Thank you for answering. I'll check out the link you provided, while also
playing around with the fee settings for my own full node, at my home
server.

On Wed, 3 Aug 2022 at 23:02, vjudeu via bitcoin-dev <
bitcoin-dev@lists.linuxfoundation.org> wrote:

> It is possible, because you can find nodes that accept low-fee
> transactions. And on some statistics, for example
> https://jochen-hoenicke.de/queue/#BTC,24h,weight,0 you can see that zero
> to one satoshi per virtual byte transactions could take more space than
> other transactions. You can be convinced that those charts are not fake by
> running a full node and reaching some nodes with different fee settings. If
> miners don't want to accept them, well, it is their choice to leave that
> money on the table. As long as the basic block reward is sufficient, they
> don't have to accept such low fee transactions, because they can wait
> instead, to receive them in some batched form.
>
> Also, some miners could accept only 10 sats/vB or higher, because why not.
> As long as your transaction will reach enough nodes to be confirmed, you
> can safely pick lower fees. For now, de-facto standard is one satoshi per
> virtual byte, but:
>
> 1) it is only declared, so you can rely only on declarations, not on hard
> consensus rules
> 2) there is no way to make sure if some transaction was truly rejected by
> some miner, or maybe it was saved somewhere
> 3) you can never be sure if some node is a miner and can enforce those
> different fee rules or not
>
> So, you can really judge only by how nodes behave, you cannot make sure in
> any way if anyone is running some additional rules. And fees are not a part
> of the consensus, so they can be freely adjusted by each node, and there is
> no way to make sure, what rules are really executed, you can only assume
> that, based on what transactions are included in blocks.
>
>
>
> On 2022-08-03 18:19:12 user Aaradhya Chauhan via bitcoin-dev <
> bitcoin-dev@lists.linuxfoundation.org> wrote:
> So, can we conclude by something, whether or not it would be possible and
> feasible in the future?
>
>
> On Mon, 1 Aug 2022 at 19:08, Peter Todd via bitcoin-dev <
> bitcoin-dev@lists.linuxfoundation.org> wrote:
>
> On Mon, Aug 01, 2022 at 01:19:05PM +0000, aliashraf.btc At protonmail
> wrote:
> > > On Sat, Jul 30, 2022 at 05:24:35PM +0000, alicexbt via bitcoin-dev
> wrote:
> > > like a hashcash-based alternative broadcast scheme.
> > Hi Peter,
> > I've been mulling the idea of attaching work to low fee txns, both as a
> compensation (e.g., in a sidechain, or an alt), and/or as a spam proof.
> Unfortunately, both suffer from ASICs:
> > For spam proof case, the adversary can easily buy a used/obsolete device
> to produce lots of spam txns very cheaply, unless you put the bar very
> high, making it almost impossible for average users to even try.
> > The compensation scenario is pretty off-topic, still, interesting enough
> for 1 min read:
> > Wallets commit to the latest blockchain state in the transaction AND
> attach work.
> > It is considered contribution to the security (illegitimate chains can't
> include the txn), hence isrewarded by fee discount/exemption depending on
> the offset of the state they've committed to (the closer, the better) and
> the amount of work attached.
> > For this to work, block difficulty is calculated inclusive with the work
> embedded in the txns, it contains. Sophisticated and consequential, yet not
> infeasible per se.
> >
> > Unfortunately, this scheme is hard to balance with ASICs in the scene
> too, for instance, you can't subsidize wallets for their work like with a
> leverge, because miners can easily do it locally, seizing the subsidies for
> themselves, long story, not relevant just ignore it.
>
> We're not talking about a consensus system here. Just a way to rate-limit
> access to a broadcast network used by a small minority of nodes. It's
> completely ok to simply change the PoW algorithm in the _highly_ unlikely
> event
> someone bothers to build an ASIC for it. Since this isn't a consensu
> system,
> it's totally ok if multiple versions of the scheme run in parallel.
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