BOLO’s outputs are generated using digital signatures calculated over the entire data set, vastly increasing overall security. It protects any data, regardless of OS, size or format, whether at rest or in motion. Random Byte Shuffling eliminates any data threat, including trojan horses, malware, viruses and executable code, including Java, JavaScript, PHP, C#, Dojo, Python, Elixir, Rust, Go, TypeScript, Ruby on Rails and Swift.
BOLO Applies a Fundamentally Different Approach to Data Security 4 Ways:
Random Byte Shuffling
BOLO’s (RBS)/Random Packet Scattering (RPS) technologies process any data set at the byte level, randomly transforming the byte distribution of the original data set. For example, BOLO’s RBS can transform the original byte distribution of a typical TC/IP packet payload of 1460 bytes into one of the 7.3 x 103987 possible shuffling states generated through “n!” (n factorial). By comparison, 256-bit AES encryption is limited to 1.15 x 1077 combinations.
Faster Than Traditional
BOLO process is orders of magnitude faster than traditional encryption, virtually eliminating processing delay. BOLO’s RBS virtually eliminates processing delays; randomly shuffling a typical TCP/IP packet payload of 1460 bytes in about 750 nanoseconds.
Digital Signatures
BOLO does not rely on an underlying encryption algorithm. Digital signatures are mapped to the “shuffling state” of the underlying data and applied to “de-shuffle” the data using a BOLO device to restore it to its original state. This process leaves no trace of how the data has been processed. Each process run applies a new random pattern that is never repeated.
Output
BOLO’s process outputs are generated using digital signatures calculated over the entire data set, vastly increasing security.
BOLO NETWORK
Prominent Features
BOLO derives its power by applying Random Byte Shuffling (RBS) technology that processes any data payload at the byte level, applying 7.3 x 103917 shuffling combinations. By comparison, 256-bit AES encryption is limited to 1.15 x 1077 combinations. Each process run applies a new random pattern that is never repeated. No changes to your existing network setup are required.
BOLO RBS works transparently – it does not rely on an underlying encryption algorithm related to the data payload. Digital signatures are mapped to the “shuffling state” of the data at its origin and applied to “de-shuffle” that data using a BOLO device to restore the data. The process leaves no trace in the data payload of how the data has been processed.
INHERENT PROTECTION AGAINST
Random Byte Shuffling eliminates any data threat, including trojan horses, malware, viruses and executable code, including Java, JavaScript, PHP, C#, Dojo, Python, Elixir, Rust, Go, TypeScript, Ruby on Rails and Swift.
IDEAL FOR REAL-TIME COMMUNICATION
Random Byte Shuffling eliminates any data threat, including trojan horses, malware, viruses and executable code, including Java, JavaScript, PHP, C#, Dojo, Python, Elixir, Rust, Go, TypeScript, Ruby on Rails and Swift.
INFINITE RANDOMNESS
Each Random Byte Shuffling process run applies a new random pattern that is never repeated. Process outputs are generated using digital signatures calculated over the entire data set, vastly increasing security.
OS AGNOSTIC
Random Byte Shuffling protects any data, regardless of OS.
ANY DATA
Random Byte Shuffling protects any data, regardless of type, size or format, whether at rest or in transit.
TRANSPARENT INSTALLATION
Random Byte Shuffling works transparently. There are no changes to your network setup required.
NEW SECURITY STANDARD
BOLO’s Random Byte Shuffling Technology derives its power by randomly transforming the original byte distribution of data (both for data in motion and data at rest) to a new random shuffling states. BOLO’s RBS does not rely upon complex encryption algorithms that typically involve substitutions, rotations and shifting of data bytes. BOLO RBS is inherently simple – it randomly shuffles the data bytes.
UNDETECTABLE
Random Byte Shuffling leaves no trace of how data has been processed – there is no remnant of the shuffling process in the data being stored or transmitted.
DAY ZERO ATTACK PREVENTION
Every malicious code is essentially composed of an array of bytes and the sequence of these “malicious bytes” must be preserved in order to launch a harmful attack. When the “malicious code” passess through the BOLO’s RBS, every single byte of the malicious code is randomly shuffled, thus disarming the malicious code functionality even for “Day Zero” Attacks.
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