Sustainability token
The first token whose price responds to real activity
LUN combines economic volume, usage behavior, and sustainability to build a dynamic, stable price that works in the real world.
10M tokens
Initial supply
Real usage focus
Activity and behavior
Algorand
Low-energy network
The problem with today’s cryptocurrencies
Much of crypto value still depends on speculative narratives, external liquidity, and attention cycles rather than sustained economic activity. That drives extreme volatility, limited everyday utility, and legitimate distrust in the asset.
A structured economic model
LUN does not rely on hype as its main driver: price can evolve with real economic activity, volatility governance, and incentives aligned with responsible use of the system.
- Transaction volume anchored to real activity
- Mechanisms to contain extreme volatility spikes
- Incentives aligned with sustainable usage practices
- A defined, communicable growth trajectory
Simulate price behavior
Adjust the key variables and watch how the aggregate outcome evolves. The model logic runs in a secure, validated environment.
Protected model — calculation runs on the server
Daily economic volume represented in the simulation
$1,000,000
Share of activity aligned with sustainability criteria
30%
Daily transactions considered in the scenario
500,000 tx/day
This simulator is meant for reasonable scenario exploration. We may apply protections against intensive automated use or repetitive probing patterns, prioritizing a stable experience for real visitors.
Result
- Token price
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- Daily change
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- Sustainability index
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How LUN works
Price is computed through a multi-layer system that, together, turns economic activity and usage quality into signals compatible with operational stability: daily activity is assessed, the structural quality of transactions is filtered, growth is adjusted for sustainability, and limits are applied to preserve usability.
Internal details are not published in this demo: you see the aggregate outcome, not the step-by-step process.
Usage matters
Moving volume is not enough: how it is generated and what consumption it supports matters. The behavior layer distinguishes structurally healthy activity from patterns that do not add useful signal to the system.
Not all volume is equal.
Stability without rigidity
The design includes structural bounds to avoid extreme swings that would make payment use impractical, while still allowing progressive growth when activity supports it.
An economic system, not just a token
- Value can come from verifiable activity, not only from expectation.
- Usage behavior is part of the economic signal.
- Growth aims to be structured and governed, not only “higher”.