Competition and Moats | Module 5

13.1 The copy that launched in a week

A popular decentralised exchange had been operating for two years. One day, a new exchange launched using almost exactly the same open-source code, with one difference: it paid users generous token rewards. Within weeks, a large share of liquidity moved across.

"They just copied the code?" Mint asked. "Is that allowed?"

"Often, yes," said Hash. "Much of crypto is open source. Anyone can copy it. That's great for innovation and terrible for protecting a business. So the question for any project is: if someone copies you tomorrow, why would users stay?"

13.2 What a moat is

A moat is a lasting competitive advantage that protects a business from competitors, like the water around a castle. In traditional business, moats include brands, patents, network effects, and high switching costs.

In crypto, many traditional moats are weaker. Code is often open source, so it can be copied. Users can move funds between protocols in minutes. Patents rarely apply. So understanding what actually protects a crypto project is especially important.

13.3 Crypto moats

Moat	How it works	Example situation
Liquidity	Deep liquidity gives better prices, which attracts more traders and liquidity	A DEX with the deepest pools offers the lowest slippage
Network effects	More users make the product more valuable for each user	A blockchain with the most applications attracts more developers
Security track record	Years without exploits build trust that new code can't buy (Chapter 10)	Large depositors prefer battle-tested lending protocols
Brand and trust	Recognition and reputation reduce the need to compare	Users default to the familiar name
Integrations	Wallets, apps, and other protocols are built around it	Many protocols depend on a particular stablecoin or oracle
Monetary premium	An asset widely held and accepted as money or collateral	BTC and ETH used throughout crypto
Distribution	Access to large numbers of users through partners	A product built into a popular wallet or exchange
Regulatory licences	Licences take time and money to obtain	Regulated stablecoin issuers and exchanges
Technical complexity	Some technology is hard to replicate, even with open code	Advanced proving systems or specialised infrastructure

13.4 Weak moats

Some advantages look strong but disappear quickly.

Token incentives. Liquidity attracted by rewards leaves for higher rewards elsewhere. This is mercenary capital (Chapter 7). Incentives can kickstart a network effect, but they aren't a moat on their own.

Being first. First movers can build network effects, but many early leaders in crypto were overtaken.

Features. Most features can be copied quickly.

Low fees. A competitor can always offer lower fees, especially if it subsidises them with token incentives.

"So the copy in the story won by paying people," said Mint. "But it might not keep them."

"Exactly," said Hash. "The real question is what happens when its rewards run out. In several famous cases, liquidity flowed back to the original once incentives ended. In others, the newcomer used its moment to build real advantages."

13.5 Forks and vampire attacks

A fork in this context means copying a protocol's code to launch a competitor. A vampire attack is a fork designed specifically to drain liquidity from the original, usually by offering incentives to users who move their funds across.

Forks test which advantages are real. If a protocol loses most of its users to a fork offering slightly better rewards, its moat was weak. If users stay despite the incentives, the moat is stronger than it looked.

Some protocols protect themselves with licences on their code that restrict commercial copying for a period, though enforcement in a global, decentralised industry is challenging.

13.6 Commoditisation

Many crypto products face commoditisation: competitors offering nearly identical products, competing mainly on price. When that happens, fees fall towards the cost of providing the service, and margins shrink.

Aggregators accelerate this. If most users swap tokens through an aggregator that routes to whichever DEX offers the best price, individual DEXs compete purely on price, and the aggregator owns the user relationship (Chapter 6).

When evaluating a project, ask whether its product is becoming a commodity, and if so, whether it has a cost advantage or other moat to survive the competition.

13.7 Mapping the competition

Mint created a competition map for a DEX token.

Question	Finding
Main competitors	Three DEXs on the same network, plus aggregators routing between them
Market share trend	Stable at about 35% of volume for two years
What happens when competitors offer incentives?	Share dips briefly, then recovers
Main moat	Deepest liquidity for major pairs, long security record, wide integrations
Threats	A competitor offering lower fees; aggregators capturing user relationships
Defensibility	Moderately strong

"Its market share held even when others paid users to leave," said Mint. "That tells me more than any marketing."

"Market share through competitive pressure is one of the best moat tests," said Hash.

13.8 Competition between blockchains

At the network level, competition is about where users, developers, and liquidity choose to live. Moats include the size of the ecosystem, stablecoin liquidity, security, decentralisation, and brand.

EVM compatibility (Module 1, Chapter 4) cuts both ways. It makes it easy for new chains to attract applications from Ethereum, but also easy for those applications and users to leave again. Chains with unique technology or ecosystems may be harder to compete with but also harder to grow.

13.9 Try it yourself

Choose a protocol and identify its three main competitors. For each, find market share over the past year using a public analytics dashboard. Identify periods when a competitor ran large incentive campaigns and check what happened to market share. Then list which moats from section 13.3 apply to your chosen protocol.

Key takeaways from this chapter

A moat is a lasting competitive advantage. Many traditional moats are weaker in crypto, where code is open and users can move quickly.
Strong crypto moats include liquidity, network effects, security track record, brand, integrations, monetary premium, distribution, licences, and technical complexity.
Token incentives, being first, features, and low fees are weak moats on their own.
Forks and vampire attacks test which advantages are real.
Commoditisation and aggregators push products to compete on price and can capture user relationships.
Market share that holds through competitors' incentive campaigns is strong evidence of a moat.
EVM compatibility makes it easy both to attract and to lose users and applications.