ed35a34cab
In this commit, we write up the close of exp-010 on the dashboard, as a new section 06 in findings.html. The corridors corpus asked whether joint route-set planning shows up once unequal splitting is mandatory, and all three proposer lineages (codex/gpt-5.6-sol, Opus 5 at default effort, Opus 5 at medium) answered yes, at increasing depth: one-step lookahead with reservation, up-front corridor-sized shard sets, then persistent parallel flow plans with concurrency-first dispatch at 1,931 lines. The section carries the full five-tier sweep with paired deltas against mx_c3 and sign-test p values, so the two headlines can be read off the table directly. The Opus-default arm posted the program's first statistical tie with a champion on any tier (+0.005 on split validation, success 0.958 vs 0.917) and then collapsed off-corpus at 0.303 on the hard test, which is what a corridor-tuned fail budget buys you. The medium arm matched codex throughput, took the family's best val score and its worst held-out, a val overfit the sealed sweep caught. Champions of record stay hb1 + mx_c3, and the pre-registered resolution caveat plus the exp-010b successor are logged in a sidenote so nobody reads the nulls as evidence that joint planning can't win. The process and timeline sections shift to 07 and 08, the timeline's exp-010 entry moves from "next" to the verdict, and the stale forward pointers on the overview and drift pages now point at the result. No design changes: same sections, tables, notes and sidenotes the rest of the site already uses. |
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| .claude/commands | ||
| .gemini | ||
| .github | ||
| .sessions | ||
| .vscode | ||
| actor | ||
| aezeed | ||
| aliasmgr | ||
| amp | ||
| autopilot | ||
| batch | ||
| blockcache | ||
| bolt12 | ||
| brontide | ||
| buffer | ||
| build | ||
| cert | ||
| chainio | ||
| chainntnfs | ||
| chainparams | ||
| chainreg | ||
| chanacceptor | ||
| chanbackup | ||
| chanfitness | ||
| channeldb | ||
| channelnotifier | ||
| chanstate | ||
| clock | ||
| cluster | ||
| cmd | ||
| contractcourt | ||
| contrib | ||
| discovery | ||
| docker | ||
| docs | ||
| feature | ||
| fn | ||
| funding | ||
| graph | ||
| healthcheck | ||
| htlcswitch | ||
| input | ||
| internal/musig2v040 | ||
| invoices | ||
| itest | ||
| keychain | ||
| kvdb | ||
| labels | ||
| lncfg | ||
| lnencrypt | ||
| lnmock | ||
| lnpeer | ||
| lnrpc | ||
| lntest | ||
| lntypes | ||
| lnutils | ||
| lnwallet | ||
| lnwire | ||
| macaroons | ||
| make | ||
| mobile | ||
| monitoring | ||
| msgmux | ||
| multimutex | ||
| nat | ||
| netann | ||
| onionmessage | ||
| payments/db | ||
| peer | ||
| peernotifier | ||
| pool | ||
| protofsm | ||
| queue | ||
| record | ||
| routing | ||
| rpcperms | ||
| scripts | ||
| shachain | ||
| signal | ||
| simulation | ||
| sqldb | ||
| subscribe | ||
| sweep | ||
| ticker | ||
| tlv | ||
| tools | ||
| tor | ||
| walletunlocker | ||
| watchtower | ||
| zpay32 | ||
| .editorconfig | ||
| .gitignore | ||
| .golangci.yml | ||
| .protolint.yaml | ||
| accessman.go | ||
| accessman_test.go | ||
| channel_notifier.go | ||
| chanrestore.go | ||
| CLAUDE.md | ||
| config.go | ||
| config_builder.go | ||
| config_onion_ratelimit_test.go | ||
| config_prod.go | ||
| config_test.go | ||
| config_test_native_sql.go | ||
| dev.Dockerfile | ||
| doc.go | ||
| Dockerfile | ||
| go.mod | ||
| go.sum | ||
| intercepted_forward.go | ||
| LICENSE | ||
| lnd.go | ||
| log.go | ||
| logo.png | ||
| Makefile | ||
| pilot.go | ||
| README.md | ||
| rpcserver.go | ||
| rpcserver_test.go | ||
| sample-lnd.conf | ||
| SECURITY.md | ||
| server.go | ||
| server_test.go | ||
| sqlc.yaml | ||
| subrpcserver_config.go | ||
| sweeper_wallet.go | ||
| tls_manager.go | ||
| tls_manager_test.go | ||
| types.go | ||
| witness_beacon.go | ||
| witness_beacon_test.go | ||
Lightning Network Daemon
The Lightning Network Daemon (lnd) - is a complete implementation of a
Lightning Network node. lnd has several pluggable back-end
chain services including btcd (a
full-node), bitcoind, and
neutrino (a new experimental light client). The project's codebase uses the
btcsuite set of Bitcoin libraries, and also
exports a large set of isolated re-usable Lightning Network related libraries
within it. In the current state lnd is capable of:
- Creating channels.
- Closing channels.
- Completely managing all channel states (including the exceptional ones!).
- Maintaining a fully authenticated+validated channel graph.
- Performing path finding within the network, passively forwarding incoming payments.
- Sending outgoing onion-encrypted payments through the network.
- Updating advertised fee schedules.
- Automatic channel management (
autopilot).
Lightning Network Specification Compliance
lnd fully conforms to the Lightning Network specification
(BOLTs). BOLT stands for:
Basis of Lightning Technology. The specifications are currently being drafted
by several groups of implementers based around the world including the
developers of lnd. The set of specification documents as well as our
implementation of the specification are still a work-in-progress. With that
said, the current status of lnd's BOLT compliance is:
- BOLT 1: Base Protocol
- BOLT 2: Peer Protocol for Channel Management
- BOLT 3: Bitcoin Transaction and Script Formats
- BOLT 4: Onion Routing Protocol
- BOLT 5: Recommendations for On-chain Transaction Handling
- BOLT 7: P2P Node and Channel Discovery
- BOLT 8: Encrypted and Authenticated Transport
- BOLT 9: Assigned Feature Flags
- BOLT 10: DNS Bootstrap and Assisted Node Location
- BOLT 11: Invoice Protocol for Lightning Payments
Developer Resources
The daemon has been designed to be as developer friendly as possible in order
to facilitate application development on top of lnd. Two primary RPC
interfaces are exported: an HTTP REST API, and a gRPC
service. The exported APIs are not yet stable, so be warned: they may change
drastically in the near future.
An automatically generated set of documentation for the RPC APIs can be found at api.lightning.community. A set of developer resources including guides, articles, example applications and community resources can be found at: docs.lightning.engineering.
Finally, we also have an active
Slack where protocol developers, application developers, testers and users gather to
discuss various aspects of lnd and also Lightning in general.
First-time contributors are highly encouraged to start with code review first, before creating their own Pull Requests.
Installation
In order to build from source, please see the installation instructions.
Docker
To run lnd from Docker, please see the main Docker instructions
IRC
- irc.libera.chat
- channel #lnd
- webchat
Safety
When operating a mainnet lnd node, please refer to our operational safety
guidelines. It is important to note that lnd is still
beta software and that ignoring these operational guidelines can lead to
loss of funds.
Security
The developers of lnd take security very seriously. The disclosure of
security vulnerabilities helps us secure the health of lnd, privacy of our
users, and also the health of the Lightning Network as a whole. If you find
any issues regarding security or privacy, please disclose the information
responsibly by sending an email to security at lightning dot engineering,
preferably encrypted using our designated PGP key
(91FE464CD75101DA6B6BAB60555C6465E5BCB3AF) which can be found
here.