Crypto Categories & Sectors

Base-layer networks that settle their own transactions and run their own consensus — the foundations other applications build on.

Decentralized finance — permissionless protocols for trading, lending, and earning yield without a bank or broker in the middle.

Tokens that confer voting power over a protocol's treasury, parameters, and direction, usually coordinated through a DAO.

Networks secured by validators who stake capital rather than burn energy — the dominant consensus model for newer chains.

On-chain venues where users swap tokens directly from a wallet, typically via automated market makers rather than an order book.

The developer tooling, middleware, and services that other blockchain applications depend on.

Networks that batch or offload activity from a base chain (mostly Ethereum) to cut fees and raise throughput while inheriting the base layer's security.

Non-fungible tokens and the platforms around them — unique on-chain assets for art, collectibles, identity, and in-game items.

Decentralized Physical Infrastructure Networks — token-incentivized deployment of real-world hardware like wireless, storage, and compute.

Projects at the intersection of artificial intelligence and blockchain — decentralized model markets, agent frameworks, and AI compute.

Tokens issued by centralized exchanges that grant fee discounts, rewards, or access — distinct from decentralized protocols.

Networks and tools that shield transaction amounts, senders, or on-chain activity using cryptography such as zero-knowledge proofs.

Assets and protocols for securing proof-of-stake networks — including liquid staking tokens that keep staked capital usable in DeFi.

Coins secured by miners expending computational energy to validate blocks — the mechanism Bitcoin introduced.

Protocols that move assets and messages between otherwise-separate blockchains — powerful, but a historically high-risk attack surface.

Protocols that let users lend assets for yield or borrow against collateral, with rates set algorithmically by supply and demand.

Community- and culture-driven tokens with little formal utility — high-attention, high-volatility assets to understand carefully, not advice to buy.

Blockchain games, play-to-earn economies, and the infrastructure that powers on-chain assets across virtual worlds.

Projects built on validity proofs (ZK) — cryptography that proves a statement is true without revealing the underlying data.

Protocols for on-chain perpetuals, options, and other instruments whose value derives from an underlying asset.

Tokens designed to hold a steady value — usually pegged to the US dollar — via reserves or algorithmic mechanisms.

Networks that pay providers to store and serve data across many machines instead of a single cloud provider.

Networks that feed real-world data (prices, events, randomness) onto blockchains so smart contracts can act on it reliably.

Tokenized claims on off-chain value — treasuries, credit, commodities, and real estate brought on-chain.