Add chain syncing via compact block filters (BIP 157) by febyeji · Pull Request #828 · lightningdevkit/ldk-node

febyeji · 2026-03-15T09:28:40Z

This PR adds a new compact block filter chain source (via kyoto) to ldk-node. Let's go through its features.

Design notes

Contrary to other chain sources, we use a push-based model: we don't proactively request data, but rather listen
for events and process them.

Kyoto

Kyoto is a standalone node which comes in the form of a library. It manages peers and provides users with compact
block filters as well as the ability to request blocks on demand.

Getting data from kyoto is done via a channel which emits events (e.g. IndexedFilter which means we received a new
compact block filter).

Operation

In broad terms we operate in the following way:

On start, build and run the kyoto node
Listen for kyoto events
Process kyoto events and respectively apply needed operations (e.g. download full block to apply it).

There is no concept of "active syncing": when the chain source runs, it always processes new events and applies them.
Method sync_wallet waits until the application of all blocks up to the known tip.

Node aliveness

As we are responsible for always having an operational node, we have its runtime status, and if it goes down by any
reason, we try to restart the kyoto node. If something went wrong and after MAX_RESTART_RETRIES=5 the node still died,
we give up.

Scripts

CBFChainSource tracks watched scripts provided from the onchain wallet as well as the lightning wallet.

We need to track two types of scripts: ones provided from the onchain wallet (e.g. to fund the lightning node) and
"LDK-scripts", exposed and needed to be tracked during channel operation (e.g. channel force-close transactions). The
former scripts are revealed via bdk wallet. We don't maintain a CBFChainSource-related copy of them, rather we just ask
bdk wallet each time we need them. This is done to have a single source of truth.

Thus, registered_scripts are LDK-revealed scripts.

Block applicator

This entity applies blocks to the state of the node. (Perhaps its title can be changed to something more concise.)

It runs as its own background task, decoupled from kyoto event processing via an unbounded channel of ChainOps:

ConnectFull — filter matched, apply the downloaded full block (block_connected)
ConnectFiltered — filter didn't match, apply header only (filtered_block_connected with no transactions)
Disconnect — reorg, disconnect back to the fork point
Synced — kyoto reported FiltersSynced, i.e. we caught up to the network tip
Failed — an unrecoverable error occurred while producing ops (surfaces to sync_wallets waiters)

For applying blocks we reuse bitcoind's ChainListener, which fans each connect/disconnect out to the onchain
wallet, channel manager, chain monitor and output sweeper.

process_kyoto_events is a single sequential loop: for a matched filter it awaits the full block fetch (with
retries/timeout) inline, and for an unmatched one it awaits the header fetch inline, before moving on to the next
kyoto event — this is what ensures ops are produced in order. The block applicator then just consumes those ops
in order and applies them. As a safety net it also tracks the next expected height itself and skips any
out-of-sequence op (e.g. duplicates, or stale ops produced before a reorg); a Disconnect rewinds the expected
height to the fork point.

Besides applying blocks, the applicator is the single writer of CbfSyncState: it advances applied_tip /
synced_to_tip (which sync_wallets waits on) and persists the node's wallet-sync timestamps once the tip is
reached. When the native kyoto fee source is used, it also opportunistically caches the coinbase-derived fee rate
of every full block it applies, so the fee estimator doesn't have to download those blocks again.

There is room for improvement: we could download full blocks in parallel (e.g. using
https://docs.rs/futures/latest/futures/stream/struct.FuturesOrdered.html), which would speed up initial sync.

We could do without this additional entity, by just processing ops in place, but we stick to this design for
clarity.

Fee source

As we don't have mempool with CBF chain source, we cannot properly estimate the transaction fees.
There are three options for a fee source provider (FeeSource):

native kyoto estimation via extrapolation from recent blocks' fees
esplora
electrum

Using esplora or electrum just for the fees is privacy-preserving and acceptable.
Using native extrapolation is a fallback method, because it has two flaws:

we need to download all blocks, which defeats kyoto's bandwidth advantage
the estimation is still rough, as we have no mempool

Also, recently fetched blocks (when we need to download a full block anyway) are cached so they won't be downloaded
twice during a fee update.

Reorganizations

On reorgs kyoto emits events about disconnected blocks and we disconnect them accordingly.

CbfSyncState

We need that struct to distinguish between last block that kyoto has and the last block we have applied locally, these
may be different blocks. Also used to understand whether we processed everything up to kyoto's tip.

