The wider web of wallets, exchanges, developer tools, and infrastructure that make blockchains usable day to day. Pick a project below to see what its ecosystem actually consists of — the products, partners, and utility behind the token. Prices are live, supplied by CoinGecko with DefiLlama as a backup, and are indicative only.

Payments

Networks built mainly to move and settle value across borders, between institutions or peer to peer. Judge them on settlement speed, cost and who actually uses them.

BTC

Bitcoin

BTCLoading price…

Bitcoin's ecosystem centers on proof-of-work mining (industrial mining pools securing the base layer), the Lightning Network (a Layer 2 for instant, low-fee payments), and a large custody/exchange layer including spot ETFs. BTC itself functions mainly as a store of value and settlement asset rather than an everyday transaction currency.

  1. Transaction broadcast
  2. Miners compete (Proof-of-Work)
  3. Block added to chain
  4. Wallets & exchanges settle

Open the Bitcoin profile →

XRP

XRP & XRPL

XRPLoading price…

Originally built by the OpenCoin team (later Ripple Labs), the XRP ecosystem includes RippleNet, the xCurrent bank-messaging product, and the Interledger Protocol (ILP) — the open standard for connecting different ledgers. Real-world adoption includes over 50 Japanese banks (Mizuho, Bank of Tokyo Mitsubishi, Resona) integrating via SBI Ripple Asia, and firms like Everis/NTT DATA building Interledger Java to connect banks' RTGS systems (Zengin, SEPA/TARGET2, Fedwire, CHAPS) to the XRP Ledger as a decentralized global liquidity marketplace. Today the ledger also supports tokenization, stablecoins, and DeFi directly.

  1. Bank sends payment
  2. xCurrent + ILP routes it
  3. XRP Ledger bridges currency
  4. Receiving bank pays out

Open the XRP & XRPL profile →

XLM

Stellar

XLMLoading price…

Forked from Ripple's codebase by Jed McCaleb, Stellar's ecosystem runs on its own Stellar Consensus Protocol and is stewarded by the nonprofit Stellar Development Foundation. Introduced in 2015, Stellar positions itself as a modern alternative to SWIFT for B2B cross-border payments: local "Anchor" partners accept a business's home currency and pay out the destination currency through the network, letting both sides transact in their own currency without a correspondent bank or multi-day settlement delay. It's been used by firms like MoneyGram for remittances, and the Stronghold (SHX) token is also built on Stellar's rails.

  1. User initiates transfer
  2. Anchor converts fiat ↔ asset
  3. Stellar Consensus Protocol validates
  4. Funds arrive via receiving anchor

Open the Stellar profile →

LTC

Litecoin

LTCLoading price…

Litecoin's ecosystem is a lighter, faster fork of Bitcoin — Scrypt mining instead of SHA-256, roughly 4x faster block times — positioned by the nonprofit Litecoin Foundation as a payments-focused complement to Bitcoin rather than a competitor to it.

  1. Transaction broadcast
  2. Miners compete (Scrypt PoW)
  3. Block added (~2.5 min)
  4. Wallets confirm receipt

Open the Litecoin profile →

DGB

DigiByte

DGBLoading price…

DigiByte's ecosystem is entirely community-run, with no founding company or foundation. It secures its network with five simultaneous mining algorithms and supports DigiAssets, a tokenization layer, while emphasizing an unusually long uninterrupted uptime record.

  1. Transaction broadcast
  2. 5 algorithms mine in parallel
  3. Block added to chain
  4. DigiAssets can attach data

Open the DigiByte profile →

SHX

Stronghold

SHXLoading price…

Stronghold's ecosystem centers on StrongholdNET, a regulated gateway connecting traditional banking rails (like ACH) to blockchain rails for fast business settlement. SHX launched on Stellar and is now bridged to Ethereum, Solana, and the XRP Ledger as well.

