Revenue- backed Digutal Assets

Revenue-Backed Digital Assets

Rethinking the Relationship Between Payments and Reserve Assets

From the beginning, the InterLink token was designed as a payment asset. Our initial vision was to build a digital economy where value could move freely between users, merchants, and services through a decentralized network.

However, as we studied the economic structures of both traditional finance and existing blockchain ecosystems, we identified a fundamental conflict that many systems struggle to resolve.

A reserve asset is designed to appreciate over time and protect against inflation. It serves primarily as a store of value, accumulating purchasing power as adoption grows.

A payment currency, on the other hand, requires relative stability. Merchants need predictability when accepting payments for goods and services. Excessive volatility introduces risk, making it difficult for businesses to rely on the asset for everyday commerce.

In many blockchain ecosystems today, these two functions are often forced into a single asset without a clear structural solution. As a result, the system tends to drift toward speculation rather than real economic activity.

At InterLink, we approached this challenge from a different perspective.

Instead of forcing a single token to behave simultaneously as both a speculative asset and a stable payment medium, we designed an architecture where real economic activity itself becomes the mechanism that reinforces asset value.

This is where the concept of the Revenue-Backed Digital Assets Protocol emerges.

In this model, merchants can tokenize their businesses into digital assets that function similarly to a form of digital equity. These assets are anchored to the InterLink token, which serves as the base settlement layer of the ecosystem.

The key innovation lies in how transaction revenue is automatically redirected into the digital asset layer.

When a payment is executed within the InterLink ecosystem, the protocol can allocate a small percentage of the transaction amount, such as 5%, as part of the system’s economic feedback mechanism.

Instead of simply collecting this fee as protocol revenue, the system automatically routes this portion into an on-chain liquidity pool and uses it to purchase the merchant’s tokenized digital asset through an automated market maker (AMM), similar to how swaps occur on decentralized exchanges such as Uniswap.

For example:

A customer pays 100 ITL to a merchant for a product.

The protocol automatically allocates 5 ITL (5%) from the transaction and routes it into the liquidity pool.

Through the AMM mechanism, this 5 ITL is used to buy the merchant’s digital asset token from the liquidity pool, following the standard constant-product pricing model used by decentralized exchanges.

Within the InterLink architecture, each merchant-issued asset is paired with InterLink in a dedicated liquidity pool structured as:

BusinessToken / ITL

This pool operates using a constant-product AMM model, commonly expressed as:

x · y = k

Where:
x represents the amount of BusinessToken in the pool
y represents the amount of ITL in the pool
k remains constant as trades occur

When the system routes transaction fees into the pool, the incoming ITL is automatically swapped for BusinessToken through the AMM mechanism. As a result, BusinessTokens are continuously removed from the liquidity pool while ITL flows into it.

Over time, this mechanism creates consistent buy pressure driven directly by real transaction activity.

Merchants that generate higher payment volume will therefore see more capital flowing into their liquidity pools, strengthening both liquidity depth and the market valuation of their tokenized assets.

In practical terms, the economic success of a business becomes directly reflected in the market dynamics of its on-chain asset.

Rather than relying purely on speculative demand, the system introduces a mechanism where everyday commercial transactions continuously feed value back into the digital asset layer, aligning on-chain asset growth with real economic productivity.

Through this architecture, InterLink connects payments, liquidity, and business performance into a unified economic system, where real commerce becomes the engine that powers digital asset value.