leetcrypt
7ed23704ea
write_manifest() freezes at circuit-experiment start everything needed to
reproduce and audit a SOR run and writes an immutable
output/sor-runs/<ts>/manifest.json: the R1 --sor-seed, topology/selector/churn
schedule id, one persona fingerprint per participating node, worktree git SHA,
isolated engine kind + image digest, pip/cargo dependency freeze, and
start/stop timestamps. The events.jsonl SHA-256 field is reserved for R3.
Provenance only: no forwarder, no engine spawned. Defense-in-depth to keep
containment load-bearing, the schema refuses to record a non-isolated
("local") engine at run or node level; the binding assertion still lands with
the R4 forwarder.
- cmd_chat/sor/provenance.py: Node/RunManifest, node_fingerprint (bit-for-bit
mirror of persona.rs::fingerprint_of), git/deps capture, explicit
dependency-free schema validator.
- hh/src/persona.rs: fingerprint_of known-vector parity test.
- tests: R2 acceptance predicate (manifest present + schema-valid, non-empty
seed, >=1 fingerprint/node), immutability, containment rejection of local
engines, and cross-language fingerprint parity.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
hack-house
encrypted collaborative sessions with a summoned sandbox
zero-knowledge server · end-to-end fernet · srp · ratatui
they want you dependent. we want you free.
hack-house is the evolution of cmd-chat: a multi-user, end-to-end-encrypted
terminal session where a small crew shares chat, files, and — when
summoned — a disposable sandboxed Linux box they drive together, with real
Linux permissions and an owner who can delegate the keys.
The server never sees plaintext. Everything — messages, files, terminal output — is relayed as opaque ciphertext. Close the window, the house empties.
status
This is the Rust client (ratatui) for the unchanged Python (Sanic) server. The
wire protocol is JSON-over-WebSocket; SRP + HKDF→Fernet are byte-for-byte
compatible with the Python srp / cryptography stack.
| phase | feature | state |
|---|---|---|
| P0 | Rust↔Python SRP / Fernet crypto parity | ✅ proven (golden vectors + live + cross-lang E2E) |
| P2 | multi-user session (cap 4, infra for more) + authoritative roster | ✅ done |
| P1 | ratatui UI (chat, roster, themes, help overlay) | ✅ done |
| P3 | sandbox box (local / docker / multipass) + shared PTY | ✅ done |
| P4 | permissions (app drive ACL + VM unix users / sudo) | ✅ done |
| P5 | file + directory transfer into the shared session | ✅ done |
crypto parity — the load-bearing proof
$ hack-house selftest # offline: Rust SRP ≡ Python srp golden vectors
$ hack-house handshake <ip> <port> <name> --password <pw> --no-tls
/srp/verify ok — server identity proven (H_AMK ✓)
round-trip ✓ decrypted: "the house is open"
tools/gen_vectors.py regenerates the golden vectors from the live Python
library (must match the server's _ctsrp backend with rfc5054_enable()).
note: the SRP identity is always the fixed room identity
b"chat"; the display name is carried only in JSON, never in the SRP proof. The Pythonsrppackage'srfc5054_enable()toggles the active backend's flag — vectors must be generated with the same backend the server actually loads (_ctsrp).
license
MIT · malware bless · hack the planet