Contractless Was Designed to Be Spent

Bitcoin was introduced as peer-to-peer electronic cash.

Over time, however, Bitcoin increasingly became something people were encouraged to hold rather than spend.

Its limited supply, slow settlement, unpredictable transaction fees, and concentration of mining power helped turn it into a long-term appreciating asset and an underlying monetary rail system.

There is nothing inherently wrong with holding an appreciating asset.

The problem is that an asset cannot function well as everyday money when everyone believes spending it today means losing something worth considerably more tomorrow.

Contractless was designed around a different goal.

It was built to create decentralized money that people can earn, transfer, trade, lend, borrow, and actually spend.

🪙 Why Eight Billion Coins?

Contractless has a maximum supply of eight billion base coins.

That number was selected because it is much closer to the number of people living in the world.

It does not mean every person will receive exactly one coin. The purpose is to create a supply that is scarce, but not so scarce that extreme rarity becomes the currency’s defining feature.

Bitcoin’s supply of 21 million coins helped make it valuable. That scarcity also helped create a culture where people are encouraged to hoard Bitcoin because they expect each coin to become increasingly difficult and expensive to obtain.

Dividing Bitcoin into smaller units does not change that incentive.

Someone may be able to spend a few thousand satoshis instead of one whole Bitcoin, but they are still spending part of an extremely scarce asset that they may believe will be worth considerably more in the future. As such, they rarely spend.

Contractless intentionally uses a larger supply.

A larger supply reduces scarcity and as such, the value of each individual coin. That is part of the design.

Contractless is not trying to make one coin so rare and valuable that owning a whole coin becomes unrealistic for most people. It is trying to create enough scarcity to preserve value without making hoarding the currency’s primary use.

The eight-billion-coin limit works together with Contractless block rewards and Fair Proof of Work.

Coins enter circulation through mining rather than all being distributed at launch. Fair Proof of Work allows more people to participate in that mining without requiring specialized hardware.

The result is a supply intended to reach a broader group of participants over time.

It remains limited, but it is not intentionally designed around making each individual coin extraordinarily rare.

Contractless uses a larger supply because it was designed around distribution and practical use.

A currency intended for everyday transactions needs enough units to circulate among:

• Miners
• Consumers
• Businesses
• Lenders
• Borrowers
• Token creators
• Application operators
• People running public RPC nodes
• Users in countries with very different income levels

Eight billion coins still creates a hard limit. Contractless cannot continue creating new base currency forever.

⛏️ How the Supply Is Released

Contractless does not create coins at launch.

New coins enter circulation through mining.

The initial block subsidy is approximately 416.66666666 coins. That subsidy is reduced by half every 9.6 million blocks.

At the targeted 15-second block average, each halving interval represents roughly four and a half years.

This creates a declining release schedule similar in principle to Bitcoin, but with a supply and block frequency designed for a more actively used currency.

Eight billion is also a maximum, not a promise that every possible coin will enter circulation.

Every miner must mine their first 100 blocks without receiving the normal block subsidy.

Those blocks still validate the network and can still include transaction fees, but they do not create the normal mining reward for that miner.

Every unpaid block permanently reduces how much of the theoretical maximum supply will ultimately enter circulation.

⚖️ Scarcity and Distribution Must Work Together

Scarcity alone does not create sound money.

Distribution alone does not create sound money either.

A currency with unlimited creation may be widely distributed but unable to preserve value. A currency with extreme scarcity may preserve value while becoming concentrated among early participants and people wealthy enough to acquire it later.

Contractless is designed to balance both.

Its eight-billion-coin maximum creates scarcity. Its mining and reward rules are intended to distribute that limited supply among more participants.

Bitcoin mining was reasonably accessible in its earliest years. As mining hardware advanced, ordinary computers became increasingly unable to compete.

People may still technically be allowed to mine Bitcoin, but access to the software is not the same as having a realistic opportunity to earn a block.

Contractless uses Fair Proof of Work to prevent that progression.

Every miner is limited to 256 mining attempts per second. A GPU or ASIC cannot gain an overwhelming advantage by calculating trillions of additional hashes.

This means someone joining Contractless years later should still have a fair opportunity to mine using an everyday computer.

Mining difficulty may adjust as the number of active miners changes, but the hardware requirement does not continually move beyond the reach of ordinary participants.

Contractless also limits how many consecutive blocks one miner may produce. That limit begins at ten blocks and decreases with each halving until a miner must wait for someone else to advance the chain after producing one block.

Every new mining identity must also mine its first 100 blocks without receiving the normal block subsidy.

Combined with the one-miner-per-IP rule, this makes it more expensive to create large numbers of mining identities simply to capture more of the supply.

These rules allow more independent participants to join, while limiting the advantages of specialized hardware and large mining operations.

Scarcity limits how many coins can exist.

Fair distribution determines how many people have a realistic opportunity to earn them.

Contractless needs both.

⚡ Money Must Be Able to Move

Contractless targets an average block time of 15 seconds.

That does not mean every block arrives at exactly 15 seconds. Proof-of-work mining always includes randomness. Some blocks will arrive faster and others will take longer.

The network adjusts difficulty to maintain the intended average over time.

Contractless also fully validates transactions before admitting them into the mempool. This means a transaction does not enter the pending transaction pool simply because a node received it.

