d6

Files

• 1c329a9ef106bdebc32f3d1b381d284e65b330

  This file is a compressed data stream, specifically identified as zlib format due to the `78 01` header bytes. It contains raw binary data rather than a standard text or executable structure, likely representing serialized application data or a custom protocol payload. The content appears to be encrypted or further encoded after decompression, given the high entropy and lack of recognizable magic numbers in the subsequent bytes.

• 6ee1faf6a54c4703850bd106ca90a57c6017ff

  This file is a gzip-compressed stream, identified by the standard magic number `1f 8b` (which corresponds to the hex bytes `78 01` when interpreted as little-endian or specific zlib headers, though `78 01` specifically indicates a raw deflate stream with a window size of 32k and no header/checksum overhead in some contexts, but typically `78 9c` or `78 da` are common; however, `78 01` is a valid zlib header indicating default compression level). Given its small size of 517 bytes and the nature of gzip/zlib compression, it likely contains a small JSON object, configuration data, or a compressed payload rather than executable code. The content is not human-readable in its current binary form and requires decompression to inspect the actual data structure.

• 8c8118cbbc2457daffff0caf3a846da74cd5f3

  This file is a compressed data stream, specifically identified by the zlib-compressed data (indicated by the `78 01` header bytes). It contains raw deflated content rather than a standard archive format like ZIP or GZIP. The small size suggests it holds a minimal amount of compressed information or metadata.

• d1164a2e89e9c54b6cb2cc629895da2e6d6f1a

  The file is a gzip-compressed data stream, identified by the standard `78 01` magic bytes in its header. This format indicates that the original content was compressed using the DEFLATE algorithm associated with zlib or gzip. The file size of approximately 407 KB suggests it contains significant compressed data ready for decompression.