Local processing
Connections are detected on your machine by deterministic rules: repeated words, repeated sources, timing. There is no model and nothing to train.
Clipboard intelligence that never leaves your machine
RVLTION records what you copy, on your device, and notices when a run of copies turns out to be about one thing. You can keep that connection, and find your way back to it later.
Download RVLTION Windows today. Build it yourself, there is no public release.
The timeline
Not a list. A timeline, with the gaps left in. Select a fragment and RVLTION tells you where it came from. Travel back and everything outside that moment recedes.
The idea
You can scroll back through everything you copied and still not find what you were doing. The fragments are all there. What is missing is what tied them together.
What did I copy?
A list of things, in the order they happened.
What was I doing?
One thing you were doing, with the parts still attached.
Discover, then reveal
Copying ten things in a minute is a burst, not research. RVLTION only raises a connection when the items are about something: a repeated product, a repeated source, a repeated word. When nothing ties them together it stays quiet.
And where it stops
Anything can group things that were copied close together. What decides whether this is useful is the four answers underneath: joining fragments that share a subject and no words, keeping two neighbouring threads apart, leaving your own writing alone, and admitting when a fragment could go either way rather than guessing.
Keep, and it becomes a Revelation
Keep a connection and it persists, remembering why it existed in the first place. What RVLTION found and what you added later stay distinguishable. Removing something from a Revelation does not delete the item, because context and history are different kinds of ownership.
Reconnect
Weeks later you copy something that looks like it belongs to a Revelation you kept. RVLTION says so, and stops there. It never adds anything on its own, and something you have declined does not come back to ask again.
Find
You usually remember something about the thing: a product name, the site it came from, roughly when. FIND matches on those signals against your local history and tells you why each result is there.
Find in RVLTION
Local, not saved
Local
This is not a policy or a setting. There is no HTTP client in the build, and the application's content security policy does not permit an outbound connection.
Local processing
Connections are detected on your machine by deterministic rules: repeated words, repeated sources, timing. There is no model and nothing to train.
No external AI
Your clipboard is never sent to an AI service. RVLTION does not call OpenAI, Anthropic, Google, or any hosted model. It detects and blocks keys for those services so they never reach your history.
Nothing uploaded
No account, no sync, no telemetry, no analytics, no update check that contacts a server. The core product does not need a network connection.
Secrets excluded
Suspected secrets are caught before anything is written to disk. Twelve published token shapes, an entropy check, twenty one protected applications, and the clipboard privacy flags password managers set.
Stated plainly Your history is an ordinary SQLite file in your user profile. RVLTION keeps secrets out of it. It does not encrypt it, and does not claim to. Anyone who can read your user profile can read that file, exactly as with any other local application data. Read the privacy boundary
The loop
Keep and review are yours. RVLTION does not add anything on its own.
Platforms
Clipboard access lives in one small layer, so a new platform means writing that layer rather than rebuilding the product. Windows and Linux both run: installed, capturing, with installers built for each. macOS is written and has never been compiled, so it is the one platform where calling it supported would be a lie.