Testing

We tried to adhere to already existing tests, as they cover the vital node operation scenarios. Though some of the tests
are not meant for kyoto (for example tests related to mempool, 0-conf channels, RBF).

As we want to test exclusively the new chain source in this PR, we've added an environment variable overriding the
random chain source choice, it can be used on the following way:

LDK_TEST_CHAIN_SOURCE=cbf cargo test --test integration_tests_rust

Other available options: esplora, electrum, bitcoind-rpc, bitcoind-rest.

Also please note sometimes in test scenarios kyoto bans bitcoind because of this bug:
bitcoin/bitcoin#35354.

Previously tests assumed that the chain source and the mining node are the same entity, i.e. there is no gossip delay.
This is not the case with the kyoto node, that's why one might experience a race condition due to gossip propagation
(we do something, like mine a block with a needed transaction, then it is correctly shown in esplora/electrum/bitcoind
and we try to invoke some action, but the new block has not yet propagated to the kyoto node); the situation is
worsened by the fact that GitHub's CI runners are slower than local machines, and a simple time-based wait does not
work well to circumvent the propagation delay. That's why many functions in the tests have additional waiting for
propagation.

Tests not comptible with the compact block filter node:

channel_full_cycle_0conf,
channel_full_cycle_0conf_0reserve
onchain_send_receive
onchain_fee_bump_rbf,
onchain_fee_bump_rbf_respects_anchor_reserve

History

We switched to bitcoind's sync model (poll_and_update_listener vs sync_onchain_wallet and sync_lightning_wallet).

We tried to follow the patterns for already existing chain sources, more precisely we had distinct sync_onchain_wallet
and sync_lightning_wallet (dictated by transaction-based syncing sources) functions however it is suboptimal, because
we might fetch the same block twice.

ldk-reviews-bot · 2026-03-15T09:28:44Z

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ldk-reviews-bot · 2026-03-18T15:48:14Z

🔔 1st Reminder

Hey @tnull! This PR has been waiting for your review.
Please take a look when you have a chance. If you're unable to review, please let us know so we can find another reviewer.

tnull · 2026-03-27T07:42:34Z

@febyeji @randomlogin Please let me know when you consider merging of the two PRs completed and this is ready for a first round of review!

rustaceanrob · 2026-04-22T09:21:01Z

+	}
+
+	/// Broadcast a package of transactions via the P2P network.
+	pub(crate) async fn process_broadcast_package(&self, package: Vec<Transaction>) {


bip157 version 0.5.0 includes a Package type that may be used here.

@tnull do I understand correctly that Vec<Transaction> is used so the traits are forward compatible for arbitrary package lengths? My crate only supports packages of size 1 and 2, as per the current Bitcoin Core policy.

Hmm, well, kinda. LDK's trait uses a &[&Transaction] I believe. Generally we prefer to leave any transaction/package validation to Core via. the chain source. Given bip157 is the chain source, it should be fine to use from_vec and log an error if that fails for whatever reason.

rustaceanrob · 2026-07-22T10:16:58Z

+							// Bound the download so an unresponsive peer can't park the fetch forever,
+							// then flatten the three error layers (timeout / receiver dropped / fetch
+							// error) into a single reason so the retry-or-fail decision is written once.
+							let fetched = tokio::time::timeout(


This will stop further filter checks even if there are filters available to check, which appears rather unfortunate. We already have a structure here BlockApplicator that is asynchronous, so I am wondering why we don't await the network bound task over there and let this task continue checking filters.

I haven't fully implemented proper error propagation, but it would look something like this:

