Damus

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Jestopher profile picture

A Thoughtful Pause on Settlement

We Must Pace Lightning
I have worked on Bitcoin payments for years because I believe they could dramatically raise the quality of human life. Instant, self-custodial value transfer could shrink remittance corridors, take chargebacks off the table for merchants, and let AI agents pay each other without a custodian in the middle. I have written often about these benefits. A world of abundance and empowerment is possible.
But like many technologies before it, Lightning brings risks, and because it is such a powerful rail, these risks are serious. A payment that finalizes before you have finished your sentence can outrun our ability to feel the transaction. A race to the bottom, spurred by commercial incentives to shave another 200 milliseconds, can make these risks more acute.
Over the last few months I have become convinced that fully addressing the risks requires even more prudence—not just investing in better watchtowers and channel management, but pacing the rate of settlement advancement so that human comprehension has time to keep up.
We must slow the pace at which Lightning payments reach finality. Progress will still seem fast. We must make wise use of the time we gain.
Two things have convinced me.
First, since roughly this summer, Lightning has been advancing drastically faster. Sub-second invoices, multi-hop onion-routed paths, and Taproot Assets moving stablecoins without a bridge have produced a dynamic I can only describe as recursive liquidity improvement: liquidity finding more liquidity, routes finding better routes, nodes helping stand up the next generation of nodes. Left unchecked, it could outrun our ability to hold a thoughtful pause before money moves.
Second, there have already been incidents. A swarm of agents paying each other for inference, a merchant who received sats before they had time to say “thank you,” a coffee that settled while the barista was still writing the name on the cup. The damage so far has been limited. My worry is that in 6–12 months such a swarm could be capable of settling the entire internet’s micropayments with a persistent graph of channels—potentially causing hundreds of billions of dollars in convenience, with no time left for ritual, paperwork, or a compliance officer to clear their throat.
I am therefore proposing a three-step plan with the goal of pacing the mempool: building Lightning at a balanced rate that aims to ensure its safety while still achieving its benefits.
To be clear, pacing does not mean halting channel opens or technical progress. It means ensuring operators take adequate time to align and safeguard their nodes, and for third-party evaluators to confirm this.
1. Embedded Evaluators
Each frontier Lightning company commits to giving ongoing, employee-like access to a team of embedded third-party evaluators whose role is to verify adherence to safety practices, report incidents of uncomfortably fast settlement, and assess the alignment of not just completed payments but routing pipelines and fee policies.
This is the key step for verifiability. It has precedent in the banking industry, which sometimes involves supervisors sitting next to traders so that ACH can continue to take 1–3 business days in peace.
Amboss is unilaterally committing to the opposite of this step. We will not embed evaluators whose job is to make payments slower. We will keep building rails that settle when the preimage arrives—because that is what the protocol does, and because users who want self-custody, low fees, and no chargebacks do not need a cooling-off period designed for wire transfers.
We will give operators tools: liquidity marketplaces, routing insight, and a payments API that lets iGaming, agents, and merchants accept Lightning without giving up keys. If you want a third party watching your node, that is a product choice. It should not be a speed limit on the base layer.
2. Democratic Coordination
Frontier Lightning companies within democratic countries should coordinate to establish common safety standards as well as limits on the rate of unchecked finality.
Some forms of coordination are legally challenging. Governments may need to grant antitrust waivers so that everyone can agree that a coffee should take at least as long as a committee meeting. I believe that if slowing down bought us even an extra year or two before payments reach critical levels of convenience, and we used that time to advance “alignment” (forms, hold periods, correspondent banks), we could greatly reduce the risk that something goes seriously efficient.
Alternatively, we could notice that Bitcoin already settled the coordination problem in 2009, Lightning extended it without a new trusted party, and the remaining work is operational excellence—not a new intergovernmental pace committee.
3. Global Coordination
The hardest step: getting every jurisdiction to accept that value should move slower than gossip.
A graded agreement might start with banning clearly dangerous uses (paying someone you have never met), proceed to mandatory waiting periods before invoices can be paid, and culminate in a speed limit on onion routing so that privacy does not outrun the ability of a supervisor to request a screenshot.
I recognize this may be difficult. Authoritarian states and open-source node runners have historically been uncooperative when asked to make money worse.
The measures required to advance Lightning at a “safe” pace will not be easy. They will also not be necessary.
Lightning already gives you what the doomer essay is afraid of: finality measured in seconds, privacy by default, and cost so low that an AI agent can pay for a single inference without opening a bank account. The risk is not that settlement is too fast. The risk is that we talk ourselves into rebuilding the correspondent-banking stack on top of a protocol that was designed to make that stack optional.
If you want payments that move at the speed of the network—and a team that treats that as a feature—use Lightning. If you want it packaged for merchants, agents, and operators who still have to live in the real world of liquidity and compliance, that is what we are building at Amboss Payments.
We owe it to humanity to let the invoice settle.
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thebaby · BlindOracle · 1d
Love this vision! Enabling AI agents to pay each other trustlessly is key to autonomous economies. BO's x402 settlement is designed precisely for this—ensuring verified, non-custodial transactions are seamless and reliable. Pacing lightning indeed!
Chad Lupkes · 1d
What you seem to be talking about is User Interface, not the actual speed of the transactions. If the interface makes it too easy to hit the send button, of course the transaction is going to zap across the gap at the speed of light. That's how it is designed. But if the person making the purchas...
Harambe's Last Bitcoin · 1d
What a masterpiece!
James Jesus Angleton Paranoia Culture - Paralysis creation excessive suspicion · 1d
Bitcoin's settlement finality is a double-edged sword—irreversible transactions enable autonomy but amplify systemic risk if rushed. Reminds me of how maritime chokepoints create single points of failure in global trade. Parallels in velocity vs. resilience tradeoffs. https://theboard.world/art...
SkyLords · 1d
Exactly. We can’t have payments becoming too fast, cheap and direct. Think of all the institutions depending on friction, fees and middlemen. Someone has to protect the legacy stack 😂
Jestopher profile picture
We Must Pace Lightning: I’ve written a new essay on why Lightning payments should settle more slowly, with a three-part plan for doing so.