  1. Business initiates payment
  2. StrongholdNET bridges ACH ↔ blockchain
  3. Settles via Stellar/XRPL/ETH rail
  4. Funds arrive same/next day

Open the Stronghold profile →

Smart Contracts

Platforms where programs run on the ledger itself, powering applications from lending to identity. Judge them on developer activity, fees and how reliably they run.

ETH

Ethereum

ETHLoading price…

The largest smart-contract ecosystem — the EVM (Ethereum Virtual Machine) underpins most of DeFi, NFTs, and tokens that aren't standalone chains. Layer 2 rollups (Arbitrum, Optimism, Base) now handle much of the transaction volume cheaply while settling back to Ethereum's base layer, which secures itself via proof-of-stake.

  1. User submits transaction
  2. Validators order it (Proof-of-Stake)
  3. Smart contract executes (EVM)
  4. State updated on-chain

Open the Ethereum profile →

ADA

Cardano

ADALoading price…

Built on the Ouroboros proof-of-stake protocol and Plutus smart contracts, Cardano's ecosystem is unusually academic — development is split across three organizations (Cardano Foundation, Input Output Global, and Emurgo). It has leaned into real-world pilots in Africa, including identity and supply-chain projects.

  1. Transaction submitted
  2. Ouroboros selects a validator
  3. Plutus contract executes
  4. Ledger updated

Open the Cardano profile →

DOT

Polkadot

DOTLoading price…

Polkadot's ecosystem is a network of independent "parachains" — purpose-built blockchains that plug into a shared relay chain for pooled security, built using the Substrate framework. Its canary network, Kusama, lets teams test high-risk changes before deploying to the main network.

  1. Transaction on a parachain
  2. Relay chain validates it
  3. Cross-chain message if needed
  4. Shared security finalizes block

Open the Polkadot profile →

XTZ

Tezos

XTZLoading price…

Tezos's standout ecosystem feature is on-chain self-amendment — token holders vote to upgrade the protocol without a hard fork splitting the community. It's found a niche in NFT art (via marketplaces like Objkt) and institutional tokenization pilots, including work with Societe Generale.

  1. Transaction submitted
  2. Baker validates the block
  3. Smart contract (Michelson) runs
  4. Stakeholders vote on upgrades

Open the Tezos profile →

ICP

Internet Computer

ICPLoading price…

Run by the DFINITY Foundation, ICP's ecosystem aims to host entire web applications and backend software directly on-chain via "canister" smart contracts, rather than just simple token logic — using chain-key cryptography so canisters can serve web content directly to browsers.

  1. Request hits a canister
  2. Chain-key crypto signs response
  3. Canister serves web content
  4. Result returned to browser

Open the Internet Computer profile →

HBAR

Hedera

HBARLoading price…

Not a blockchain but a DAG-based hashgraph network, Hedera's ecosystem is unusual for being run by a formal Governing Council — members have included Google, IBM, Boeing, and LG. Its Hedera Token Service is widely used for enterprise tokenization and CBDC-style pilots.

  1. Transaction submitted
  2. Gossip-about-gossip consensus
  3. Council node validates
  4. Fast finality (~3–5s)

Open the Hedera profile →

ALGO

Algorand

ALGOLoading price…

Created by MIT's Silvio Micali, Algorand's ecosystem (stewarded by the Algorand Foundation) uses Pure Proof-of-Stake for fast finality. It's been chosen for several government pilots, including the Marshall Islands' digital currency project, and EU-funded real-world-asset tokenization trials.

  1. Transaction submitted
  2. Pure PoS selects a committee
  3. Block proposed & voted
  4. Instant finality

Open the Algorand profile →

CSPR

Casper

CSPRLoading price…

Casper's ecosystem is aimed squarely at enterprises that need to upgrade smart contracts after deployment — standard on most chains, contract code is immutable once live, which is a dealbreaker for regulated businesses. The Casper Association stewards the network's enterprise partnerships.

