Implementation and usage possibilities

Token money is programmable. Its creators can determine how it is issued, transferred, taxed and governed, while applications can add incentives around how it is used.

The possible implementations extend beyond digital versions of existing national currencies. A token can represent a commodity, fractional ownership of an asset or a community-specific claim.

An asset does not need to be created as money before it begins functioning as a medium of exchange. If participants are willing to receive and transfer it, monetary use can emerge from ordinary exchange.

This flexibility creates a broad range of possibilities, but it also makes simplicity important. A token burdened with too many rules may become difficult to understand, govern and accept.

New governance structures

Token communities can redesign how monetary decisions are made.

Some may prefer fixed rules requiring no continuing governance. Others may allow users to vote on supply, demurrage and treasury expenditure.

Voting power can be connected to token ownership, identity, membership or contribution. Each approach distributes influence differently.

Ownership based voting is easy to verify on-chain but favours large holders. Identity-based voting can support one-person, one-vote arrangements but requires a reliable identity system.

Contribution based governance can recognise labour and participation, but measuring different contributions consistently is difficult.

A community can also delegate decisions to elected representatives or specialists. This may improve efficiency while concentrating authority.

Web3 networks make these arrangements technically possible, but they do not determine which one is legitimate or effective.

Automated monetary rules

A token can operate through predetermined rules that respond to on-chain conditions.

Supply may change according to demand indicators, while demurrage may adjust in response to liquidity or holding patterns.

Automation can reduce the need for recurring political decisions. It also makes the token dependent on the accuracy and security of its inputs.

On-chain transaction and liquidity data can be manipulated. External economic data requires oracles and trusted information sources.

The token community may accept these risks because the consequences remain limited to its own monetary system rather than the underlying network.

Automated rules should still remain understandable. A system that participants cannot evaluate may lose confidence even when it operates as designed.

Token demurrage

A token can apply demurrage directly to balances.

The carrying charge may transfer tokens to a community treasury or remove them from supply. Treasury transfer creates funding, while burning produces a contractionary effect.

A proportional charge is easier to apply consistently than a nominal account fee. It scales with the amount held and avoids consuming small balances through a fixed deduction.

The token can reduce the rate for selected uses, including local exchange liquidity, lending and contract collateral.

Every reduction increases complexity and creates opportunities for avoidance. A community may prefer one simple rate if the benefits of differentiated treatment are limited.

New medium-of-exchange designs

A token can remain focused on the basic task of transferring value. It can also incorporate rules and incentives connected to community objectives.

The community may recognise commitments of time, participation or access to future resources as economically valuable.

A token system might account for these commitments when issuing units or determining eligibility for benefits.

This expands the concept of exchange beyond payment using a conventional asset. Participants can receive value for contributions that the community has agreed to recognise.

Combining several kinds of claims within one fungible token can make its value difficult to understand. The system must establish what each unit represents and why recipients should accept it.

The programmability of tokens makes experimentation possible, but monetary usefulness still depends on clarity and general acceptance.

Commodity-backed token money

A token can represent ownership of a commodity such as gold, silver, wood, corn or wheat.

The physical commodity remains with a custodian or within another ownership arrangement, while the token represents a transferable claim.

Tokenisation makes the asset more divisible and easier to transfer. A participant can exchange a small fraction without moving the physical commodity.

If many people are willing to accept the claim, the token can function as money.

The token inherits risks from both the commodity and the representation system. Its value changes with the commodity’s market price, while holders depend on the backing being genuine and redeemable.

The underlying commodity may impose storage and security costs even when the digital token is easy to hold. Those costs must be funded somewhere within the system.

A commodity-backed token may therefore be highly storable for the user while relying on an institution responsible for the physical asset.

Commodity tokens not intended as money

A token created to represent ownership can acquire monetary use without being designed as a currency.

Suppose several participants already want exposure to a gold-backed token. They may begin accepting it directly for goods and services rather than exchanging it into another currency first.

The token then functions as a medium of exchange within those transactions.

The same can occur with agricultural commodities or other widely valued assets.

This does not mean every tokenised commodity will become money. Price volatility, redemption costs and limited acceptance may prevent broader use.

Web3 networks nevertheless increase the number of assets that can technically participate in monetary exchange.

Fractional-ownership money

A valuable asset such as property or a collectible can be divided into many fungible ownership tokens.

Each token represents a fraction of the underlying asset. Participants can transfer smaller portions without selling or dividing the physical object itself.

If the ownership tokens are liquid and widely valued, people may accept them as payment.

A house token was not necessarily created as money, but it can become a medium of exchange when participants are willing to receive fractional ownership.

The token’s purchasing power depends on the value and income of the underlying asset. It also depends on the legal and institutional arrangements connecting the token to ownership.

