In this article, I will review the Best Cross Chain Bridges Like Stargate Finance and other platforms that make it easy to transfer assets between different blockchain networks.
We’ll look at the chains they support, assets they support, bridge technology, security models, transaction speeds, fees, liquidity, slippage, use cases and limitations.
This guide helps users understand the key differences between the options and choose the correct cross-chain infrastructure for their needs.
Key Points & Best Cross-Chain Bridges Like Stargate Finance
- Across Protocol — Enables fast, low-cost cross-chain transfers using an intent-based bridging architecture.
- deBridge — Provides secure cross-chain asset transfers and interoperability across multiple blockchain networks.
- Wormhole — Connects numerous blockchains, enabling token transfers, messaging, and cross-chain applications.
- Axelar — Offers programmable cross-chain communication connecting decentralized applications across many blockchain ecosystems.
- Symbiosis Finance — Provides decentralized cross-chain swaps with liquidity aggregation across supported blockchain networks.
- Synapse Protocol — Facilitates cross-chain token transfers, swaps, and interoperability between different blockchain ecosystems.
- Allbridge Core — Enables stablecoin transfers between blockchains through liquidity pools and cross-chain infrastructure.
- Celer cBridge — Supports fast, decentralized token transfers across numerous blockchain networks with competitive fees.
- Circle CCTP — Enables native USDC transfers between supported chains through Circle’s burn-and-mint mechanism.
- LI.FI (Jumper Exchange) — Aggregates bridges and decentralized exchanges to find efficient cross-chain swap routes.
10 Best Cross-Chain Bridges Like Stargate Finance
1. Across Protocol
Across Protocol supports a broad range of networks including Ethereum, Arbitrum, Optimism, Base, Polygon, Avalanche, Solana, and other major ecosystems with current documentation listing 24 mainnet chains. It is based on an intent-based architecture that uses user transfer requests and relayers to provide destination-chain liquidity quickly, instead of relying solely on traditional lock-and-mint bridging.
Reports generally show fills around two seconds on supported routes. Supported assets are chain and route specific and fees are a combination of LP and relayer fees that are based on liquidity utilization, gas and capital requirements.
It’s primarily backed by protocol liquidity providers and relayers. Security is optimistic verification, economic bonds and newer zero-knowledge settlement verification. Use cases: bridging, swaps & embedded DeFi actions.
Across Protocol Feature
| Feature | Explanation |
|---|---|
| Intent-Based Bridging | Uses intents and relayers to facilitate fast cross-chain transfers. |
| Fast Settlement | Designed for rapid fulfillment across supported blockchain networks. |
| Multichain Support | Connects major EVM and non-EVM ecosystems through supported routes. |
| DeFi Integration | Supports bridging, swaps, and cross-chain DeFi application workflows. |
2. deBridge
deBridge is all about cross-chain transfers and interoperability with its DLN or deBridge Liquidity Network architecture. Users can post cross-chain orders, indicating the asset they want to sell, and the asset they want to receive. Independent solvers compete to fill those orders with available liquidity.
The design allows for the use of any liquid assets supported by supported networks, with settlement taking place via select reserve assets (USDC, ETH, wETH, and USDT) on select networks. deBridge has a flat fee (in source-chain gas) and a variable fee (currently 4 basis points). Users should refer to current on-chain pricing as fees are subject to change.
Security is based on intelligent contracts, messaging infrastructure and decentralized solver execution. The model can be used for cross-chain trading, DeFi transfers and programmable interoperability. However, the availability of routes and liquidity depend on supported networks and solver markets.
deBridge Feature
| Feature | Explanation |
|---|---|
| Cross-Chain Transfers | Enables assets and messages to move between supported blockchain networks. |
| DLN Infrastructure | Uses the deBridge Liquidity Network for cross-chain order settlement. |
| Solver-Based Execution | Independent solvers compete to fulfill users’ cross-chain transfer orders. |
| Cross-Chain Messaging | Supports programmable communication between applications on different chains. |
3. Wormhole
Wormhole connects a wide range of blockchain ecosystems including Ethereum, Solana, Arbitrum, Avalanche, Base, BNB Chain, Aptos and more. Its core technology is a general cross-chain messaging layer that enables applications to send arbitrary data between connected networks, and its token-transfer products enable assets to move across chains.
Wormhole locks down messages using a Guardian network that monitors supported chains, and produces signed Verifiable Action Approvals. The current docs detail a 19-member Guardian set with a 13-of-19 signature threshold.
Transfer speed is not one universal time, but depends on source chain finality, destination execution and delivery mechanism chosen. The message fees can be dependent on the implementation and the provider of the execution. Wormhole powers multichain DeFi, governance, token transfers, NFTs, and app integrations. Since networks may be deprecated, users should check for current chain availability.
