Search Results for "b-tree"

...It relies on BouncyCastle libraries for the cryptographic primitives. It uses file system folders to store keys, either single or key rings, organized as a nested tree of folders. It can also create lists of keys for bulk operations.

...Key Characteristics Vault-oriented model Encrypted data is treated as a sealed container-safe with explicit operations, not as a password-wrapped file. Dependency-free design The entire cryptographic surface is auditable in-tree. PetoronHash as the cryptographic core All key material derivation, diffusion, and internal transformations are driven by PetoronHash 1024-bit wide internal state The architecture uses a wide internal state to increase diffusion depth and structural safety margins. https://github.com/01alekseev/1654 Petoron | Ivan Alekseev | MIT license

...Tutti i dati crittati vengono gestiti da un file salvato in una posizione decisa dall'utente. E' possibile gestire più archivi, e salvarli su pen-drive o altro supporto removibile. . Container software to encrypt files. It is possible to create a tree of folders and manage them as you wish, the files inserted into the program are automatically encrypted and shown as in Windows Explorer. All encrypted data is managed by a file saved in a location decided by the user. It is possible to manage multiple archives and save them on a pen drive or other removable media. . Supported operating systems: Windows™ x86 / 64bit

HashOR can create 84 hashes from data or file input. It also can create a TTH and AICH.

...Usage is much more than a hash function. The NIST compatible settings are subject to change when they publish FIPS PUB 180-5. I wrote this program when evaluating the permutation and developing tree hashing for the Intel(R) MIC architecture.

...Use the keyword "stdout" to print to screen or for use with other programs like Aircrack-ng or Medusa ./wordpie.py | xargs -L 1 medusa -h 192.168.1.1 -u admin -M web-form -p ./wordpie.py -o stdout -A | aircrack-ng -b XX:XX:XX:XX:XX:XX -w - *.cap

...Let’s look at this now: Vdmbnld!`f`ho !Sdutsohof!whrhunsr!`oe!bnedsr-!une`x!H&l!fnhof!un!rinv!xnt!`o!houdsdruhof!unqhb!ui`u!hr-!inv!un!qsdq`sd!`o!dobsxquhno!rnguv`sd!trhof!B”!5/1!`oe!Vhoenvr!Gnslr/ Qsdsdpthrhudr!; 0/!Lhbsnrngu!Whrt`m!Rutehn/!) This is absolute fuzzy mess! That’s ‘encryption’ according to my software. Now feed this data back in the software you get usual form the plain English language. Put the same software at both terminals it may help in encoding and deciphering simultaneously

The Open Protocol for Access Control Identification and Ticketing with privacY, is a standard suite of Key Establishment and Authentication protocols based on ECC and AES, for optimized contactless transactions and simple PKI based Key management.

BlueOxygen Debus is the security implementation of tree for BlueOxygen Cimande. Originally this is a Cimande Security, but we found that there is several security that we can implement and we must test it, so we decouple it.

B-Trust eDoc is a program built on top of LibDigiDoc a free implementation of the OpenXAdES standard for signing/encrypting files using smartcard tokens. It also contains Openssl and PKCS11 wrapper classes in C++ which might be useful to developers.

The algorithm allows any kind of weights (costs, frequencies), including non-numerical ones. The {0, 1, ..., n-1} alphabet is used to encode message. Built tree is n-ary one.The algorithm is based on a set of template classes : Cell(SYMBOL, WEIGHT), Node(

The modWASTE project is used by WASTE developers to experiment with modifications that may be added to the main WASTE source tree. These modifications are experiments for WASTE 2. modWASTE may eventually contain features not avalible in WASTE.

<b>SicHer</b> is an encryption client that will allow secure chat across the internet using AES and a Diffe-Hellman key exchange.

This is a simple program to encode normal, ASCII text in to its ASCII value and then convert that number to roman numerals. Ideal for quick notes to friends that you don't want others to easily read. Unlike encryption though, I just described the algo

We're working on developing a standard encryption API for the Python language, and building a set of standard cryptography modules. The CVS tree is open to anyone who needs it for a Python/crypto related package.