diff

diff --git a/src/chain/cbf.rs b/src/chain/cbf.rs index 7baa4a0..6dd7ddd 100644 --- a/src/chain/cbf.rs +++ b/src/chain/cbf.rs @@ -4,6 +4,7 @@ use std::sync::{Arc, Mutex}; use std::time::{Duration, SystemTime, UNIX_EPOCH}; use bip157::chain::ChainState; +use bip157::error::FetchBlockError; use bip157::{ chain::BlockHeaderChanges, Builder as KyotoBuilder, Client, Event as KyotoEvent, HashCheckpoint, Header, IndexedBlock, Info, Node as KyotoNode, Package, Requester, TrustedPeer, @@ -122,7 +123,7 @@ pub struct CbfChainSource { #[derive(Debug)] enum ChainOp { - ConnectFull { block: IndexedBlock }, + ConnectFull { block: tokio::sync::oneshot::Receiver<Result<IndexedBlock, FetchBlockError>> }, ConnectFiltered { header: Header, height: u32 }, Disconnect { fork_point: BlockLocator }, Synced { tip_height: u32 }, @@ -146,7 +147,8 @@ impl BlockApplicator { async fn run(mut self) { while let Some(op) = self.ops_rx.recv().await { match op { - ChainOp::ConnectFull { block: ib } => { + ChainOp::ConnectFull { block: recv } => { + let ib = recv.await.unwrap().unwrap(); if ib.height != self.next_height { log_debug!( self.logger, @@ -611,63 +613,19 @@ impl CbfChainSource { let matched = indexed_filter.contains_any(all_scripts.iter()); let chop: ChainOp = if matched { - let mut attempt = 0; - let block = loop { - attempt += 1; - let handle = match requester.request_block(block_hash) { - Ok(handle) => handle, - Err(_) => { - log_error!( + let handle = match requester.request_block(block_hash) { + Ok(handle) => handle, + Err(_) => { + log_error!( logger, "Failed to obtain receiver for matched CBF block {}; node is stopped", block_hash ); - let _ = - ops_tx.send(ChainOp::Failed { error: Error::NotRunning }); - return; - }, - }; - - // Bound the download so an unresponsive peer can't park the fetch forever, - // then flatten the three error layers (timeout / receiver dropped / fetch - // error) into a single reason so the retry-or-fail decision is written once. - let fetched = tokio::time::timeout( - Duration::from_secs(CBF_BLOCK_FETCH_TIMEOUT_SECS), - handle, - ) - .await - .map_err(|_| { - format!("timed out after {}s", CBF_BLOCK_FETCH_TIMEOUT_SECS) - }) - .and_then(|recv| recv.map_err(|_| "receiver was dropped".to_string())) - .and_then(|fetch| fetch.map_err(|e| format!("failed: {:?}", e))); - - match fetched { - Ok(block) => break block, - Err(reason) if attempt < CBF_BLOCK_FETCH_RETRIES => { - log_debug!( - logger, - "CBF block fetch for {} {} on attempt {}; retrying", - block_hash, - reason, - attempt - ); - }, - Err(reason) => { - log_error!( - logger, - "CBF block fetch for {} {} after {} attempts; giving up", - block_hash, - reason, - CBF_BLOCK_FETCH_RETRIES - ); - let _ = - ops_tx.send(ChainOp::Failed { error: Error::TxSyncFailed }); - return; - }, - } + let _ = ops_tx.send(ChainOp::Failed { error: Error::NotRunning }); + return; + }, }; - ChainOp::ConnectFull { block } + ChainOp::ConnectFull { block: handle } } else { ChainOp::ConnectFiltered { header: indexed_filter.header(),

From readability perspective it makes sense.

My concern here is in that case we could process many new filters before we really got awaited block (e.g. during initial sync). Awaited block might reveal new scripts and therefore when we match filters we might get a false negative result.

Right now we wait for the block to be downloaded (though not applied) before the next filter is matched. Which is not perfect, but okay. It seems we'll need to synchronize kyoto's producer and block applicator's consumer then.

Ah, yes that's right. Perhaps not worth the refactor at this point then

randomlogin · 2026-10-02T14:56:36Z

Transaction broadcast:

All other chain sources have access to mempool and can reliably tell if a tx has been accepted to mempool and broadcast. This is not the case with CBF, thus we need to manually mark the transaction as broadcast and then in case it does not confirm in STALE_BROADCAST_EVICTION_SECS amount of time (2 weeks, same time interval as in Bitcoin Core), we consider it evicted. This is done to prevent double-spend attempt by ourselves (e.g. during channel open). It also means UTXOs would be falsely marked as spent in case the tx is not accepted into mempool.

This is implemented in commit 6e307bd.

Right now all CBF-compatible tests pass.

Tests genuinely incompatible with CBF due to mempool reliance:

onchain_send_receive (receiver node expects to see unconfirmed tx, which is not possible)
onchain_fee_bump_rbf
onchain_fee_bump_rbf_respects_anchor_reserve
rbf_splice_channel
rbf_splice_channel_original_candidate_confirms

To avoid messing around with CI, these tests succeed early when run on CBF chain source.

