L1X Reward Mechanism

Blockchain-based token economy design requires a rigorous engineering approach to be able to sustain and lead to a virtuous cycle of growth driven by network effects. Token engineering can be defined as the theory, practice, and tools to analyze, design, and verify tokenized ecosystems. Token engineering encompasses theoretical concepts being applied to create and deploy a token economy. Defining the main goals of the token system is a critical step in token engineering leading to rigorous analysis, design, and verification of ecosystems and desired behavior.

Layer-One.Coin (Layer-One.C) measures its stability and facilitation of transactions by engaging its resource accessibility model to tend toward the right balance between the supply and demand intersection to be determined by time 𝑡 and resources 𝑟 on the network.

The goal to reduce the friction to an optimal level based on the correlation takes the following sequence:

• Decrease in friction/transaction cost leads to,

• Increase in token transaction leads to,

• Increase in token velocity leads to,

• Increase in Supply of tokens then leads to the,

• Decrease in the Dollar Value of the token.

The factor of 𝑡 and 𝑟 on the network are directly correlated to Demand 𝐷 and Supply 𝑆 on the network. Here, the friction of the token with the number of Groups and the Consensus Mechanism of relatable transactions are correlated.