Cross-Chain Solutions

Bridgers is a cross-chain swap aggregator built by SWFT Blockchain that connects Solana to 47 additional blockchain networks through a single interface. Users can exchange SOL and Solana-based tokens for assets on Ethereum, Arbitrum, BNB Chain, Polygon, Base, TON, and dozens more supported chains without managing separate bridge contracts or holding intermediary tokens. The platform aggregates liquidity from DEX pools across all covered chains, using an AI-powered routing engine with neural network-based path prediction to find optimal swap routes in real time. Non-custodial execution means users authorize transactions directly through their wallets; Bridgers generates calldata and tracks settlement through completion. The B2B API is designed for wallets and applications—including Trust Wallet—to embed cross-chain swap capability without building or maintaining their own bridge infrastructure.

Wormhole moves tokens between Solana and more than 45 other blockchains, either through its Portal transfer app or through Native Token Transfers (NTT), a framework that lets an issuer keep its token's own rules on every chain instead of minting a generic wrapped copy. Ripple's RLUSD stablecoin used NTT to go multichain in December 2025, and Monad's MON token took the same route. Token teams that want one asset with consistent controls across chains get the most from it, as do users bridging in and out of Solana on a widely integrated route. The trade-off is trust: transfers are approved by a permissioned set of 19 Guardians, and the bridge lost about $326 million in a February 2022 exploit before Jump Crypto replaced the funds and Wormhole added rate limits and a deposit-tracking contract.

deBridge moves assets between Solana and other blockchains through the deBridge Liquidity Network (DLN), where professional market makers called solvers compete to fill each order from their own inventory. Founded in April 2021, deBridge keeps no pooled liquidity in its contracts: every order settles through a short-lived escrow, and an order that no solver fills can be cancelled with tokens and fees returned in full. Traders swapping SOL for stablecoins or large-cap assets on Ethereum, Base, Arbitrum and the other supported chains will get the most from it, including through wallets such as Phantom that have integrated it. The trade-off is that execution depends on solver inventory. Long-tail tokens lack deep solver inventory, so they rely on DEX swaps at each end of a transfer or on dePort's synthetic representations rather than a direct fill.

Composable Finance stands out as a leading cross-chain asset transfer solution on Solana through its MANTIS protocol and Picasso Network. The platform enables seamless movement of assets between Solana, Ethereum, Cosmos and other major blockchain networks using a combination of IBC (Inter-Blockchain Communication) and rollup technology for secure, efficient transfers.MANTIS, their flagship cross-chain settlement protocol, facilitates trust-minimized asset transfers across networks while maintaining security through advanced cryptographic proofs. The Picasso Network complements this by enabling multi-asset restaking and cross-chain liquidity provision, allowing users to maximize their yield potential across multiple chains simultaneously. Their comprehensive approach to cross-chain infrastructure makes them a vital solution for users looking to move assets between Solana and other major blockchains.

Rome Protocol connects the EVM and Solana by running EVM smart contracts inside the Solana runtime itself, so the two share one state instead of passing messages over a bridge. A Solidity contract on Rome can call a Solana program such as SPL Token through Cross-Program Invocations, and its CPI Engine executes that call atomically within the same transaction. Ethereum developers who want to reach Solana liquidity with their existing Hardhat, Foundry or MetaMask setup have the most to gain. Rome Protocol's public environments, though, are still the Hadrian devnet and Martius testnet, and its documentation lists no security audits.

Mayan Finance stands out as a leading cross-chain asset transfer solution on Solana, enabling seamless token swaps between multiple blockchain networks through their flagship Mayan Swap product. Their innovative Cross-chain Auction Protocol ensures users get the best possible rates when moving assets across chains, while their Integration SDK allows other projects to leverage their infrastructure for cross-chain capabilities.The platform has demonstrated impressive growth with over $470 million in total volume since its mid-2023 launch, highlighting its effectiveness as a cross-chain bridge solution. By focusing on user experience and leveraging Solana's speed and efficiency, Mayan Finance has created a robust infrastructure for transferring assets between networks, with support for Binance Smart Chain and plans to expand to all EVM-compatible chains. Their swap explorer provides complete transparency for tracking cross-chain transactions, making it a trusted solution for users looking to move assets between different blockchain networks.

