1.4 Algorithmic Node Pricing and Distribution Model

Cashtap uses an algorithmic node pricing model that increases the price of each node tier as more $CASH enters circulation. This creates a fair and naturally progressive distribution, where early and smaller participants benefit the most from the network’s growth.

Each time 1,000,000 $CASH is allocated across the network, the exchange rate adjusts upward, and the cost of Partial and Founder Nodes increases automatically. Since node pricing is directly linked to the $CASH exchange rate, the price of every node tier rises proportionally as adoption expands.

Example:

• Partial Node 1 allocates 75,000 $CASH.

• At the early exchange rate of $0.0009 per $CASH, this Partial Node cost:

  • 75,000 × $0.0009 = $67.50 USD

• As network participation increased, the current exchange rate rose to $0.0074 per $CASH, making the same Partial Node now cost:

  • 75,000 × $0.0074 = $555 USD

This upward adjustment also applies proportionally to Partial Node 2 and Partial Node 3:

• When the system crosses each 1,000,000 $CASH allocation threshold, the next tier increases by +10%

• Partial Node 3 already contains 2,000,000 $CASH, meaning its price includes two 10% increases

This structure ensures that smaller, earlier participants gain more benefit, while preventing large capital holders (“whales”) from acquiring disproportionate control over the network.

Key Principles of This Model:

• Fairness → Rewards early adopters, not the largest wallets

• Decentralization → Encourages wide and diversified node ownership

• Network Stability → Prevents single entities from accumulating controlling stakes

• Sustainable Growth → Node value rises only as real adoption occurs

By prioritizing distributed ownership, the algorithmic pricing system protects the integrity of the Cashtap ecosystem and supports a healthier, more resilient network long-term.