11677

XMR touched 645 before pulling back | Code optimization proposal closed without being merged | I’ll keep waiting for confirmation

I’m staying on the sidelines and won’t interpret an intraday spike as proof that privacy technology has been upgraded. First, an update on a project fact: Monero main repository PR #11677, which I mentioned earlier, was originally intended to optimize the reading of fixed-length Epee numeric arrays. Its GitHub status has now changed from Open to Closed, and the merge field is No. The maintainer explained that other proposals are being prepared to replace the entire serialization codebase, so locally speeding up an infrequently used path in the old code would have little value. The contributor said they understood and closed the PR. This is a technical trade-off, not a new release, a consensus upgrade, or evidence of a security incident on the network. The latest official release visible on Monero’s website is still version 0.18.5.4, dated October 16.

Why should traders care about this? In an open-source repository, “PR submitted,” “passed certain tests,” and “PR closed” are different statuses. Writing that a speedup in an individual benchmark directly means the entire XMR network is faster would overstate the fundamental catalyst. Calling an unmerged PR’s closure a failed fix or an on-chain malfunction would exaggerate the risk. This has no directly quantifiable impact on short-term buying. I’m more focused on whether the proposed replacement serialization approach can be reviewed, merged, and released, and whether node operators actually adopt it. On regulation, FATF recently launched a targeted review of how virtual asset service providers implement its standards. The document does not name XMR or announce any new ban on it; channel and liquidity risks still need to be checked platform by platform.

Price action itself offers a more direct constraint. A Kraken XMR/USD snapshot showed around $635.44, with an open of 630, an intraday low of 622.94, and a high of 645. The price briefly surged to 645, but then returned to around 636, indicating selling pressure at higher levels. We can’t just cite the high and claim a successful breakout. An earlier post mentioned a conditional plan near 639, but that also required holding above that level for an hour, a retest, and normal trading channels. I haven’t verified that all conditions were met, and I have no record of an actual fill, so I can’t say I entered a trade or made a profit. For now, 645 is the upside confirmation level, 630 is near-term support, and around 622.94 is the intraday risk boundary.

If I were trading this myself, I’d stay out for now. The only direction I’d consider is a small, unleveraged spot long, capped at 2% of total capital. I’d enter in tranches only if the one-hour candle closes above 645, the subsequent retest holds between 639 and 642, XMR deposits, withdrawals, and quotes are functioning normally on the platform I’m using, and the project has issued no new major security notice. The first target is 655, where I’d reduce the position by half; the second target is 668, with a trailing stop to protect the remaining position. The initial stop-loss is 632. I’d exit if the retest fails to hold 639, the price closes below 630, or trading channels suddenly become restricted. If none of these conditions is triggered, I’ll remain in cash and won’t use high leverage to bet on a single spike.

#XMR
The above is only my personal market observation and does not constitute investment advice.

XMR Serialization Optimization Proposal | Boundary Testing Matters More Than Benchmark Scores | I’m Not Chasing the Price for Now

My stance is cautious and watchful. On November 3, a new PR #11677 was added to the Monero main repository, proposing to optimize how Epee reads fixed-length numeric arrays from binary data. Previously, it read each item individually and repeatedly performed boundary and recursion checks. The new approach first resizes the array, then copies the data in one pass through the existing length-checked reading path; byte-order conversion is still done item by item. Strings, nested structures, and boolean arrays that require byte-by-byte validation will continue to use the original path. The page is currently marked Open: this is a code proposal awaiting review, not an official release, and it cannot be said that mainnet performance has already improved.

I’m more interested in the boundary tests listed by the author than in looking at benchmark scores alone. The proposal adds tests for empty arrays, truncated data, read positions, boolean validity, and recursion depth. The author reports that the relevant unit tests passed, but one test in the full suite failed because a helper program was missing, and testing in a big-endian environment has not been completed. The author explicitly says this reading path is relatively uncommon; typical P2P data mostly consists of strings and sections, and fields such as block weight are often sent as blobs. So even if a microbenchmark is faster, that does not imply that network-wide throughput, transaction confirmation times, or demand for XMR will change immediately. What really matters is confirming in review that parsing boundaries are not loosened, then observing performance in an official release after the change is merged. “The proposal exists” is a fact; “it will reduce node processing overhead in the future” is only a conditional inference.

Another market-related risk remains access to trading channels. On October 30, FATF announced a targeted review of how standards for virtual assets and service providers are being implemented. The document does not name XMR, nor is it an announcement of a privacy-coin ban today; however, how different jurisdictions implement the standards going forward could affect trading access and spreads. This mechanism should be considered separately from code maintenance. At the time of writing, Kraken XMR/USD is around $626.37, below the daily open of $630, and has fluctuated between $622.94 and $636.06 intraday, with a rolling 24-hour high of $636.90. The price has not broken above the upper boundary, and at this stage there is no sign that the market has repriced XMR in response to the optimization proposal. If it falls below $622.94 and fails to reclaim it on a rebound, the short-term support thesis is invalidated; only a move back above $636.90 and a hold there would indicate that buyers are attempting to take control.

If I were trading this myself, I would stay out for now and consider only an unleveraged spot long. The entry trigger would be a 1-hour close above $636.90, followed by a pullback that holds within the $632–$637 range, while also confirming that trading channels and quotes are functioning normally and that there are no new major security notices from official sources. If those conditions are met, I would invest no more than 2% of my total capital. The first target is $655, where I would sell half; the second target is $675, where I would close the remaining position in batches. I would set the initial stop below $619; if the pullback loses $632 and the price cannot recover it within an hour, I would close early. If the price first breaks below $622.94, I would cancel the original plan and wait for a new price structure. Privacy projects make it especially important to distinguish between code review, an official release, and market reaction; development progress should not be presented as gains already realized.

#XMR
The above is only my personal market observation and does not constitute investment advice.