Pi Network News: Why the PIRC 23.8 floor creates a contradiction with exchange prices

A post from pioneer Daniel F is generating discussion in the Pi community, with the central argument focused less on price speculation and more on the technical relationship between Pi’s DEX pricing and its activity on centralised exchanges.

The core argument

The discussion centers on PIRC tokens, which are described as having a design feature that protects holders from losing more than 23.8% of their initial listing value, measured in Pi. Daniel’s argument begins from that floor.

He contends that if PIRC tokens cannot fall more than 23.8% relative to Pi, then Pi itself must show a corresponding level of price stability for the protection to be meaningful. In his view, a token whose floor is measured against a highly volatile asset is not truly “floored” in practical terms.

Daniel argues that for the 23.8% protection to work as described, Pi’s liquidity would need to behave more like a stablecoin than a speculative asset. He writes that if proponents explain the protection as a guarantee that PIRC tokens will never lose more than 23.8% of their initial value, they would effectively be acknowledging that Pi liquidity acts like a stablecoin.

The contradiction

Daniel points to a tension between that implied stability and observed market behavior. Pi trades on centralised exchanges at prices set by speculative market activity, and those prices have already experienced significant volatility.

He also notes that Pi has dropped by more than 90% from its peak by some measures. In his framing, this creates a conflict: if the DEX includes a protected floor measured in Pi while Pi is simultaneously trading as a volatile asset on centralised exchanges, then either the floor protection is weaker than it appears or the DEX pricing mechanism follows fundamentally different logic than exchange pricing.

One community member extended the arithmetic: if PIRC tokens are expected not to lose more than 23.8% of their listing price measured in Pi, then Pi—the most liquid token—would be expected to move by a similar ratio around 23.8% at that time.

Transparency and unanswered questions

Daniel’s broader point is about transparency rather than forecasting. He argues that the technical architecture of Pi’s DEX and its relationship to exchange-listed Pi create a logical tension that has not been publicly addressed.

In his view, speculators on centralised exchanges are operating under one price discovery mechanism, while pioneers using the DEX and Launchpad are operating under another. He asks why the liquidity of tokens measured in Pi cannot fall if Pi itself is volatile.

The question remains unresolved in the community. Whether the lack of a clear answer is strategic, technical, or simply a matter of timing continues to be debated.