  1. Transaction submitted
  2. PoS validator set orders block
  3. Upgradeable contract executes
  4. State finalized

Open the Casper profile →

FOLKS

Folks Finance

FOLKSLoading price…

Launched in 2022 as the leading DeFi protocol on Algorand, Folks Finance has grown into a multichain lending hub now live across Ethereum, Avalanche, Base, Arbitrum, BNB Chain, Polygon, Sei, and Algorand. Its ecosystem covers overcollateralized lending and borrowing, liquid staking (xALGO/gALGO — letting users keep earning Algorand governance rewards while their assets stay usable elsewhere), and the Folks Router DEX aggregator. Its "xChain" design lets users deposit on one chain and borrow on another without bridging or wrapping assets first.

  1. User deposits collateral
  2. Protocol opens lending market
  3. Borrow cross-chain via xChain
  4. Interest accrues to depositors

Open the Folks Finance profile →

Real-World Assets

Projects that bring off-chain assets such as bonds, property or funds onto ledgers. Judge them on who issues the assets, who regulates them and how redemption works.

ONDO

Ondo

ONDOLoading price…

Ondo Finance's ecosystem brings institutional financial products on-chain — OUSG (tokenized US Treasuries) and USDY, plus a partnership with Franklin Templeton to tokenize ETFs for round-the-clock trading. ONDO governs the Ondo DAO and its Flux Finance lending protocol.

  1. Investor deposits USD
  2. Ondo mints tokenized treasury
  3. Token trades on-chain 24/7
  4. Redeemable back to USD

Open the Ondo profile →

QNT

Quant

QNTLoading price…

Quant's ecosystem is built around Overledger, a licensed gateway that connects different blockchains and legacy enterprise systems without requiring them to change their underlying code. Enterprises pay in QNT to license access, making the token core to how the network actually generates revenue.

  1. App calls Overledger API
  2. Gateway translates across chains
  3. Target blockchain(s) execute
  4. Unified result returned

Open the Quant profile →

XDC

XDC Network

XDCLoading price…

XDC's ecosystem is focused on trade finance — digitizing letters of credit, bills of lading, and other paper-heavy processes into fast, auditable on-chain records, with a hybrid public/private architecture and ISO 20022-compatible messaging aimed at institutional adoption.

  1. Trade document digitized
  2. Smart contract encodes terms
  3. XDC validators confirm
  4. Parties settle on-chain

Open the XDC Network profile →

FLR

Flare

FLRLoading price…

Flare's ecosystem centers on its Flare Time Series Oracle (FTSO), a decentralized oracle system, and FAssets — a mechanism that lets non-smart-contract assets like Bitcoin and XRP participate in DeFi they weren't originally built for.

  1. Off-chain price data collected
  2. FTSO oracles submit & aggregate
  3. Smart contracts consume feed
  4. FAssets mirror non-contract coins

Open the Flare profile →

Storage & Data

Networks for storing files, moving data or supplying real-world information to contracts. Judge them on capacity actually in use and the reliability of what they deliver.

FIL

Filecoin

FILLoading price…

Filecoin's ecosystem is a decentralized storage marketplace built on IPFS — users pay FIL to store data across independent providers' spare capacity, verified on-chain. Filecoin Plus adds a reputation layer that prioritizes deals with real, useful data over ones just gaming storage rewards.

  1. Client requests storage deal
  2. Provider commits capacity
  3. Proofs verified on-chain
  4. Data retrievable via IPFS

Open the Filecoin profile →

STORJ

Storj

STORJLoading price…

Storj's ecosystem splits encrypted file storage across a distributed network of independent node operators, exposed to developers via an S3-compatible API — positioned as a cheaper, more private drop-in replacement for centralized cloud storage.

