Solana's push to shave its block times didn't meaningfully loosen the grip of memecoin sniping bots, according to measurement work from blockchain data firm Bitquery. After the final 200-millisecond slot reduction, outside buyers captured a 53% share of purchases within roughly 1.3 seconds. In samples taken before the change, that figure was 52%.
That's a single percentage point of movement. Bitquery's comparison is narrow by design — post-reduction samples set against pre-reduction samples, same measurement window — and it lands on a question that's been hanging over Solana's memecoin boom: whether faster blocks actually change who gets in first.
What the 53% figure actually measures
The number tracks outside buying, meaning purchases made by wallets outside the immediate launch or deployer circle, inside a 1.3-second window. It's a measure of how much early demand comes from independent participants rather than insiders or automated infrastructure. Moving from 52% to 53% doesn't suggest a new class of buyer has entered the picture. It suggests the composition of the earliest trades is roughly where it was before the slot change.
The final 200ms reduction was the last step in a series of slot-time cuts aimed at making Solana faster and more competitive with other chains. Faster slots mean blocks land more frequently, which theoretically gives ordinary traders more chances to land a transaction before a bot sweeps the available liquidity. The Bitquery samples don't show that playing out at the 1.3-second mark.
Why snipers are hard to dislodge
Bots don't need a full block to react. They monitor mempool activity and new pool creations, then submit transactions with priority fees and optimized infrastructure built for exactly this kind of race. Shortening the slot gives everyone a tighter window — but it also compresses the time in which a human trader has to notice a launch and act. A bot that was already fast in a 400ms window is still fast in a shorter one.
That's the mechanical problem behind the headline claim: faster slots change the clock, not the participants. The measured 1-point uptick is consistent with that reading. It's not zero — some marginal volume may have shifted toward outside wallets — but it's nowhere near the kind of shift that would indicate sniping pressure has eased.
The limits of a two-sample comparison
Bitquery's figures come from comparing post-reduction samples against pre-reduction samples. That's a clean before-and-after, but it's also a relatively coarse instrument for a market that moves on second-by-second conditions. Memecoin launch activity varies wildly by day, by token, and by whatever narrative is trending. A 1-point difference across two sample sets could reflect the slot change, or it could reflect which tokens happened to launch in each window.
The data also stops at the 1.3-second mark. It says nothing about what happens at 3 seconds, 10 seconds, or after the first minute, when the initial snipe has already resolved and later buyers arrive. If faster slots shifted activity later in the curve rather than earlier, this measurement wouldn't capture it.
What to watch next
The open question is whether Bitquery or another data provider extends the sample across more launch windows and longer time horizons. A wider dataset would show whether the 1-point move holds up or washes out, and whether outside participation changes at intervals beyond the first second. Until then, the headline claim stands on a thin margin: 53% versus 52%, measured once, after the last cut to Solana's slot time.
