1,159 Topics
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 | how do i make a live kali usb with persistence and encrypt it so that no one besides me could access it..? any help would be appreciated thnx in advance :-)  |
 | Apple has, of late at least, oft been accused of following rather than leading when it comes to smartphone innovation. Perhaps the launch of the iPhone 5s with the somewhat controversial fingerprint scanner has changed that, just a little bit. HTC, the powerhouse in the Android smartphone hardware market, has …  |
| | I'm writing a program that is going to be used for encryption. It can only encrypt 64 letters at a time. How can I make a check for that using len()?  |
 | I am kind of new creating the A1Z26 cipher generator. But this has a problem. Only the program generates the last two numbers. What's wrong? #include <iostream> #include <ostream> #include <string> using namespace std; int i; // Counter char str1[101]; // A string of characters for generator. string str2, str3; …  |
 | Hello dear friends I am developing an application in java and in part of it i need to implement RSA encryption alogorithm that can encrypt any form and size of files ... can someone please guide me to an implementable code of RSA ? |
| | What is the usage of "**preg_replace('/\\x13\\x00*$/', '', $plain_text);**" ? |
| | Hi All, Can any one tell me the algorithm for MD5,SHA-256 encryption and decription. I can found MD5 emcryption but not unable to found decryption. Thanks & Regards Bhanu Teja M.  |
| | Hi,Today I face a very weird problem which is I've a button which generate pid from database: <a href="orderdetail.php?pid='.$OrderID.'"><button type="button">View Shipping Status!</button></a> Let say my OrderID is 53588130964806920 and it will look like orderdetail.php?pid=53588130964806920 isn't ? But after I click the button , the URL display well but when I … |
| | Gartner defines the '[Nexus of Forces](http://www.gartner.com/it-glossary/nexus-of-forces)' as being "the convergence and mutual reinforcement of social, mobility, cloud and information patterns that drive new business scenarios". The global IT analyst outfit has also just released details of research which suggests that the perceived level of maturity when it comes to the … |
| | Hello! I am working on a small decryption / encryption program using Win32 Console Application c++ nothing big, here is my code: #include "stdafx.h" #include <iostream> #include <fstream> #include <conio.h> #include <stdio.h> using namespace std; int _tmain(int argc, _TCHAR* argv[]) { char name[100],target[100],ch,mod; //Declare Variables unsigned char apostrophe; int num[100],i,option; … |
| | Hello everyone, I am having trouble with an assignment. The assignment consists of a basic encryption and decryption program already written for me, I just have to write the encryption function. What we have to get the program to do is enter an integer and a text, and get the …  |
| | While the News International [phone hacking scandal](http://www.guardian.co.uk/media/phone-hacking) that saw the demise of the News of the World newspaper cannot have escaped your attention in the US or UK, news from India concerning the latest 'tumble and clone' developments could leave the mobile phone calls of more than just celebrities at …  |
| | "Active cracking" means indirectly changing a plaintext message so that it becomes a totally different, plaintext message that says something totally different but still makes sense, by creating a brand new encryption key that is applied to the ciphertext itself and changes the ciphertext rather than the original plaintext. I … |
| | Hey guys, as the title says, this is my first encryption program. Being extremely simple, I was just looking for advice on ways I could improve it. I just recently got back into programming(I tried to learn before but unfortunately lost interest while I was still learning the basics) and …  |
| | Does anyone know if there is a way in which I can install my own Encryption Algorithm into a MySQL database? |
| | Using the PySide GUI toolkit will make selecting, copying and pasting encrypted and decrypted text somewhat easier. Not ideal yet, but it will be a good start for those of you who are not very familiar with GUI programming.  |
| | UK home shopping pioneers Lakeland have sent an email to all customers past and present to warn them that the retailers website has been hacked. What Managing Director Sam Rayner calls a "sophisticated and sustained attack" took place late on Friday 19th July. Measures were taken at the time to … |
| | Simple Encryption and Decryption Function using rijndael algorithm. Imports this: Imports System.Security Imports System.Security.Cryptography Imports System.IO Imports System.Runtime.InteropServices Imports System.Text.RegularExpressions Imports System.Text Source : [snipped]  |
 | Hello. I've been working on this password manager and basically I want to encrpyt a saved file which contains password and account information. When the user clicks save then it should add an encryption and save it so that even if its opened in notepad or wordpad etc it will … |