As a leading cross-chain asset transfer solution on Solana, DOOAR enables seamless movement of digital assets between multiple blockchain networks through its sophisticated smart contract infrastructure. The platform has revolutionized cross-chain transfers by eliminating the complexity typically associated with blockchain bridging, making it accessible to both retail and institutional users.DOOAR's cross-chain functionality is built on robust security protocols and audited smart contracts, ensuring safe and efficient asset transfers across networks. The platform supports major networks including Ethereum and BSC, with plans to expand to additional chains. Users can easily track their cross-chain transactions through an intuitive interface, while benefiting from DOOAR's deep liquidity pools that minimize slippage during transfers. The integration with STEPN's ecosystem adds another layer of utility, particularly for users looking to move GMT and GST tokens across different chains.

For moving value between chains, Mantis turns the usual bridge-then-swap sequence into one step: a user can start with USDT on Ethereum and end up holding a Solana token without bridging manually or keeping gas tokens on each chain. Cross-chain execution runs on Picasso's IBC Hub, which extends the Inter-Blockchain Communication protocol beyond Cosmos to Solana, Ethereum and Polkadot. Mantis makes most sense for people who hold assets on Ethereum and want to trade into Solana tokens without learning a separate bridge and gas workflow. It is a trading application rather than a general-purpose bridge, though, and its cross-chain routes rely on the Picasso infrastructure built by the same team, ComposableFi, so users are trusting one stack for both the transfer and the trade.

Relay Protocol is an intent-based bridge that moves tokens between Solana and more than 85 other networks, including Ethereum, Base, Arbitrum, Bitcoin and Tron. Instead of locking assets and minting a wrapped copy, a solver pays the user from its own balance on the destination chain and is repaid afterwards, so the user receives the native token. Relay puts its median execution time at 2.7 seconds. It suits Solana users and apps that want to move SOL, USDC or other Solana-native tokens to and from EVM chains without holding bridge-wrapped assets. The trade-off is that Relay Protocol is not a Solana-native protocol: settlement runs on its own Relay Chain and depends on Relay's custom oracle, with a multisig Security Council responsible for governance and emergency recovery.

Circle's Cross-Chain Transfer Protocol (CCTP) moves native USDC between Solana and other chains by burning it on the source chain and minting it on the destination, so no wrapped token or third-party bridge sits in the middle. CCTP V2 added Solana support along with a faster attestation path and a fast-transfer mode for time-sensitive settlement, and Circle's Gateway adds a unified USDC balance across chains without pre-funding. CCTP fits apps, market makers and treasuries that rebalance dollars between Solana, Ethereum, Base or Arbitrum and want to avoid wrapped-token risk. Its scope is narrow by design: it transfers Circle's own USDC only, so anyone moving other tokens across chains still needs a general-purpose bridge.

Zeus Network brings Bitcoin onto Solana through APOLLO, where users deposit BTC and receive zBTC, a token pegged 1:1 to Bitcoin and backed by Proof of Reserves. Each deposit address is derived by combining the user's Solana key with a Guardian node key through multi-party computation, so no single party holds the full private key. APOLLO launched in late 2023, and zBTC has since become interoperable with Ethereum, BNB Chain, Base, Sonic and Sui. Bitcoin holders who want to lend, provide liquidity or trade on Solana without KYC will find the most use here. The trust model is the open question: Guardian nodes jointly authorise every mint and withdrawal, but their identities and selection criteria have not been publicly detailed, although the network was audited by Sec3 and Offside Labs before opening to users.

Skip:Go, the interoperability API from Skip (now run by Cosmos Labs under the Interchain Foundation), moves tokens between Solana and the 115+ chains of the Cosmos/IBC network. Rather than relying on one bridge, Skip:Go composes several bridging and swap steps into a single multi-hop route, drawing on IBC, CCTP, Hyperlane, IBC Eureka, Stargate, GoFast and Axelar to pick the cheapest or fastest path. Solana apps that want to send users' assets into Cosmos DeFi venues, and Cosmos protocols looking to onboard capital from Solana, can use it without maintaining a separate integration for each bridge. Native Solana access through IBC Eureka is still a roadmap item, and no public audit reports for the Skip:Go contracts were found.

