TechFlow reported on June 15 that Glassnode posted an analysis on X stating that its Accumulation Trend Score shows a clear change in Bitcoin on-chain behavior. After Bitcoin’s price moved down into the $60,000 range in early June, addresses on-chain began to shift more visibly toward accumulation rather than continued distribution.
Accumulation Trend Score Points to Stronger Buying Behavior
Glassnode explained that the Accumulation Trend Score combines holding size with recent balance changes. The metric is designed to measure the strength of accumulation by entities on-chain. A value close to 1 represents broad accumulation, while a value close to 0 represents sustained distribution. Under this framework, the latest movement in the score indicates that accumulation activity has strengthened.
As Bitcoin entered a lower price range, scores rose at the same time among holders of different sizes. Glassnode described this as a typical buy-the-dip structure. In that structure, the price decline did not lead to persistent selling; instead, it triggered a stronger return of on-chain demand. The point of the observation is that the change was not limited to one specific holder group, but appeared across multiple size tiers.
Synchronized Accumulation Across Holder Tiers
According to Glassnode’s analysis, this kind of synchronized accumulation across tiers usually appears in the early phase of market sentiment repair. The on-chain pattern therefore shows a shift from distribution toward accumulation after Bitcoin traded in the lower range in early June. Glassnode said the behavior reflects long-term and medium-term capital repositioning.
The report is based on Glassnode’s public post on X and the metric it cited. By placing holding size and balance changes into the same scoring model, the Accumulation Trend Score allows observers to compare how different holder groups behaved after Bitcoin’s price decline. In the metric’s own definition, readings closer to 1 correspond to broad accumulation, while readings closer to 0 correspond to continued distribution.