A decline in the asset’s value affects the token, while disputes over custody or ownership rights can undermine confidence.

Asset-backed monetary diversity

Commodity and fractional-ownership tokens increase the range of assets available for exchange.

Instead of selecting only between national money, stablecoins and network coins, users can transfer claims on many forms of wealth.

This may reduce the distinction between monetary assets and investment assets. A token can be held for expected appreciation while also being accepted in payment.

The store-of-value and medium-of-exchange functions may therefore be distributed across several assets rather than concentrated in one currency.

This diversity creates flexibility but also makes pricing more complex. Participants need liquid markets and reliable information to compare the tokens.

Wallets and applications can automate conversion, but they cannot remove the underlying price and asset risks.

Incentive layers

The token itself can remain simple while applications create incentives around its use.

A business may offer a discount to customers paying with community token money. An application may provide benefits to participants who have recently contributed to a shared initiative.

The incentive does not need to become part of the token’s core monetary policy. It can be implemented as a separate application layer.

This separation reduces complexity. The token provides a consistent medium of exchange, while businesses and communities experiment with different rewards.

If an incentive fails or becomes unpopular, it can be changed without replacing the token.

Application-level incentives also allow several organisations to create different benefits around the same money.

Contribution-based incentives

A community may want to reward people who provide labour, knowledge or support to particular initiatives.

A participant can receive tokens for the contribution or provide proof of contribution when claiming another benefit.

For example, a business might offer a discount to users paying with community money who can also demonstrate recent participation in an approved project.

This connects monetary exchange with behaviour the community wants to encourage.

The verification process must determine whether the contribution is genuine. If rewards can be claimed through artificial activity, participants have an incentive to game the system.

Keeping the incentive separate from the core token limits the damage if the verification mechanism fails.

Local liquidity incentives

A token-money system benefits from markets through which users can enter and exit.

The community can reduce demurrage or provide other benefits to participants supplying exchange liquidity.

Pairing the token with the network coin provides access to the wider ecosystem. Pairing it with a national currency token or stablecoin can improve price comparison.

The token may also serve as a common pairing for assets used within its own community.

A local marketplace does not need the same depth as a global network-coin market, but it requires enough liquidity to process ordinary exchanges without excessive slippage.

Incentives should focus on markets that participants actually use. Subsidising a large number of inactive pairings fragments liquidity and wastes treasury resources.

Contract collateral

Token money can be used as collateral within community agreements.

A local business, online platform or game can require participants to commit tokens before receiving access to a service or entering an agreement.

The collateral creates an economic consequence for failing to comply with the applicable conditions.

A community token may be more appropriate than the network coin when the agreement is specific to that community. The participants already understand and accept the token’s value.

The network coin can remain available as a broader form of collateral when parties need an asset with global liquidity.

Token collateral is exposed to the monetary system’s stability. A rapid decline in token value may leave an agreement under-collateralised.

Multiple forms of token money

Applications can accept several tokens and allow users to select their preferred form of payment.

The recipient may specify which assets they accept, while the sender’s wallet converts automatically when necessary.

This allows community money, commodity tokens and fractional-ownership assets to coexist.

A common unit of account may still emerge for pricing even when payment occurs through several assets.

The use of multiple tokens does not eliminate monetary competition. Participants will prefer assets with better acceptance, stability, liquidity and governance.

A token can retain a specialised role without becoming the dominant currency for every transaction.

Simplicity and composability

Tokens interact with wallets, exchanges, lending protocols and other smart contracts. This composability increases their usefulness but also means unusual token rules can create compatibility problems.

Applications may assume balances remain constant unless a transfer occurs. A demurrage token violates that assumption unless the application accounts for the carrying charge.

Transfer restrictions, expiry and complex rebasing rules can create similar difficulties.

A simple implementation is easier for applications to integrate and for users to understand.

Additional functionality can often be placed in separate contracts rather than embedded in the token itself. This preserves a stable monetary core while allowing experimentation around it.

Failure and continuing experimentation

Some token-money implementations will fail. They may lose acceptance, become unstable or experience governance and technical problems.

The underlying Web3 network allows alternative systems to remain available. Users can create a replacement token without reconstructing the ledger and node infrastructure.

This lowers the cost of experimentation and recovery.

It also means that no token can rely permanently on technical barriers to protect its adoption. It must continue satisfying the requirements of its community.

The likely result is an evolving environment containing national, local, online, game-based and asset-backed forms of money. Some will remain narrowly specialised, while others may achieve broad adoption across many communities.

The network coin provides the shared infrastructure through which these systems are created, exchanged and replaced, while tokens provide the flexibility to explore monetary designs that would be too specific or risky to embed in the global network itself.