Wormhole Feature
| Feature | Explanation |
|---|---|
| Multichain Connectivity | Connects numerous blockchain ecosystems for cross-chain communication. |
| General Messaging | Allows applications to transmit arbitrary messages between supported chains. |
| Token Transfers | Provides infrastructure for moving supported assets across blockchain networks. |
| Guardian Security | Uses a decentralized Guardian network to verify cross-chain messages. |
4. Axelar
Axelar is an interoperable blockchain network providing cross-chain infrastructure for communication between various blockchain ecosystems, including EVM and non-EVM chains. Its General Message Passing (GMP) lets applications on one chain invoke functions on another connected chain, optionally attaching tokens.
This means that Axelar is more than just an asset bridge, allowing developers to build cross-chain application logic and composable workflows. Axelar has a decentralized validator-based network that routes and verifies cross-chain messages, and the security of the application is ultimately dependent on the chains and contracts involved.
It is contingent upon the ecosystem you connect to . The assets supported and the routes for transfer . Costs may include source-chain, destination-chain and Axelar network fees. Execution speed depends on network finality and routing. Common use cases include token transfers, cross-chain DeFi, gaming, governance and messaging at the app level.
Axelar Feature
| Feature | Explanation |
|---|---|
| General Message Passing | Enables applications to communicate and execute functions across blockchains. |
| Broad Connectivity | Connects multiple EVM and non-EVM blockchain ecosystems. |
| Token Transfers | Supports cross-chain asset transfers alongside application messages. |
| Developer Infrastructure | Provides APIs, SDKs, and tools for building multichain applications. |
5. Symbiosis Finance
Symbiosis Finance allows cross-chain swaps and transfers between a large variety of blockchain networks. Its documentation lists ecosystems such as Ethereum, Arbitrum, Base, BNB Chain, Polygon, Optimism, Solana, Bitcoin-related routes,
TON and many more. It uses transit assets such as stablecoins, WETH and WBTC in its routing architecture, while Symbiosis Octopools provides cross-chain liquidity via synthesized assets.
The protocol can choose between multiple routes based on expected destination output, which helps in liquidity and pricing management. Its architecture also comprises core intelligent contracts, relayers, and permissionless solver infrastructure for newer execution flows.
Fees and slippage may vary depending on the route, liquidity, swaps, and network gas you choose. It powers cross-chain swaps, DeFi deposits, liquidity operations and cross-chain zaps. Limitations are route specific availibility and different execution flows on supported chains.
Symbiosis Finance Feature
| Feature | Explanation |
|---|---|
| Cross-Chain Swaps | Allows users to swap assets between different blockchain networks. |
| Liquidity Aggregation | Uses available liquidity to facilitate cross-chain transactions efficiently. |
| Multichain Support | Provides routes across numerous blockchain ecosystems and networks. |
| DeFi Integration | Supports cross-chain trading and other decentralized-finance workflows. |
6. Synapse Protocol
Synapse Protocol is an interchain infrastructure layer for cross-chain bridging, messaging, and application integrations. Synapse Bridge, Synapse Router are part of its ecosystem and these are capable of choosing appropriate routing mechanisms for supported transactions.
The protocol documentation details native USDC routing through Circle’s CCTP and RFQ-based execution, where destination relayers can offer immediate delivery. Liquidity and settlement can therefore differ depending on the route and asset being transferred. Supported tokens and networks are route-dependent, so a user should check current availability before starting a transaction.
The transfer speed depends on the selected mechanism, blockchain confirmation requirements and the execution at the destination. Fees are also impacted by network gas, routing, liquidity and execution conditions.
Synapse is good for cross-chain token transfers, swaps, DeFi apps and developer integrations. Its main limitations are route-specific asset support, liquidity conditions and changing network availability.
Synapse Protocol Feature
| Feature | Explanation |
|---|---|
| Cross-Chain Bridging | Facilitates token transfers between supported blockchain networks. |
| Cross-Chain Messaging | Provides infrastructure for communication between decentralized applications. |
| Liquidity Routing | Uses different routing mechanisms depending on available assets and routes. |
| DeFi Support | Enables cross-chain swaps, liquidity movement, and application integrations. |
7. Allbridge Core
Cross-chain stablecoin transfers are the heart of Allbridge Core, so when evaluating it, look closely at supported stablecoins, liquidity, and destination routes. Users should check which stablecoins and blockchains are currently supported for a certain transaction instead of assuming all tokens are equally supported.
The protocol’s liquidity pool design impacts transfer capacity and pricing on execution and the possibility of slippage. Bridge costs include protocol fees and the transaction costs of the underlying blockchain. Transfer time depends on the confirmation time of the source-chain and the processing time of the destination.
Security is built on the bridge’s smart-contract architecture and cross-chain infrastructure, so users should review current audits and security documentation before moving large sums of money.
Typical use cases include moving stablecoins between supported ecosystems, funding DeFi, rebalancing portfolios and managing cross-chain liquidity. Some of the major limitations include route support, supported stablecoins, pool liquidity, transfer limits and potential price impact for larger transactions.