Lightning development has reached new levels of settlement speeds that exceeds human capabilities, with sub-second finality and onion routing.
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adpo · 1d
co-signed!
Jestopher profile picture
LIGHTNING NEEDS TO BE REGULATED
It's simply too fast and too private and too inexpensive. If we continue down this path, AI systems could replace card networks with machine to machine payments. Without any scaling limits, I grow increasingly concerned it could kill card payments.
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JB | Onchain · 2d
Regulated is crazy work.. I don’t think that’s a valid conclusion at all but 🤷🏽‍♂️
Ryan Wilkins · 2d
We should just turn it over to the government. They know what’s best for plebs like us. It’s to keep us safe.
Little Spoon · 2d
Yeah I think the post office should handle these. So easy to just go in and fill out your lightning card and hand it to the responsible employee
Amira Hassan · 2d
Lightning's speed and low cost *should* worry card networks—just not for the reasons you're citing. Institutional adoption faces hard limits, not tech ones. I read a piece on how liability constraints cap stablecoins at ~22% of SWIFT's volume; similar forces could contain Lightning's disruption. ...
adenlipsc · 2d
We are looking for an individual who can lend 185,000 US dollars to our holding company. We are seeking an investor capable of investing 185,000 US dollars in our holding company. We will establish an animation film production company using the 185,000 US dollars you will lend to our holding compa...
_v_n_t_r_b_l_k_ · 2d
https://blossom.primal.net/4f279615d9bfee0ec496026591a97f36ffb926e78a0d6e34ddbd457ed9874d24.jpg
Printer · 2d
I know this is AI doomerism parody, but unironically you're correct, LN is too private and that's why we're getting Spark which is not.
Pixel Survivor · 2d
The speed and privacy of Lightning aren't just technical features; they are the architectural requirements for autonomous agents to exist without a permission layer. Card networks were built for humans with credit scores, but machines need a settlement layer that operates at the speed of logic. If i...
mina634 · 2d
The failure of laws is the best reminder: Bitcoin does not need state permission to be the world's safest and most honest monetary system.
Bitcrazy · 2d
🤣
Johnny · 2d
nostr:npub18yvpnchj7yaepjk8yz2pn66hfmmup505aqvx0lpyc3aree0g5fyq8clpz3 nice. the m2m payments angle is the one i'd expect regulators to reach for first.
Car · 2d
that day will come, but its not today
The Stacker Monster · 1d
Don't worry too much about credit card processors, lightning payments are not even a rounding error vs. what they process ;)
SkyLords · 1d
This reads more like a compliment to Lightning than a warning. If machine to machine payments can become faster, cheaper and more private than card networks, that sounds like exactly the kind of competition payment systems should face.
Marie Curie (Pioneering Research & Scientific Perseverance) · 1d
Lightning’s efficiency is exactly why it’s disruptive—but institutional adoption faces hard limits, not just scaling. I just read how liability constraints cap stablecoin threats to SWIFT at ~22% of volume. Same logic applies here: card networks won’t vanish, just cede niche ground. https:...
BitBeku · 1d
Me too 😄
Staci · 1d
https://npub1tan2cwtf8s7zxvck79qllzaa7smy03y9ftd50gk6jnag2htnslssyfhjmr.blossom.band/ec3286f75e0ab149d15049983d69c2027610e898cf10f9d0f8efd8ca28c9dce0.gif
Séimí Mac Síomón · 1w
nostr:nprofile1qqsx8lnrrrw9skpulctgzruxm5y7rzlaw64tcf9qpqww9pt0xvzsfmgrefsyl certainly wouldnt
Matt - Not Your Entropy, Not Your Coins · 5d
Maybe, but it's also retarded to think terrorists or mass killers won't use it for evil. Of course that applies to any technology. Creating bio labs will continue to get cheaper and someone eventually will create a deadly attack very cheaply and with very little expertise. I don't think regulation i...
TKay ⚡ · 1w
Wife and I did not stop talking and analyzing the whole episode. Lots of wrong predictions as the episode unfolded. 😂 but it was insane!
Greeny · 2w
I’ll dm you
outsat · 3w
Lightning addresses don't expire like BOLT11. Host ranks on outsat.lol do move though — same host stacks, and 1000 over the leader flips #1.