Hex Trust brings native XRP onto Solana as wXRP, a 1:1 backed token launched in April 2026 on LayerZero's OFT standard. Verified participants deposit XRP with Hex Trust, which mints wXRP on Solana and burns it on redemption, with proof of reserves published onchain. Phantom, Jupiter, Meteora and Titan supported wXRP at launch. Solana users who want XRP exposure inside Solana DeFi get a custodian-backed asset with verifiable reserves. The trade-off is custodial trust: minting and redemption depend on Hex Trust holding the XRP and require KYC/AML verification, unlike trust-minimized bridges.

Infinex's Swidge engine lets users pick a token on one chain and receive a different token on another in a single step, routing the trade through more than 20 aggregators and bridges including Jupiter, Uniswap and 1inch. Gas is handled for the user on standard swaps, and in September 2026 Arc Chain joined the list of supported networks. Swidge makes most sense for traders who move between Solana, Base, BNB Chain and other chains and are tired of juggling bridges and gas tokens. Infinex does not run its own bridge, so routing depends on outside providers and their outages reach users. Its separate Fast Execution mode for memecoins also needs the chain's native token, such as SOL, for gas.

SideShift AI moves value between chains by swapping, not bridging: a user sends BTC, ETH or another asset on its home network and receives SOL or a Solana-network token directly in their own wallet. The service spans more than 45 networks, and its REST API powers swaps inside Trezor, Edge Wallet, Bitcoin.com's wallet and Aqua Wallet. It suits holders bringing assets from Bitcoin or Ethereum into Solana who would rather avoid wrapped-asset protocols, bridge interfaces or a centralized exchange account, and wallet builders who want cross-chain swaps through a single API. The trade-off is that SideShift AI is a service rather than a trustless protocol, so funds depend on it processing each order, and US users are excluded.

LayerZero moves tokens between Solana and other chains through its Omnichain Fungible Token (OFT) standard, which burns tokens on the source chain and mints them on the destination once verifiers confirm the burn, rather than holding wrapped assets with a bridge custodian. Stablecoins that move this way include Tether's USDT0 and PayPal's PYUSD, and LayerZero's Stargate protocol adds unified liquidity pools across chains. Teams that want a Solana token to stay canonical on EVM networks, instead of accepting wrapped versions, are the clearest fit, and issuers managing assets across many chains can use LayerZero Labs' Console platform for deployment and monitoring. Each transfer is only as secure as the verifier configuration the application picked, so holders inherit whatever DVN set the token issuer chose.

Yona Network connects Bitcoin to a Solana Virtual Machine rollup through its Hyper Canonical Bridge, and also bridges to other SVM chains including Molecule, Zeus and SOON Network. An earlier design was based on BitVM; Yona has committed to BitcoinOS ZK primitives so proofs, rather than federated custodians, carry state between Yona and Bitcoin L1, while an EigenLayer Actively Validated Service backs the bridge with restaked ETH. Bitcoin holders looking for a route into SVM-based DeFi without trusting a custodian federation are the natural audience. The bridge is testnet-only for now, with published testnet guidelines, so Yona Network is something to trial rather than move real funds through.

Hyperlane moves tokens between Solana and other chains through Warp Routes, permissionless bridge templates that let a project launch its own bridge path with its own security settings. Live routes connect Solana to EVM chains and Starknet, carrying assets such as Renzo's ezETH and, since July 2025, native Celestia TIA between Ethereum and Solana. Token teams that want a bridge for their own asset, without waiting for approval from a central team, will get the most from Hyperlane. The trade-off is that a project choosing a custom security module outside the audited defaults takes on responsibility for that setup itself, a risk the protocol's own documentation flags.

Align's API moves stablecoins between eight blockchains, Solana among them, and handles the bridging and any swap itself, so the customer never touches a bridge. Its permanent route addresses go further: a business can create deposit addresses on other chains that all forward USDC or USDT to one wallet, letting a firm paid on Solana, Tron or Base settle on a single chain. Platforms that collect stablecoins across several networks and want one settlement wallet are the natural fit. Coverage varies by token, though: USDC runs on every supported chain except Tron, and EURC only on Ethereum, Avalanche, Base and Solana. Funds also pass through wallets Align controls, so users rely on the company rather than an on-chain protocol.

