1 Generate a crypto key pair consisting of a public DCCL key and a private DCCL key. The key pair is responsible for digitally encrypting and decrypting the file. It takes a minute or two to complete the process and it's free. 2 Prepare the file you want to digitally encrypt. You can choose a file of any size, which can be an image, audio, video, animated GIF or PDF. Available file types are .jpg, .jpeg, .png, .tiff, .ico, .wav, .mp3, .m4a, .wma, .aac, .3gpp, .3gp, .mp4, .mpg, .mpeg, .mkv, .avi, .wmv, .mov, .m4v, .gif and .pdf. 3 Apply for a customer ID by making a purchase via PayPal (or another service of your choice). You will receive the customer ID after completing the payment. The customer ID serves as proof of purchase and must not be shared publicly. Please save this code for future reference. 4 That's all it takes to get started. Now you can go back to digitally encrypting your file. If you have any questions or issues, feel free to send us a message.

Presume we have a locker with two electronic locks. One lock is used to close the locker and the other is used to open it. The locks are controlled by numeric keypads and locker codes. Although generated by different algorithms, these codes are complementary. They come in pairs and are thoroughly intertwined. Let's put a file (image, audio, video, text document, etc.) into that locker and see if we can find a way to prevent it from being opened or viewed without our permission.

After placing the file in the locker, we will close it with the appropriate electronic lock. The code for this lock is publicly available. As noted above, the file in the locker is expected to preserve its privacy and not disclose its contents. Attached to the document are our personal data, which we also want to keep confidential. This procedure is called digital encryption and represents the preservation of the confidentiality of documents and related data, with the possibility of later decryption under certain conditions. Once encrypted, the file and the attached metadata can no longer be decrypted or revealed without the use of appropriate decoding tools.

If someone wants to open the locker and view the document, they must use the other lock and the corresponding code. This code is private and known only to the owner of the file packed in the locker. Mathematically speaking, this is the process of decrypting an encrypted file and verifying the authenticity of the file and associated data. In addition to viewing the contents of the decrypted file, we know who encrypted the file and when it was encrypted. The locker is designed in such a way that if someone tries to pick the locks, the files inside are automatically deleted. It is unlikely that anyone could ever come up with a solution to fool the system or make it vulnerable to cyber attacks.

The code for the first electronic lock, which is used to lock the locker, is called the public DCCL key, while the code for the second electronic lock, which is used to unlock the locker, is called the private DCCL key. Together they form a pair of crypto keys. Digital Chip Card Locker, or "DCCL" for short, is an authentic Blue2Digital product that comprises algorithms based on cryptography and digital signal processing. DCCL stands out as a simple and reliable tool for encrypting and decrypting images, audio and video recordings, PDF documents, animated GIFs and other files. The DCCL algorithm is perfect for implementation in security protocols and e-business systems that gravitate towards preserving privacy and confidentiality and preventing abuse by any third party, individual or organization.

It costs $5 to encrypt a file. File decryption is free. The minimum price to pay is $20, which allows you to use this service 4 times.

Option 1 - $20.00 USD Option 2 - $50.00 USD Option 3 - $100.00 USD

When a file is shared online via email or messaging apps between friends or business partners, how do we know that the contents of the file have remained confidential and intact all the way to the recipient? Does end-to-end encryption really mean that no one but the sender and recipient can open files and view their contents? How can we be sure that our encrypted message wasn't intercepted, opened and decrypted by someone it wasn't intended for? Can we trust those who say "we value your privacy" and under what conditions? A viable solution lies in introducing Digital Chip Card Locker, or "DCCL" for short. Digital Chip Card Locker is a simple and reliable tool for digitally encrypting and decrypting images, audio and video recordings, PDF documents, animated GIFs and other files. You don't need any prior knowledge or licensed equipment to use it. With the help of appropriate decryption tools, we know exactly who encrypted the file and when it was encrypted. Such a file and the attached metadata cannot be forged or modified, as modified files can no longer be decrypted, and their contents will remain inaccessible for viewing. The DCCL algorithm is perfect for implementation in security protocols and e-business systems that gravitate towards preserving privacy and confidentiality and preventing abuse by any third party, individual or organization. See more...

When a file is shared online via email or messaging apps between friends or business partners, how do we know that the contents of the file have remained confidential and intact all the way to the recipient? Does end-to-end encryption really mean that no one but the sender and recipient can open files and view their contents? How can we be sure that our encrypted message wasn't intercepted, opened and decrypted by someone it wasn't intended for? Can we trust those who say "we value your privacy" and under what conditions? An applicable solution lies in the use of Digital Chip Card Locker, or "DCCL" for short. Digital Chip Card Locker is a simple and reliable tool for digitally encrypting and decrypting images, audio and video recordings, PDF documents, animated GIFs and other files. You don't need any prior knowledge or licensed equipment to use it. With the help of appropriate decryption tools, we know exactly who encrypted the file and when it was encrypted. Such a file and the attached metadata cannot be forged or modified, as modified files can no longer be decrypted, and their contents will remain inaccessible for viewing. The DCCL algorithm is perfect for implementation in security protocols and e-business systems that gravitate towards preserving privacy and confidentiality and preventing abuse by any third party, individual or organization. See more...

Digital Chip Card Locker, or "DCCL" for short, is a simple and reliable tool for digitally encrypting and decrypting images, audio and video recordings, PDF documents, animated GIFs and other files. You don't need any prior knowledge or licensed equipment to use it. The DCCL algorithm is perfect for implementation in security protocols and e-business systems that gravitate towards preserving privacy and confidentiality and preventing abuse by any third party, individual or organization. See more...

Digital Chip Card Locker, or "DCCL" for short, is a simple and reliable tool for digitally encrypting and decrypting images, audio and video recordings, PDF documents, animated GIFs and other files. You don't need any prior knowledge or licensed equipment to use it. The DCCL algorithm is perfect for implementation in security protocols and e-business systems that gravitate towards preserving privacy and confidentiality and preventing abuse by any third party, individual or organization. See more...