Mobile nodes, Bolt12, Splicing, and Gossip-based Apps like Liquidity Ads are some of the biggest counter-signals in Lightning right now.
It's the first item that created all the other bad ideas, the high time-preference notion that mobile device nodes are a viable solution. ACINQ unfortunately got themselves pot-committed to this silliness.
Instead of biting the bullet and tackling remote-node incentives and UX, these never-ending Rube Goldberg proposals have given many the impression there is no hope for Lightning.
The absolute state of mobile node maxi's:
  • Re-inventing the utterly broken and useless Tor via Bolt12
  • Bear-tech like splicing, the primary use-case of which is shrinking channels because their mobile LSP's aren't sustainable
  • And abusing the gossip protocol with garbage like Liquidity Ads, because using nostr or other web tech might force them to pivot to using Lightning correctly as web money.
  • All while letting Apple/Google exfiltrate everything the intel agencies need to PWN the network
The real future of Lightning is Nostr based offers, connections, accounts, and zero-configuration networking... directly to webapps and wallets... re-decentralized to better performing remote nodes run by Uncle Jim.
reply
If you don't like what ACINQ is doing, you can always participate in or support the companies and projects that do what you want :)
reply
Very insightful, what makes you think I don't?
reply
There is a tendency in both of Bitcoin’s official layers to avoid relying on external dependencies not limited to but including the web. You make it seem like a childish position to hold though. For money, might it be desirable to avoid inheriting the threat model of less threat-conscious systems?
reply
That makes sense with the money protocols themselves, but the things mentioned above are applications over the money layer, not money protocols.
There is rightly a chorus of shriek when people propose doing things on Bitcoin that should be done at other/higher layers, the famous "you don't need a blockchain for that".
The analog here is, you don't need to bloat Lightning for that.
The web is the standard for applications, with its threats well-known and largely accustomed to and mitigated. It's also unavoidable, as in for all of Bitcoin's security efforts I would wager most nodes have implicit trust somewhere along the line of an SSL cert.
Nostr is an ideal application layer, it takes web commodities and makes them more ad-hoc network friendly with with relays and keys. Putting applications here is not only like practicing good QoS, it's simply meeting the world we want to get onboarded where they are: the web.
reply
When stated plainly, your broad point is fair.
What you're proposing and what you oppose aren't mutually exclusive though afaict. The best Rube Goldberg machine will win. It seems worthwhile for us to try building both. One could argue each existing meaningfully informs the design of the other and I'd predict we end up with a hybrid of the competing systems.
reply
I think you're right as a technical matter, but in networks it goes beyond tech into narratives, optics, and their effects on people. As such, and combined with several personal anecdotes, I see these proposals and the entities behind them as hostile to the mission.
The principles here so different that they repel each other. Maybe you're right in that's positive entropy, as order comes out of chaos. It has it's made me prioritize a protest build.
But on the other hand, it's disrupting momentum elsewhere. And these self-congratulating, self-annointed experts, projecting a consensus of the future of Lightning must be met with overwhelming resistance if we're to benefit from competition.
reply
The proposals are competing for scarce resources on some level for sure.
I think the principles are different because the winning principles are yet unknown.
If the side you oppose is competing unfairly, that sucks and I hope it changes.
reply
Exploring the Exciting Innovations in the Next Generation of Bitcoin Lightning Wallets: Phoenix by ACINQ
The Bitcoin world is abuzz with the rapid evolution of Bitcoin and the Lightning Network, and at the forefront of this transformation is ACINQ's Phoenix wallet. In a recent discussion with Bastien Teinturier, the CTO of ACINQ, we delved into the innovative features that Phoenix brings to the table, promising a remarkable self-custodial experience for Bitcoin and Lightning users. Let's explore some key highlights of our conversation:
Navigating a High Fee Environment: In a world where Bitcoin transaction fees can fluctuate dramatically, Phoenix introduces a fee structure designed to provide users with greater control over their transaction costs. This is a much-needed feature in the current high-fee environment, allowing users to optimize their Lightning transactions for efficiency.
The Phoenix Fee Structure: Phoenix's fee structure empowers users by offering options to customize their transaction fees based on urgency and budget. This flexibility is a significant step forward in improving the user experience and ensuring cost-effectiveness in Lightning transactions.
Splicing and Its Implications: The introduction of splicing in Phoenix opens up exciting possibilities. Splicing allows users to dynamically adjust the balance between their on-chain and Lightning funds. This feature is incredibly valuable, as it enables users to optimize their Lightning channels and liquidity management.
Dual Funding and Liquidity Ads: Phoenix introduces dual funding, making it easier for users to open channels collaboratively. Additionally, liquidity ads offer a novel way to provide liquidity to the network and potentially earn fees, creating a win-win situation for users and the Lightning ecosystem.
Building on a Smartphone App: Phoenix's focus on smartphone usability is a game-changer. With user-friendly interfaces and intuitive controls, it simplifies the Lightning experience for both beginners and seasoned users, all while fitting in your pocket.
Addressing Security Concerns: ACINQ takes user security seriously, and Bastien Teinturier emphasized that the company cannot access or "steal" user funds. The design of Phoenix ensures that users have complete control and ownership of their Bitcoin and Lightning funds.
Autonomous Payment Orders (APO): Phoenix also introduces Autonomous Payment Orders, a feature that streamlines payment routing and simplifies the Lightning experience, making it more accessible to a broader audience.
Challenges and Reasons to Be Optimistic: While Phoenix brings numerous improvements, there are still challenges to overcome, such as scaling and interoperability. However, the dedication and innovation demonstrated by ACINQ give us every reason to be optimistic about the future of Bitcoin and Lightning wallets.
In conclusion, Phoenix by ACINQ represents a significant leap forward in the evolution of Bitcoin Lightning wallets. Its user-centric design, customizable fee structure, splicing capabilities, and commitment to security make it a promising choice for anyone seeking a self-custodial Lightning wallet. As the Lightning Network continues to mature, wallets like Phoenix are instrumental in driving its adoption and utility, ushering in a new era for decentralized finance.
reply