly implemented.
Many countries are moving towards issuing biometric passports to their citizens. Malaysia was the first country to issue biometric passports in 1998.[1] In December 2008, 60 countries were issuing such passports,[2] which increased to over 150 by mid-2019.[3]
The currently standardised biometrics used for this type of identification system are facial recognition, fingerprint recognition, and iris recognition. These were adopted after assessment of several different kinds of biometrics including retinal scan. Document and chip characteristics are documented in the International Civil Aviation Organization's (ICAO) Doc 9303 (ICAO 9303).[4] The ICAO defines the biometric file formats and communication protocols to be used in passports. Only the digital image (usually in JPEG or JPEG 2000 format) of each biometric feature is actually stored in the chip. The comparison of biometric features is performed outside the passport chip by electronic border control systems (e-borders). To store biometric data on the contactless chip, it includes a minimum of 32 kilobytes of EEPROM storage memory, and runs on an interface in accordance with the ISO/IEC 14443 international standard, amongst others. These standards intend interoperability between different countries and different manufacturers of passport books.
Some national identity cards, such as those from the Netherlands, Albania and Brazil, are fully ICAO 9303 compliant biometric travel documents. However others, such as the United States Passport Card, are not.[5]
Privacy proponents in many countries question and protest the lack of information about exactly what the passports' chip will contain, and whether they affect civil liberties. The main problem they point out is that data on the passports can be transferred with wireless RFID technology, which can become a major vulnerability. Although this could allow ID-check computers to obtain a person's information without a physical connection, it may also allow anyone with the necessary equipment to perform the same task. If the personal information and passport numbers on the chip are not encrypted, the information might wind up in the wrong hands.
Most security measures are designed against untrusted citizens (the "provers"), but the scientific security community recently also addressed the threats from untrustworthy verifiers, such as corrupt governmental organizations, or nations using poorly implemented, unsecure electronic systems.[28]New cryptographic solutions such as private biometrics are being proposed to mitigate threats of mass theft of identity. These are under scientific study, but not yet implemented in biometric passports. 2ff7e9595c
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