  1. File encrypted & split
  2. Shards distributed to nodes
  3. Nodes proven to store data
  4. File reassembled on retrieval

Open the Storj profile →

DAG

Constellation

DAGLoading price…

Constellation's ecosystem uses a DAG-based "Hypergraph" architecture and customizable "Metagraphs" aimed at validating large-scale enterprise and public-sector data streams — it has worked with the U.S. Department of Defense on data-integrity projects.

  1. Data stream submitted
  2. Hypergraph validates via Metagraph
  3. State channel processes
  4. Verified data recorded

Open the Constellation profile →

TFT

ThreeFold

TFTLoading price…

ThreeFold is a decentralized cloud infrastructure project — a global peer-to-peer grid of compute, storage, and network capacity run by independent operators called "farmers" rather than a single hyperscaler. Farmers plug in hardware (3Nodes) running ThreeFold's autonomous Zero-OS and earn TFT for the capacity they contribute; users spend TFT to deploy workloads. Anything that runs on Linux can run on the grid. TFT is minted on Stellar and bridged to TFChain, ThreeFold's own Substrate-based chain.

  1. Farmer connects a 3Node
  2. Capacity joins ThreeFold Grid
  3. User pays TFT to deploy workload
  4. Farmer earns TFT rewards

Open the ThreeFold profile →

Supply Chain & IoT

Projects that connect physical goods, devices and energy to shared records. Judge them on real deployments with named partners rather than announcements.

VET

VeChain

VETLoading price…

VeChain's ecosystem is built around its ToolChain platform and a dual-token model (VET for value, VTHO for transaction fees), used by brands like Walmart China, DNV, BMW, and PwC to tag and verify products through the supply chain from factory to shelf.

  1. Product tagged (NFC/QR)
  2. Scan events logged via ToolChain
  3. VET/VTHO record on-chain
  4. Consumer verifies provenance

Open the VeChain profile →

IOTA

IOTA

IOTALoading price…

IOTA's ecosystem is built on the Tangle, a DAG structure (not a traditional blockchain) designed for feeless machine-to-machine microtransactions, positioning it for the "machine economy" where IoT devices pay each other directly for data or services.

  1. Device initiates microtransaction
  2. Transaction attaches to the Tangle
  3. Prior transactions validated
  4. Feeless confirmation

Open the IOTA profile →

EWT

Energy Web Chain

EWTLoading price…

Energy Web's ecosystem is an Ethereum-based network purpose-built for utilities — tracking renewable energy certificates and EV charging data, with real-world partners including Shell and E.ON, stewarded by the nonprofit Energy Web Foundation.

  1. Energy asset generates data
  2. Smart meter reports on-chain
  3. Certificate/credit issued
  4. Utility or consumer trades credit

Open the Energy Web Chain profile →

POWR

Power Ledger

POWRLoading price…

Power Ledger's ecosystem enables peer-to-peer energy trading — households with solar panels sell surplus power directly to neighbors through blockchain-tracked microgrids. Trials have run in Australia, Thailand, India, Japan, and the US.

  1. Household generates solar power
  2. Surplus logged on platform
  3. Peer-to-peer trade matched
  4. Buyer pays seller via microgrid

Open the Power Ledger profile →

PRO

Propy

PROLoading price…

Propy's ecosystem applies blockchain to real-estate transactions — on-chain title recording, escrow, and closing workflows — with pilot partnerships with US county recorders' offices, and its PRO token used for payments and tokenized property products.

  1. Property listed on-chain
  2. Offer & escrow via smart contract
  3. Title transfer recorded
  4. Deal closes on-chain

Open the Propy profile →

Institutional and central bank projects

Not every ecosystem has a token. Central banks and large banks run their own experiments, and we profile them separately with sources: Project Dunbar, the BIS Innovation Hub projects compared (mBridge, Agorá, Nexus, Helvetia, Mariana, Aurum 2.0), HSBC’s tokenisation work and what ISO 20022 means for crypto. The Bank Projects topic collects them in one place.