Use Cases

Product Description

A new product that protects data uniquely is what this site aims to introduce. The product is called APSCCS (pronounced Aps-ics), which stands for All Point Security Cohesive Codec System. The system is a low-level interface for any kind of software program. The subroutines provided by APSCCS are as follows.

The interface compresses a maximum of 2GB data to 80 bytes. This is a compression that is so significant it should be depicted by its factor rather than its ratio. The compression factor is 26,843,545 (over 26 million)! The interface takes a file path as input and generates a compressed file of 80 bytes. A set of security keys is generated with each 80 bytes of compressed data. The size of a generated key set depends on source data and has a maximum size of 2GB. Any source file that exceeds 2GB will be compressed as chunks of this maximum size. The interface also accepts an arbitrary chunk size as input.

Product Description

The APSCCS interface resolves caveats associated with data compression in a peculiar manner. A compressed file normally causes degraded performance of a computing environment during decompression. The amount of computations required to restore a compressed file is proportional to its compression factor. However, APSCCS eliminates this negative effect through the size of a security key set. This size is close to the original data or chunk size for maximum protection and optimal decompression performance. The combined sizes of compressed data and security keys do not deprive an environment of any storage benefit intended by compression.

Furthermore, the separation of compressed data and keys between two environments may provide significant storage benefits and additional security. The benefits of APSCCS goes beyond storage enhancement. The interface provides a means for efficient storage, unrestricted or smooth transmission, rapid processing, and reliable security. A summary that clarifies these features follow.

Product Description

The file divisions created by APSCCS represent a uniquely efficient way to store files on disk. A net benefit of storage and performance occurs since rapid data retrieval can be followed by efficient loading to RAM. The processing of discrete data can facilitate subsequent operations such as writing to an output device and network transmission. The choices that APSCCS allows for a chunk size (1 byte to 2GB) provide an opportunity to realize optimal data transmission scenarios over any local and world-wide network.

A primary benefit of APSCCS is coherence with hardware and OS operations that constitute a computing environment. The interface operations are performed in a manner that does not strain system resources. Instead, they are genuinely silent in the background of an environment. Consequently, data processing, compression, decompression and encryption can occur without the complexity of a heterogenous environment. The proliferation of case-by-case approaches that address specific scenarios can be avoided.

Product Description

Any implementation of chunk data processing in several programming languages can apply APSCCS as an interface. The benefits of this approach are reduced complexity, greater processing speed and absolute data security. The operations that generate keys are unique to each host environment. Therefore, each host has a specific compression (or encryption) and decompression (or decryption) operation. The process that generates an APSCCS interface module assigns a unique operation to each host. Finally, the interface can protect generated files in two ways. The first is by serving as an exclusive mediator for file access. The second is by serving as a role player in security measures that prevent malicious access to any file within an environment. A link to these measures can be found under Sundry Use Cases.

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