Overlay
What is currently edited in the local working surface, including unapplied buffers.
Flux Code stores immutable files, trees and commits in a content-addressed object graph. Signed ref records move history forward; rollback appends a ref to an earlier commit. Editing and identity keys remain on your machine.
The public page never receives your Auth Kit or repository key. It only constructs a loopback URL; your local Flux Code host loads and verifies whether the address is a real anchor.
Your local engine stays the execution boundary
Start the Flux Code host and app, then provide an anchor. This site does not proxy or expose the loopback service.
The editing surface keeps four states separate because each answers a different question. Only an E8 receipt from a real peer can establish replication.
What is currently edited in the local working surface, including unapplied buffers.
Which immutable objects and signed ref records have been committed and pinned.
Which independent peers have issued real receipts for the repository objects.
Whether signed multi-head refs or competing history require an explicit resolution.
Current signing proves possession of a key, not yet that the key belongs to the named identity.
Quorum objects are readable today. “Private” requires client-side encryption before every object leaves the client.
Canonical repository objects are addressed by FLX domain-separated CIDs and re-hashed on every chain read.
Refs are append-only signed multi-head records. Moving a branch creates another record rather than changing a mutable row.
The anchor contains the tree, commit head, chain index and signed ref record needed to reopen the repository.
Signed repo, snapshot and ref records still need a canonical registry before repositories can be browsed safely here.
Immutable trees, commits, snapshots, branch/tag projections and file-level rollback.
Versioned artifacts and dependency manifests remain a separate publication product.
An application/site release can cite a repository snapshot without becoming repository history.
The shared reference graph can connect documentation to exact repository snapshots.
A domain may point at a published release; it does not own the repository or its refs.
A remote environment composes exact repository/package/release CIDs under separate access policy.