@tnull @rustaceanrob @febyeji I would appreicate if you review it and I'd be happy to solve any found problems.
Also let me know if this PR is too big. I can split it in several ones (some changes of code in this PR are prerequisites for CBF chain source and can be done as distinct PRs).

febyeji

I noticed a few potential issues below. Could you take a look and let me know if I’m missing anything?

Premature funding broadcast: ChainTipChanged can broadcast a newly created funding transaction before funding_signed arrives. Input reservation needs to be separate from broadcast eligibility.
Offline reorg on restart: Replay skips replacement blocks below the persisted tip, so connecting the next block can trigger LDK’s parent-hash assertion. The persisted chain needs reconciliation before replay.
Different listener heights: Replaying from the lowest height sends old blocks to listeners already ahead, triggering a chain-order assertion. Each listener needs synchronization from its own tip.

febyeji · 2026-10-05T01:38:09Z

+			#[cfg(feature = "chain-cbf")]
+			ChainSourceKind::Cbf { .. } => false,
 		}
 	}


Suggested change

}

}

pub(crate) fn is_cbf(&self) -> bool {

match &self.kind {

#[cfg(feature = "chain-cbf")]

ChainSourceKind::Cbf(_) => true,

_ => false,

}

}

febyeji · 2026-10-05T01:38:09Z

+											| TransactionType::InteractiveFunding { .. }
+									)
+								);
+								let is_stale = !is_funding


Please restrict this fallback to CBF. The shared handler currently also expires transactions recently observed in Esplora or Electrum's mempool.

Suggested change

let is_stale = !is_funding

let is_stale = self.chain_source.is_cbf()

&& !is_funding

randomlogin · 2026-10-07T00:11:57Z

I've started to test it in the wild (on mutinynet with ldk-server) and encountered this problem:

3. Different listener heights: Replaying from the lowest height sends old blocks to listeners already ahead, triggering a chain-order assertion. Each listener needs synchronization from its own tip.

Working on that.

I'll update the PR with new commits with all the suggestions.

`ChainListener` fans out LDK's `Listen` callbacks to the on-chain wallet, `ChannelManager`, `ChainMonitor` and `OutputSweeper`. It is not specific to the bitcoind backend, so any other block-driven chain source needs the same type. Move it, unchanged, next to `ChainSource` in `chain/mod.rs` so that other chain sources can reuse it without reaching into the bitcoind module. It stays gated on `chain-bitcoind`, its only user for now. No functional change. Co-authored-by: febyeji <yeji.han@sf.snu.ac.kr>

This is a prerequisite PR for compact block filter node. Contrary to all other chain sources, CBF chain source in tests is different from the node who mines blocks. That means we need to ensure the tx from chain source has been broadcast. In the same fashion we ensure that after the block has mined we received it from the mining node. Tests assumed that a node observes a freshly mined block as soon as `sync_wallets` returns. Make `generate_blocks_and_wait` and `premine_and_distribute_funds` return the new chain height, add `wait_for_node_tip` to poll until a node reports at least that height (syncing on every try, for pull-based sources), and use it after mining in the tests. Other changes: - Let `exponential_backoff_poll` return `None` instead of panicking when it runs out of tries, and `expect` at the call sites. - Return a `Result` from the on-chain tx type assertions, so a failure is reported at the call site. - Wait for the sweep transaction to reach the mempool before mining it, and wait for the transaction before mining in `unified_send_receive_bip21_uri`, so the blocks are guaranteed to include it. - In `lsps2_client_trusts_lsp`, wait for the client's tip, which the assertions inspect, rather than the payer's. Co-authored-by: febyeji <yeji.han@sf.snu.ac.kr>

Electrum fee estimation is used both by cbf chain and electrum chain sources, thus we make the function a free one. `ElectrumRuntimeClient::get_fee_rate_cache_update` only needs the runtime, the Electrum client, the network, the update timeout and a logger. Turn it into the free function `get_electrum_fee_rate_cache_update` so the estimation can be run without an `ElectrumRuntimeClient`. The client no longer reads its `config` field after this, so drop the field and the argument threaded through `start`/`new`. No functional change. Co-authored-by: febyeji <yeji.han@sf.snu.ac.kr>

* Add CBF chain source stubs for starting Add stub methods/functions, add basic build and start of the CBF chain source as well as basic struct containing the fields which undoubtedly are needed. * Populate revealed spks for CBF Ask wallet for revealed spks, register them. Implement `Listen` trait and add register_script method as well as implementation of registered scripts/outputs. Co-authored-by: febyeji <yeji.han@sf.snu.ac.kr>