Its signature, balance, fee, transaction rules, and other required conditions are checked first.

Pending transactions are also considered when validating later transactions so a wallet cannot repeatedly spend the same balance while earlier transactions wait to be mined.
That pending activity is reflected immediately.

If a wallet broadcasts a valid transfer, Contractless can include that pending spend when calculating its available balance before the transaction appears in a block.

For most transactions, the network does not need to wait for the transaction to become deeply finalized before treating those funds as committed.

This is possible because pending transactions are already validated and their balance effects are tracked.

Contractless also integrates the mempool with its orphan-correction process.

When blocks are rolled back during a chain reorganization, the node reverses the block’s recorded effects and determines which transactions can safely return to the mempool.

This allows pending balances and confirmed balances to remain aligned with the active chain instead of losing transactions simply because a valid block was replaced.

When a block is saved, transactions can be selected from a mempool where the expensive transaction-specific validation has already occurred.

When another node receives that block, transactions already present in its own mempool can use a faster validation path. Unknown transactions still receive complete validation.

Blocks are also distributed as torrent pieces through connected nodes. A receiving node can collect different pieces from different peers and reconstruct the complete block.

As blocks contain more transactions, distributing those pieces across multiple connections becomes increasingly valuable.

These systems work together to make Contractless useful as moving money, not merely as an asset waiting inside a wallet.

💸 Why Contractless Requires Fees

A spendable currency still needs transaction fees.

Contractless base-coin transfers require a minimum fee equal to 1% of the amount transferred.

That fee is not optional.

Other transaction types use fixed minimum fees based on what the transaction does. Creating a token, transferring an NFT, recording application data, making a loan payment, and creating a swap do not all consume the network in the same way.

Users or wallet software may also increase a fee when they want miners to prioritize a transaction.

Required fees serve several purposes.

They make large-scale transaction spam expensive. They compensate miners for validating, storing, and distributing network activity. Most importantly, they create a reason to continue operating nodes after block subsidies become smaller and eventually end.

A hard supply cap means mining rewards cannot continue forever.

If a blockchain depends entirely on newly created coins to pay miners, it has not answered a fundamental question:

Who secures the network when there are no more coins to create?

Contractless is designed so that economic activity gradually replaces coin creation as the reason to operate a node.

🔄 Fees Can Distribute More Than Contractless Coins

Contractless supports more than transfers of its base currency.

It includes native transaction types for:

• Tokens
• Peer-to-peer swaps
• Collateral-backed loans
• NFTs and real-world assets
• Marketing records
• User-owned application storage
• Governance proposals and voting

Some of these transactions include required miner tips in the asset being used.

For example, a fungible token swap requires each participant to pay a tip in the asset they are offering. Loan payments require the borrower to pay a tip in the loan asset.

These tips are different from the base transaction fee.

A miner processing a swap between two tokens can receive part of both assets. A miner processing a loan payment can receive part of the currency being repaid.

This helps distribute tokens and other currencies beyond their original creators and users.

Miners do not have to purchase every supported asset. They can gradually earn different assets by securing the activity that uses them.

🏦 Spending Does Not Mean Reckless Inflation

Encouraging spending does not require unlimited coin creation.

Contractless still has a capped supply and a declining block subsidy.

The difference is where the design places its priorities.

A cryptocurrency built mainly around scarcity encourages people to ask:

How much more could this be worth if I hold it?

A cryptocurrency designed around circulation encourages another question:

What can I actually do with it?

Contractless cannot force anyone to spend. People remain free to save, hold, lend, or transfer their coins however they choose.

The network can, however, make spending practical.

It can provide faster blocks, broader mining access, native financial transaction types, predictable minimum fees, and a distribution model that does not require specialized mining equipment.

🧱 Money Is More Than a Token

A spendable cryptocurrency needs more than a transferable balance.

People need ways to exchange assets, create loans, prove ownership, operate applications, and pay the infrastructure that keeps everything available.

Many blockchains provide those features through smart contracts and third-party platforms.
Contractless records them through native transaction types.

There are no liquidity pools required for Contractless swaps. Loans do not require a lending platform to custody pooled funds. Users can own and update their own public application data without giving an administrator control over it.

Some applications may still provide centralized interfaces, discovery services, or matchmaking. Contractless does not pretend that every piece of application logic automatically becomes decentralized.

What it does provide is a decentralized financial and data-recording foundation that applications can use without placing user ownership inside an administrator-controlled smart contract.

🚀 A Currency Needs People

No monetary system becomes useful merely because its source code exists.

It needs people willing to operate nodes, validate activity, mine blocks, create applications, accept payments, and test what happens under real network conditions.

Contractless is currently running as a public testnet.

Anyone with a Windows or Linux computer, a public IPv4 address, and an open port can operate a testnet node.

Specialized mining hardware is not required. Large amounts of memory are not required. A reasonably modest home computer, VPS, or cloud server can participate.

Running a node helps test more than whether blocks can be mined.

It tests how the network handles different internet connections, restarts, temporary outages, competing blocks, transaction propagation, synchronization, and independent operators in different locations.

Contractless was not built simply to create another digital asset people are told to hold.

It was built to explore what decentralized money could look like if distribution, accessibility, circulation, and practical use were treated as part of the protocol itself.

Contractless was designed to be earned.

It was designed to be used.

Most importantly, it was designed to be spent.