🧩Market Flow & Fee Logic

At the heart of ERC-1001 lies a simple constant:

10 % of every trade re-enters the ecosystem as productive capital.

  • 8 % fuels the Accumulation Pool, providing perpetual liquidity.

  • 2 % powers the Burn Flow, guaranteeing deflation.

Over time, this creates a steady-state economy — volume produces liquidity, liquidity produces scarcity, and scarcity invites new volume.


⚙️ 1 Value Flow Diagram

Figure 4.1 — Fee Economics Flow The same liquidity that fuels buys also funds deflation, forming a closed feedback economy.


📊 2 Equilibrium Mechanics

SquareStrategy’s design targets a neutral equilibrium, where opposing forces balance automatically:

Force
Effect
Counter-Force
Result

Market Activity ↑

Fees ↑ → Liquidity ↑

Burns ↑ → Supply ↓

Floor stabilization

Market Activity ↓

Fees ↓ → Liquidity ↓

Accumulation Pause

Capital preserved

Supply ↓

Scarcity ↑ → Demand ↑

Floor Buys

Continuous motion

The protocol never over-corrects — it adjusts organically to real market volume.


💠 3 Liquidity vs Scarcity Chart

Scarcity ↑
│           ●●●●●●●●●●●●●
│        ●●             ●●
│     ●●                  ●●
│  ●●                        ●●
│●_______________________________ → Liquidity ↑

Figure 4.2 — Dynamic Balance At the system’s center lies the equilibrium zone where liquidity and scarcity reinforce each other.

Too much liquidity → inflation. Too much burn → illiquidity. SquareStrategy’s 8 / 2 ratio keeps the curve in the sweet spot.


🧠 4 Economic Behavior in Practice

  1. High Volume Phase → frequent executions + accelerated burns.

  2. Moderate Phase → slower cycles, steady equilibrium.

  3. Low Volume Phase → accumulation dominates until conditions reignite.

This “breathing” pattern ensures the system never collapses or overheats — it simply adapts.


🧮 5 Mathematical Stability Model

Let

  • L(t) = liquidity in pool,

  • B(t) = burn rate,

  • V(t) = market volume.

Then the system follows:

dLdt=0.08 V(t)−α L(t)\frac{dL}{dt} = 0.08\,V(t) - \alpha\,L(t)dtdL​=0.08V(t)−αL(t) dBdt=0.02 V(t)\frac{dB}{dt} = 0.02\,V(t)dtdB​=0.02V(t)

where α represents execution frequency. Over time, L and B converge toward equilibrium — ensuring the protocol neither drains nor over-accumulates.


🌍 6 Sustainability Perspective

Unlike token ecosystems that inflate to survive, SquareStrategy achieves sustainability through motion:

  • No new supply = no hidden debt.

  • Each trade strengthens the system instead of diluting it.

  • The loop requires only activity, not injection.

It’s not a yield farm — it’s a living, breathing economy.


🧩 7 Summary

  • 10 % royalty = perpetual fuel.

  • 8 / 2 split maintains economic balance.

  • Liquidity and scarcity form a self-regulating loop.

  • The system adapts organically to market volume.

SquareStrategy proves that NFT economies can sustain themselves — no emissions, no tokens, no external liquidity, just market physics turned inward.

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