Description
With ONELOT OCELOT, you can encrypt your confidential files professionally. Secure everything – from internal company documents and personnel records to any files you share via the cloud or physical media.
The underlying encryption method is the “one-time pad” (OTP). It is not merely mathematically “virtually” unbreakable; it is absolutely unbreakable and, therefore, resistant to quantum computers. This is because it fulfills all the defining characteristics of an OTP:
Each key is used only once per session. The key is truly random, as it is derived from electronic noise generated by your processor. Furthermore, the length of the key matches the length of the data being encrypted. The key file is known only to you and remains on your PC.
Decryption is performed using the same key file that was used for encryption — much like a key for a front door: the same key both locks and unlocks the door.
Accordingly, the program features two modes: “Encode” and “Decode.” You can encode any number of files of any type in one session. A subprogram generates a key of the appropriate size using your processor’s true random number generator.
Encoded files are assigned a specific file type — the “Ocelot” format — with the “.ocelot” extension. The generated key files use the “.key” extension and include a timestamp in their filenames. The program utilizes dedicated folders for encoded files, decoded files, and key files. Session folders are the respective subfolders.
Technical Details:
– Genuine one-time pad
– Speed: approx. 95 MB/second on standard PCs (3.80 GHz, 32 GB RAM)
– Requirement: PC with a TRNG (True Random Number Generator) – standard on PCs manufactured after 2012 (Intel) or 2015 (AMD)
– The application combines entropy derived from mouse movement and precise timing (at the nanosecond scale) with processor-generated entropy
– Keys meet current standards for randomness, as verified by ENT and Dieharder test suites (including all Dieharder sub-tests)
– Additional security features: includes bit-inversion as an intermediate step; key size can be increased (to obscure any potential correlation with the encoded data)
– Encoding sessions can optionally be logged in a text file, making it easier to retrieve the correct key later
– Available in 32-bit and 64-bit versions for various operating systems
The German version can be found here.
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