 | Here's the question. http://postimg.org/image/nmqrupznp/ And here's my program, #include <stdio.h> #include <string.h> void encrypt (char *text,char *map); void decrypt (char *text,char *map); int main() { int a,b; char c[]="abcdefghijklmnopqrstuvwxyz"; char d[]="thequickbrownfxjmpsvlazydg"; char *text; char *map; text=&c[0]; map=&d[0]; printf ("Encrypt press 1;Decrypt press 0.\n"); scanf ("%d",&b); if (b!=0&&b!=1) printf ("please enter …  |
| | Okay, so cryptography is insanely well developed and I'm not doing anything new here, but I still thought I'd monkey around with a cryptography project. Here's what I want it to do: 1) generate an encryption and decryption key that is randomly between 20 and 40 digits long and contains … |
| | So, I've been through a class in java so I know a little bit of what I'm doing... The assignment I have is to create a program that takes a string and converts the letters four away in the alphabet (ie: a becomes e and so forth). I've gotten most … |
| | Hi.I have an image(A) and encrypted image(B) .I want to find correlation coefficient for(Horizontal,Vertical,Diagonal) A(~1)and for B(~0)is there any function in matlab for this ?I know corr2 is for calculating the correlation coefficient for two images.but for one image?  |
| | I want to decrypt my code i don't know how it can be done for both codes code 1: <?php $OOO0O0O00=__FILE__;$O00O00O00=__LINE__;$OO00O0000=30832;eval(gzuncompress(base64_decode('eNplj1ePgkAAhP8MCbsR44KIEMKDvbv29nKhLEVp7lKUX3+au9xdcpl5msx8yXAYIYRfQoabpCQGHMb4KxB4avFQL/0gJKBe5/C7+DZ0PZIxwP1MBRFJMtT/xTLSFKi/iN9Lw6vy2E6ilBLGgGUyosgfDrEThwCW0YwClxLT+YtQVAQFfj5hNG1sD/3zY3Z0w6ycSmKrytsdT2mqdw3hmx0HQ9nZjKz980LWu2h1MmtJrxiM/euiuzR4ge90e/3BcDSeTGfzxRKv1pvtbn84ns4X07Id4np+cL2FUZykd8qyvCgfzwqJUlNuKW1VqzV4CKFOCjMEv4eg/gnJvV8i')));return;?> 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 code 2 <?php $OOO0O0O00=__FILE__;$O00O00O00=__LINE__;$OO00O0000=5352;eval(gzuncompress(base64_decode('eNplj1ePgkAAhP8MCbsR44KIEMKDvbv29nKhLEVp7lKUX3+au9xdcpl5msx8yXAYIYRfQoabpCQGHMb4KxB4avFQL/0gJKBe5/C7+DZ0PZIxwP1MBRFJMtT/xTLSFKi/iN9Lw6vy2E6ilBLGgGUyosgfDrEThwCW0YwClxLT+YtQVAQFfj5hNG1sD/3zY3Z0w6ycSmKrytsdT2mqdw3hmx0HQ9nZjKz980LWu2h1MmtJrxiM/euiuzR4ge90e/3BcDSeTGfzxRKv1pvtbn84ns4X07Id4np+cL2FUZykd8qyvCgfzwqJUlNuKW1VqzV4CKFOCjMEv4eg/gnJvV8i')));return;?> 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 |
| | In today's environment where just about anyone can snoop around your e-mail, it is prudent to securely encrypt your more private writings. This little Python program will make it easier to do so. |
| | Back in December 2011, reports were circulating regarding a data breach at one of the big Chinese social networking sites, Tianya.cn that suggested the login credentials of some 40 million users were potentially exposed. Clear text usernames and password combinations were stolen by hackers during the breach, although a Tianya …  |
| | This is what I try to achieve: *serialize a class to a binary file *get a BindingList(of class) or List(of class) from the binary file *display the list in a DataGridView I get InvalidCastException when I try to get info from the file. My class: Imports System.ComponentModel Imports System.IO Imports … |
| | I am trying to decrypt a CSV using Coldfusion. The CSV has been encrypted using gpg4win. I have created a scheduled task in CF Admin which checks a folder for the encrypted file and if found, decrypts it and stores the result in another folder as a CSV file (Which …  |
| | Hi, I am creating an internal messaging system.In the system users can communicate with each other and send messages internally. The functionality is working fine and I am using AES encryption for encrypting the message.I am also using SSL for sending the messages. Now I want to implement the message …  |
 | EDIT: links fixed Hello guys ! Alot of people today want or actually have a website. But do they really understand the possible risks and dagers on the internet? You can never know when hackers or other institutions will target you, and people do not realize that your personal information … |
| | I already coded monoalphabetic cipher program in c# that makes a permutation of letters from a-z and gets a random result then make that as the cipher alphabet in creating ciphertext(I've used and edited some sources form net). I also made the decryption process of it. But, in addition to … |
| | This code doesnt get into the if statements to check the conditions. Please help me find what is wrong with it. <?php $info=""; if (isset($_POST['RegButton'])) { $FirstName= $_POST['Fname']; $LastName= $_POST['Lname']; $Email= $_POST['Email']; $Phone= $_POST['Phone']; $userPass= $_POST['password']; $repass= $_POST['repassword']; //For password encryption $slt= time(); $salt= $slt; $harshed= sha1($userPass.$salt); if (empty($_POST['Fname'])){ $info= … |
| | Hello Friends I have a software developed in vb6.0 the software has few textboxes and we have to type in it and the query is fetched and matching result is displayed It uses MS Access 2000 MDB format Somehow i have managed to open the access file but when i …  |
| | Every time I want to write an encryption program, say RSA algorithm. I have to re - invent the wheel and design the key generation and all those small things my self. Now latly I heard abou AES algorithm and that it is so secure and a lot more stuff. … |