Implement `process_kyoto_events` and `ChainOp`. Co-authored-by: febyeji <yeji.han@sf.snu.ac.kr>

Add `CbfFeeSourceConfig` and fee rate estimation for the CBF chain source. By default fee rates are derived from the coinbase outputs of recent blocks; optionally they are delegated to an Esplora or Electrum server. Expose the choice through `Builder::set_chain_source_cbf`, including the UniFFI builder. Co-authored-by: febyeji <yeji.han@sf.snu.ac.kr>

Co-authored-by: febyeji <yeji.han@sf.snu.ac.kr>

Also make `sync_wallets` wait until the applied tip reaches the chain tip, fix block fetching, and use the block header from the `IndexedFilter` event. On the test side, add CBF as a test chain source (bitcoind is started with P2P and compact block filters enabled) and wait for tx gossip before mining in some of the tests.

Previously the source of truth was the chain source: we can understand whether the tx has been broadcast by querying its mempool. This does not work with compact block filter node which does not have a mempool. With CBF we can only preemptively mark tx as broadcast and mark corresponding tx outputs as spent (to prevent double spend attempt or allow 0conf channels). This commit implements it via calling `apply_mempool_txs` with a tx to be broadcast (in `send_to_address`, `bump_fee_rbf` and `create_funding_transaction`). Stale transaction which is not confirmed during next 2 weeks (2016 blocks, same value as for bitcoin core) is evicted. To properly apply `WalletEvent`s we need to use the block time, not the current time. Bugfixes: remove persister lock Used Claude to write code

Also retry the assertions on the on-chain tx types: a node's own broadcast-queue processing can lag behind what electrs/bitcoind already see, so asserting once immediately is flaky.

A node might go offline on a reorganized block, which would make syncing stall after a restart. This commit adds a preprocessing step which runs once before the events from kyoto are processed. During the preprocessing step we check whether we have forked and disconnect blocks accordingly. Add a test for a deep reorg that happens while the node is offline. Still there might be a problem if several of chain monitors diverged and live on different forks, but other chain sources (bitcoind) ignore that and that perhaps requires a fix upstream.

febyeji force-pushed the add-cbf-chain-source branch 5 times, most recently from 6e39d0d to 86e88ce Compare March 16, 2026 06:35

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febyeji marked this pull request as draft March 16, 2026 11:49

febyeji marked this pull request as ready for review March 16, 2026 15:47

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rustaceanrob reviewed Mar 18, 2026

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febyeji marked this pull request as draft March 19, 2026 14:48

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randomlogin mentioned this pull request Mar 28, 2026

Add syncing via compact block filters (bip157) #821

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kaloudis mentioned this pull request Sep 25, 2026

LDK Node: add compact block filter (BIP 157/158) chain source as an option alongside Esplora ZeusLN/zeus#4749

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randomlogin mentioned this pull request Oct 13, 2026

Compact Block Filter chain source tracking issue #1165

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randomlogin and others added 8 commits October 13, 2026 23:11

cbf: implement process_kyoto_events

db06432

Implement `process_kyoto_events` and `ChainOp`. Co-authored-by: febyeji <yeji.han@sf.snu.ac.kr>

cbf: implement package broadcasting

ff306d8

Co-authored-by: febyeji <yeji.han@sf.snu.ac.kr>

tests: add waiting time for CBF tx propagation

d0ab9fc

Also retry the assertions on the on-chain tx types: a node's own broadcast-queue processing can lag behind what electrs/bitcoind already see, so asserting once immediately is flaky.

randomlogin force-pushed the add-cbf-chain-source branch from 10e5c05 to 74cfbc2 Compare October 13, 2026 21:12

-	}
+	}
+	pub(crate) fn is_cbf(&self) -> bool {
+		match &self.kind {
+			#[cfg(feature = "chain-cbf")]
+			ChainSourceKind::Cbf(_) => true,
+			_ => false,
+		}
+	}

	let is_stale = !is_funding
	let is_stale = self.chain_source.is_cbf()
	&& !is_funding

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febyeji commented Mar 15, 2026 • edited Loading Uh oh! There was an error while loading. Please reload this page.

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Design notes

Kyoto

Operation

Node aliveness

Scripts

Block applicator

Fee source

Reorganizations

CbfSyncState

Testing

History

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Transaction broadcast:

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