Ten minutes after the call

28,971 Telegram calls, priced every ten seconds from the moment they fired. What actually happens next.

What each group actually calls

Channels with at least 20 priced calls, split by the market cap of the token when it was called. Groups at the top call the freshest, smallest tokens.

Where calls end up at their best

Every call by the highest price it reached in ten minutes.

When the pop actually happens

The minute in which each call reached its own best price. Calls that never traded above the call price are excluded, so this is the exit window for the ones that moved.

How long does the pop last?

The share of calls still trading above the call price at each minute, and the share still up twenty percent or better. The decay is the story: it is why the exit matters more than the pick.

By channel

Reading the two graduation columns together. Reached a DEX is the share of a channel's calls on pre-graduation tokens that later graduated; Call to DEX is how long that took, at the median. The channels with the highest rates get them almost entirely from calls that graduate within a minute or two, and when we exclude those, no channel in our sample beats what the token's market cap at call time already predicted. So a high rate paired with a short time means the channel spots migrations fast — useful, and worth ranking — but it is not evidence that it picks tokens that will later do well.

Rows marked aggregator republish calls made in other channels rather than making their own, so they carry no score and sort last: those calls are real and stay in the totals above, but the credit belongs to whoever called first. Everything else is sorted by score: each channel's median peak pulled toward the overall median in proportion to how little data it has, so twenty calls cannot outrank six hundred on luck. Every raw number is shown and every column sorts. Path is that channel's own median price across the ten minutes. Anything under about 100 calls is a hint, not a measurement.

In automatic mode the Trade buttons open the cheapest bot at the size you entered, through our referral link; where bots tie on fees, the buttons alternate between them, starting at random on each visit. Photon and GMGN both charge 1 percent per leg, so they tie at every size. The Photon rate is confirmed four independent ways; the others rest on stated terms or thinner measurements - see The League. We are not telling you to trade these calls - this page shows most are underwater within ten minutes. But calls get traded regardless, and what each bot charges at your size is a fact, not an opinion.

Does the pop pay for itself?

Method and what is missing

Each call was registered the moment it appeared, then priced from public market data every ten seconds for ten minutes. Peak is the highest price reached in that window; underwater means the price at minute ten was below the price at minute zero. We use the first observed price as the baseline, not the price quoted in the message, because that is the earliest price a reader could actually have paid.

Gaps we are not hiding: 5 signalled tokens had too few price readings to grade and are excluded - mostly Solana100xCall | Memecoin Call (1), Call Analyser 2 (1), Moo Deng President (1), Solana100xCall (1). Those channels are missing because we could not measure them, not because they did badly. The sample is live and growing, with a ten minute window per call. The April 2026 sample it replaced is kept for comparison above.

Calls we could not have traded: 8989 of the 37,960 gradable calls contain a price jump of 1.5x or more between two consecutive ten-second readings - a price no order could have been filled at - and are excluded from every number on this page. Jumps within sixty seconds of that token's own graduation to a DEX are kept rather than excluded, because that is a real move a holder can capture and not a bad print: that exception returns 1032 calls. The rule is not clean. Calls that graduated inside their tracking window are still excluded at about 41 percent against a 22 percent base, so this page still under-represents them. At a 2.0x threshold the exclusion falls to about 5 percent and that gap nearly closes; we publish 1.5x because that is the threshold we registered in advance. The April 2026 comparison above uses the plain 1.5x rule with no graduation exception, because our graduation record starts on 1 June and April calls cannot be matched to it - gating the two samples differently would fake a difference between them.