The most common e-signature competitor is not another product — it is the workflow where you email a PDF, the other side prints it, signs it in ink, scans it, and emails it back. It feels free. It is not.
You cannot see anything
Once the email leaves your outbox, the document is a black box. Did they open it? Is it stuck with one approver out of four? You find out when the reply arrives or when you chase. In GingerDocs, a document’s status — Sent, Viewed, Partially signed, Completed — updates on your dashboard in real time, and a stalled signer gets a one-click reminder instead of an awkward follow-up email.
Order is unenforceable
Email cannot enforce that legal signs before the counterparty, or that four signers go in sequence. You simulate it by sending emails one at a time and waiting. Sequential signing does this automatically — each signer is invited only when the previous one finishes — and parallel signing handles the opposite case where everyone should sign at once.
The "evidence" is an inbox
When someone disputes a scanned signature, your proof is an email thread: forwardable, editable, deletable. A GingerDocs document carries an append-only audit log where every view and signature is recorded with a timestamp and IP address, each entry hash-chained to the last with SHA-256 so tampering is detectable. A completed document can be checked by anyone on the verification page.
Scans degrade; flattened PDFs do not
A third-generation scan of a signed contract is a skewed, gray artifact. GingerDocs completes a workflow by generating a clean flattened PDF from the preserved original plus every signed field — archival quality, every time.
The friction argument cuts the other way
The usual defense of email is that everyone has it. But recipients of a GingerDocs document need nothing more: they get a secure link, open it on any device, and sign by drawing, typing, or uploading — no account, no printer, no scanner. The familiar workflow is the one with more friction; it just hides it on the other side of the email.