Why binary text can be tricky
Bits do not identify a character encoding by themselves. UTF-8, UTF-16, Windows-1252 and ASCII can interpret the same bytes differently. OneFreePlace keeps bytes and text separate so transformations stay auditable.
Decode binary bitstreams into real text with strict encoding validation, bit-alignment recovery, byte-order repair and byte-for-byte verification.
Binary is parsed as bytes first, then decoded with a real character encoding. No network request is needed. The round-trip guard re-encodes decoded text and compares the bytes before Copy/Download is enabled.
If a capture begins mid-byte, test offsets 0–7 and rank candidates by strict decoding + printable-text score.
Inspector shows the transformed bytes actually sent to the decoder.
| Offset | Binary | Hex | Decimal | ASCII |
|---|
Bits do not identify a character encoding by themselves. UTF-8, UTF-16, Windows-1252 and ASCII can interpret the same bytes differently. OneFreePlace keeps bytes and text separate so transformations stay auditable.
Use UTF-8 for modern text interchange. Use UTF-16 only when a protocol explicitly requires it. Use bit-order or word-order repair only for data captured from systems that document those layouts.
Conversion runs locally in your browser. Batch files are not uploaded by the tool.
Binary does not contain magical language detection. Auto mode only uses a Unicode BOM when present, otherwise it safely defaults to UTF-8.