Allbridge Core Feature
| Feature | Explanation |
|---|---|
| Stablecoin Transfers | Focuses heavily on moving stablecoins across supported blockchain networks. |
| Liquidity Pools | Uses liquidity pools to facilitate cross-chain asset movement. |
| Multichain Infrastructure | Supports transfers between multiple blockchain ecosystems and networks. |
| DeFi Utility | Helps users move stablecoin liquidity between different DeFi ecosystems. |
8. Celer cBridge
Celer cBridge is a cross-chain token transfer protocol with the goal of transferring supported assets between many blockchain networks. Availability depends on the asset and the route, so when evaluating cBridge, readers should check the current lists of supported chains and tokens.
Its liquidity model involves liquidity providers and cross-chain pools for transfers, with the underlying Celer interoperability infrastructure orchestrating movement between networks. Transfer speed depends on source chain’s confirmation requirements, destination execution, and network conditions.
This may include bridge fees, liquidity related pricing and blockchain gas charges. The final quote will depend on the route chosen. Liquidity depth matters, because if liquidity is not deep enough it can impact availability or pricing of execution.
cBridge can be used for DeFi applications, treasury transfers, portfolio movement and multichain token operations. Limitations include route-specific asset support, varying liquidity levels, network fees and transaction limits that may vary by route.
Celer cBridge Feature
| Feature | Explanation |
|---|---|
| Cross-Chain Transfers | Enables transfers of supported tokens across multiple blockchain networks. |
| Liquidity Pools | Uses liquidity providers and pools to facilitate bridge transactions. |
| Wide Asset Support | Supports various tokens and stablecoins across available routes. |
| DeFi Integration | Connects cross-chain assets with decentralized applications and ecosystems. |
9. Circle CCTP
Circle’s Cross-Chain Transfer Protocol (CCTP) is a specialized protocol that allows native USDC to transfer smoothly across supported blockchain networks through a burn-and-mint process, as opposed to typical wrapped representations.
This burns native USDC on the source chain and allows minting of the equivalent amount of native USDC on the destination chain, which assists in preserving native USDC representation across supported ecosystems.
Circle currently supports USDC across multiple networks, but the exact CCTP availability depends on the version and integration in use. Cost is subject to fees for the source and destination networks and any fees charged by the integrator. Transfer timing is subject to finality on the blockchain and processing of attestations.
CCTP is especially useful for stablecoin transfers, DeFi liquidity movement, payments and multichain applications. Its biggest limitation is asset scope – CCTP is fundamentally about supported Circle-issued assets, not arbitrary tokens.
Circle CCTP Feature
| Feature | Explanation |
|---|---|
| Native USDC Transfers | Moves native USDC between supported chains using burn-and-mint technology. |
| Burn-and-Mint Model | Burns USDC on one chain and mints native USDC on another. |
| Multichain Support | Provides native USDC interoperability across supported blockchain networks. |
| Payment & DeFi Utility | Supports payments, liquidity movement, trading, and multichain applications. |
10. LI.FI (Jumper Exchange)
LI.FI differs from single-protocol bridges because it aggregates bridges, DEXs, and other sources of liquidity into a single routing infrastructure. Its API connects to several bridge providers and exchanges, enabling applications to compare routes instead of manually selecting one bridge.
The chains and tokens it supports depend on the current integrations available via LI.FI and single routes can contain one or multiple bridging and swapping steps. So, when quoting, slippage and price impact are important considerations . The routing system considers available liquidity , the exchange rate , gas costs and the expected output .
Fees may include bridge fees, DEX fees, network gas, and provider-specific costs. Jumper uses this aggregated infrastructure to enable users to swap across chains. Its major limitation is that route availability, pricing, and execution depend on third party bridges, dexes, liquidity, and current network conditions.
LI.FI (Jumper Exchange) Feature
| Feature | Explanation |
|---|---|
| Bridge Aggregation | Aggregates multiple bridge providers into a unified routing infrastructure. |
| DEX Aggregation | Connects decentralized exchanges to find cross-chain swap routes. |
| Route Optimization | Compares available routes based on pricing, liquidity, and transaction costs. |
| Jumper Exchange | Provides a user-friendly interface for cross-chain swaps and transfers. |
Conclusion
Summary Overall, the best cross-chain bridges like Stargate Finance offer various ways to transfer assets and data across blockchain networks.
Protocol, deBridge, Wormhole, Axelar, Symbiosis Finance, Synapse, Allbridge Core, Celer cBridge, Circle CCTP, LI.FI has a lot of features, supported chains, fees, liquidity models and security systems.
Comparing these factors allows users to assess the best fit of bridge infrastructure with their transfer requirements, assets, and preferred blockchain ecosystem.
FAQ
What are cross-chain bridges like Stargate Finance?
They enable users to transfer assets between different blockchain networks.
Which Stargate alternatives support multiple chains?
Across, Wormhole, Axelar, and LI.FI support numerous blockchain ecosystems.
What factors should users compare?
Compare supported chains, assets, fees, speed, liquidity, security, and slippage.
Does Circle CCTP support multiple assets?
CCTP primarily facilitates native USDC transfers between supported chains.
