Icp Ecosystem Coins
218 coins #44| | Coins | | | ||
|---|---|---|---|---|---|
| | |||||
| | 1 | | $ | -1.11% | |
| | 2 | | $ | -1.17% | |
| | 3 | | $ | -2.43% | |
| The coins below are ranked lower due to missing data. Learn more | |||||
| | 4 | | $ | -1.16% | |
| | 5 | | $ | -1.10% | |
| | 6 | | $ | +0.02% | |
| | 7 | | $ | -2.22% | |
| | 8 | | $ | +0.00% | |
| | 9 | | $ | -2.66% | |
| | 10 | | $ | -0.30% | |
| | 11 | | $ | -1.11% | |
| | 12 | | $ | -11.06% | |
| | 13 | | $ | +0.99% | |
| | 14 | | $ | +6.98% | |
| | 15 | | $ | -0.11% | |
| | 16 | | $ | -0.64% | |
| | 17 | | $ | -1.74% | |
| | 18 | | $ | -2.53% | |
| | 19 | | $ | -0.70% | |
| | 20 | | $ | +0.20% | |
| | 21 | | $ | +0.72% | |
| | 22 | | $ | -7.61% | |
| | 23 | | $ | -0.97% | |
| | 24 | | $ | +1.91% | |
| | 25 | | $ | -1.13% | |
| | 26 | | $ | -2.17% | |
| | 27 | | $ | -0.03% | |
| | 28 | | $ | -12.07% | |
| | 29 | | $ | -1.13% | |
| | 30 | | $ | +1.45% | |
| | 31 | | $ | -2.90% | |
| | 32 | | $ | -1.85% | |
| | 33 | | $ | +0.34% | |
| | 34 | | $ | -5.44% | |
| | 35 | | $ | +0.98% | |
| | 36 | | $ | -4.29% | |
| | 37 | | $ | -1.08% | |
| | 38 | | $ | -1.90% | |
| | 39 | | $ | -5.82% | |
| | 40 | | $ | -1.90% | |
| | 41 | | $ | -65.60% | |
| | 42 | | $ | -0.62% | |
| | 43 | | $ | -0.23% | |
| | 44 | | $ | -2.43% | |
| | 45 | | $ | -2.82% | |
| | 46 | | $ | -0.88% | |
| | 47 | | $ | -6.59% | |
| | 48 | | $ | -0.57% | |
| | 49 | | $ | +4.52% | |
| | 50 | | $ | -1.10% | |
Trending Icp Ecosystem Coins
| Coins | Price | 24h | |
|---|---|---|---|
| | | $ | -1.11% |
| | | $ | +0.00% |
| | | $ | +0.02% |
| | | $ | -1.10% |
| | | $ | -1.16% |
Top gainers
| Coins | | | |||
|---|---|---|---|---|---|
| | | $ | -1.11% | ||
| | | $ | -1.17% | ||
| | | $ | -2.43% | ||
| | | $ | +0.02% | ||
| | | $ | +0.00% | ||
| All gainers | |||||
What Is the ICP (Internet Computer) Ecosystem?
The ICP ecosystem (Internet Computer Protocol) is the collection of the protocol, on-chain governance, developer tooling, wallets, canister smart contracts, dApps (DeFi, NFTs, social, hosting), indexers/explorers, and bridges that run on and around the Internet Computer — a high-throughput, web-speed Layer-1 created by the DFINITY community/foundation to host full web apps and services directly on-chain.
Quick Facts
- Genesis / mainnet: Launched in May 2021 (genesis in early May 2021).
- Native token: ICP — used for governance (neurons), converting to cycles (compute), and protocol economics.
- Core innovations: Chain Key Technology (fast finality + cross-chain signatures), canisters (Wasm smart contracts that host state + compute), and Internet Identity (decentralized auth).
- Developer stacks: Motoko (first-party language), plus Rust/WebAssembly and TypeScript toolchains (Azle, DFX, etc.).
- On-chain governance: The Network Nervous System (NNS) is the protocol’s algorithmic governance engine for proposals, upgrades, and neuron voting.
ICP Projects & Services You Should Know
- Governance / NNS: Network Nervous System (NNS) — the on-chain DAO interface for proposals, neurons, and staking.
- Canister platforms & languages: Motoko (native language) and Rust/Wasm canisters power most dApps and backend services.
- Bridged assets / ckBTC: Chain-Key Bitcoin (ckBTC) provides native, 1:1 Bitcoin exposure on ICP via chain-key cryptography.
- Wallets & UX: Popular wallets and identity providers include Plug and Stoic, plus Internet Identity integrations for passwordless logins.
- Explorers & tooling: Community explorers and analytics (e.g., ic.rocks, various dashboards) plus official docs and SDKs for building and deploying canisters.
- Example dApp categories: Decentralized social platforms, NFT marketplaces, on-chain web hosting and storage, DeFi primitives, indexers and enterprise apps.
Benefits
- Web-scale on-chain apps: Designed to run full web frontends + backend logic on chain (no separate cloud needed).
- Low-latency UX & scale: Chain Key tech enables fast confirmations and cryptographic primitives (e.g., ECDSA signatures) that expand cross-chain use.
- Built-in governance & upgradability: NNS allows protocol evolution and community-driven upgrades.
- Developer ergonomics: First-class tooling (Motoko + Rust + TypeScript ecosystems) and canister model simplify serverless on-chain apps.
Risks & Tradeoffs
- Ecosystem maturity & security variance: Rapid growth means varied audit coverage; not every project has production-grade security.
- Complex governance mechanics: NNS/neuron models introduce governance learning curves and coordination risk for protocol changes.
- Bridge & asset risk: While ckBTC reduces centralized bridge exposure, cross-chain flows and third-party bridges still carry typical cross-chain risks.
- Different mental model: Canisters, cycles, and Internet Identity differ from EVM patterns — teams must adapt tooling, ops, and security reviews.
Final Thoughts
ICP offers a unique playbook: run full web apps directly on a blockchain with fast UX and novel cryptography (chain-key). That enables new classes of decentralized web services, but it’s still an evolving ecosystem — prioritize audits, prefer well-known wallets and bridges for large transfers, and validate canister code and governance proposals before committing significant value.
Official / useful links