TextExhibit: Text Message PDFs converts SMS and MMS conversations on your Android device into organized, court-ready PDF documents, making it easy to preserve readable message records for legal cases, disputes, or long-term archives. The app reproduces the original messaging layout so threads remain easy to follow, and exported files include page metadata, Bates numbering, and cryptographic hash reports to support authenticity. All processing happens locally on your phone, large conversations are split into per-month PDF files with embedded media, and a background export plus XML backup/restore option helps protect your messages when switching devices or preparing evidence.
⭐ TextExhibit: Text Message PDFs converts selected conversations into searchable, well-formatted PDFs that mirror the Android messaging interface.
⭐ Automatic extraction and embedding of MMS media — images, video, and audio — so attachments appear inside exported documents.
⭐ Court-ready export options including page metadata, Bates numbering, and SHA256/MD5 hash verification reports to help demonstrate document integrity.
⭐ 100% local processing so your messages never leave the device and sensitive data remains private.
⭐ Handles very large threads by splitting backups into per-month PDFs and running exports in the background to minimize interruption.
✅ Produces verifiable, readable PDFs suitable for legal submissions or permanent records.
✅ With TextExhibit: Text Message PDFs all verification and hashing is performed locally, reducing privacy concerns about cloud processing.
✅ Built-in XML backup and restore keeps your SMS archive safe when changing phones or after a factory reset.
✅ Contact mapping and preserved message layout make exported threads easy to read and present to third parties.
❎ Long conversations with embedded media can create large PDF files that consume device storage.
❎ The app focuses on SMS and MMS export; it does not provide exports for other messaging platforms.
❎ Exporting and hash-generation for very large archives can be resource-intensive on older or low-end devices.