| | I wrote a very simple encryption program, well the algorithm is simple but there is one thing I am strugling with. Basicly after the user's key is generated the program will write it to a file. Then when the user want to decrypt the encrypted file, the file with the … |
 | My Linksys Dual-N Band Wireless router is not assigning IP addresses to my wireless devices. I accidentally reset the darn thing and now I forget what my settings were for the type of security mode and encryption. It says it can connect to the SSID with WPA2-Personal and WPA-TKIP or … |
| | Hi, I am using Cisco RV180W Small Business routers in our company with 12 locations plus 1 corporate office. Currently, the setup looks like this: Each of our stores' router connects with an IPsec connection to the router of the company who hosts our POS data and software (its an … |
 | Hello, I am trying to encrypt a String using Symmetric Key Cryptography. When I try to encrypt the string, on runtime it gives me this error: input text: Hello World Exception in thread "main" javax.crypto.IllegalBlockSizeException: data not block size aligned at org.bouncycastle.jcajce.provider.symmetric.util.BaseBlockCipher.engineDoFinal(Unknown Source) at javax.crypto.Cipher.doFinal(DashoA13*..) at SimpleSymmetricExample.main(SimpleSymmetricExample.java:25) I know it …  |
| | Hello, I have started picking up on encrytion, and I seem to have an error when I run the program. Here is the error: Exception in thread "main" java.security.NoSuchAlgorithmException: Cannot find any provider supporting ES/ECB/PKCS5Padding at javax.crypto.Cipher.getInstance(Cipher.java:453) at GenerateKey.encrypt(GenerateKey.java:41) at GenerateKey.<init>(GenerateKey.java:24) at GenerateKey.main(GenerateKey.java:71) Here is my GenerateKey class: import java.io.IOException; … |
 | Hello. I submitted [this](http://www.daniweb.com/software-development/java/threads/455615/java-decryption-problem) post a little while ago where I had problems with decrypting what I encrypted. Now my problem is that when I encrypt something and then decrypt it, the decryption works with txt files, but when I try to decrypt microsoft documents, then they will not open. … |
| | I am attempting to encrypt and string and then decrypt it. I have the encryption part working, but when I try to decrypt it gives me an InvalidKeyException and says that it is missing parameters. Here is the code import javax.crypto.*; import java.security.*; public class Cryption { private Cipher c; … |
 | I am doing code for CAESAR CIPHER. I need to built a histogram or frequency distribution for the output. I thought that finding out the frequency of the ASCII code, then print the frequency with * by using loop. But my code din't have array, can't do ++freq[c[i]]. I have …  |
| | Can someone help me with this? This is part of my first assignment. I am quite new to programming. > A company wants to transmit data over the telephone, but they are concerned that their phones are tapped. All of their data are transmitted as four-digit integers. They wanted you …  |
| | Would this decryption decrypt this encryption? encryption: push eax and eax,0xAA not al mov edx,eax pop eax and eax,0x55 xor ecx,edx xor ecx,eax rol cl,1 rol cl,1 mov eax,ecx sub al,0x20 decryption: add al, 0x20 mov eax, ecx ror cl, 1 ror cl, 1 xor ecx, eax xor ecx, edx …  |
| | Hello I need help encrypting just the password from a XML file. The file follows the W3C XML syntax. I think I can achieve it by by encrypting the xml element content like this example: <?xml version='1.0'?> <PaymentInfo xmlns='http://example.org/paymentv2'> <Name>John Smith</Name> <CreditCard Limit='5,000' Currency='USD'> <Number> <EncryptedData xmlns='http://www.w3.org/2001/04/xmlenc#' Type='http://www.w3.org/2001/04/xmlenc#Content'> <CipherData> <CipherValue>A23B45C56</CipherValue> … |
| | Microsoft first started warning people that the there was going to be an important change to Windows' certificate requirements back in June. A change that is designed to improve security across the Windows platform by way of increasing the RSA key length to a minimum of 1024 bits for certificates … |
| | Hi, I have a small business and am looking for an encryption system for my files and email that doesn’t change the end user’s experience. The ones I’ve seen online require the end user to log in, download this, etc. These are my clients so I don’t want to add … |
 | I've run this code to generate two encrypted passwords from a plaintext password echo crypt("TestingTesting123"); echo "<br />"; echo crypt("TestingTesting123"); The two strings are identical but when I run it I get this output $1$/PGpeshL$UhmiaU/jlaJTWZV8g7Ze4/ $1$MnRnzohZ$zh9VpHPOwYejI.XR76vmC/ Some people have reccomended crypt() as a good password encryptor, but how are you … |
| | Pls guys help me with assignment: difference between RSA and DES(Data Encryption Standard) |
| | I have a java class for enc/dec in DESEDE; for some cipher texts it results in this exception: Input length must be multiple of 8 when decrypting with padded cipher I have not written this code myself I have found it in a thread in this website; could anyone please … |
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