The way you work
Show how you did it.
Human, AI or both.
Privately capture your tamper-evident Workings.
Review in private or verify with any audience.
How it works
Three steps to prove your work is yours.
Run it, work as you always have, and turn your process into a record you can rely on.
Install & run Workings
Download the app and turn it on. You decide when it's running, and your work stays on your device.
Record your process, privately
Captures your process locally. Only an anonymous fingerprint leaves, never your work. Alter it later and the fingerprint won't match.
Generate what you need
Turn your record into a report, a summary, or a timelapse - all independently verifiable. Review & redact privately, share what you choose.
Who Workings is for
Wherever authorship matters.
Authorship isn't only contested in one place. The student defending their thesis, the company proving its value, the writer protecting their voice - they all need the same thing: evidence of how the work was made.
Privacy & security
We can't see your work. Neither can anyone else.
Local-first, zero-knowledge, sealed against forgery. Built not just for today's threats, but for what comes after.
Privacy
Local-first, encrypted
Everything runs and stays on your device, encrypted with keys only you hold. No one else can read it - including us.
You stay in control
Decide what to share, when, and with whom. Wipe your data or your whole account whenever you want. Nothing leaves, and nothing lingers, without your say-so.
Zero-knowledge architecture
We're built so we never see your raw content. Even the aggregate insights organisations rely on are computed without exposing what's underneath.
Integrity & durability
Sealed against future AI forgery
Sealed the moment it's made, a record can't be forged after the fact. However good future AI gets at faking human work, it can't reach back.
Tamper-evident
Every record is cryptographically chained - altering even a single detail breaks the chain and is immediately detectable. A record either verifies intact, or it doesn't verify.
Quantum-strong hashing
Every record is hashed with SHA-512, a standard strong enough to stay secure even against quantum computers.