Allbridge is a cross-chain bridge that started on Solana in 2021 and now runs two live products: Allbridge Core for USDC, USDT and USDe, and Allbridge Next for stablecoins and gas tokens such as SOL, with swaps during the transfer. Users receive the native asset on the destination chain rather than a wrapped copy, across networks including Ethereum, Arbitrum, Base, Tron and Sui. Allbridge suits users moving funds between Solana and chains like Tron, or turning SOL into ETH on Arbitrum in one step. The trade-off is its record: Allbridge has been exploited twice, most recently for about $1.65 million on Solana in July 2026. After that attack Core dropped its own liquidity pools and now routes funds through Circle's CCTP and LayerZero's OFT standards.

Jumper is a bridge and swap aggregator that moves tokens between Solana and dozens of other chains, comparing routes from many bridges at once and showing one amount-received figure for each. On Solana it draws on 12 bridges through LI.FI's routing engine, among them Allbridge, Chainflip and Near Intents, and relayer fees on Solana routes can be paid in the token you send, so you do not need SOL first. Jumper suits anyone who moves stablecoins or SOL between Solana and EVM chains often enough that checking routes by hand is a chore. Each route carries the risk of the third-party bridge it uses, and LI.FI's contracts were exploited for about $11.6 million in July 2024, so approve only the amount you are sending.

AROK has established itself as a pioneering cross-chain platform on Solana, utilizing Wormhole's Native Token Transfer protocol to enable seamless trading and asset management across multiple networks. The platform's sophisticated infrastructure spans both Solana and Base networks, allowing it to capitalize on cross-chain arbitrage opportunities and access deeper liquidity pools across different ecosystems. The neural interface calculates optimal cross-chain pathways, considering factors such as gas costs, slippage, and bridge fees to ensure efficient execution.The platform's cross-chain architecture represents a significant advancement in multi-chain DeFi operations, maintaining separate trading modules on each chain while coordinating overall strategy through its central AI engine. AROK's ability to process and execute complex cross-chain transactions autonomously, while maintaining transparent operations and risk controls, demonstrates the potential for sophisticated cross-chain asset management. The system's integration with Wormhole's infrastructure ensures reliable and secure cross-chain transfers, making it a valuable addition to the cross-chain DeFi ecosystem.

Turbo has established itself as a pioneering cross-chain platform on Solana, leveraging its partnership with Aurora Labs and NEAR Protocol to enable seamless asset transfers and trading across multiple blockchain networks. The project's TurboChain, built using Aurora's Virtual Chain technology, serves as a sophisticated bridge that maintains the efficiency of Solana while extending functionality to other networks, creating a robust cross-chain infrastructure for users.The platform's cross-chain capabilities are particularly evident in TurboSwap, which aggregates liquidity from various sources and enables efficient asset transfers across different blockchains. This integration allows users to access broader market opportunities while benefiting from Solana's speed and cost-effectiveness. The project's zero-tax structure and advanced routing algorithms further optimize cross-chain transactions, making it a compelling solution for users seeking seamless interoperability between different blockchain networks.

LI.FI stands out as one of the most comprehensive cross-chain transfer solutions available on Solana, aggregating over 15 different bridges to provide users with optimal routing for asset transfers. The protocol's intelligent routing system considers multiple factors including speed, cost, and security to determine the best path for cross-chain transactions, while its integration with Phantom wallet and Jupiter DEX ensures seamless transfers both to and from the Solana ecosystem.The platform's sophisticated bridge aggregation strategy sets it apart by distributing risk across multiple bridges while maintaining high security standards through regular audits and real-time monitoring. With over $10B in transfer volume processed, LI.FI's developer-friendly approach offers multiple integration options including an API, SDK, and customizable widget, making it an essential tool for projects looking to implement cross-chain functionality within the Solana ecosystem.

PIP excels in facilitating cross-chain asset transfers, supporting transactions across multiple blockchain networks including Solana, Ethereum, BNB Chain, Polygon, Base, Optimism, and Avalanche C-Chain. The platform's unified interface allows users to seamlessly send and receive cryptocurrencies across these networks without navigating complex bridge protocols or multiple wallet interfaces.The platform's cross-chain capabilities are enhanced by its social integration features, making inter-blockchain transfers as simple as using a PIP tag. Through its comprehensive infrastructure, users can manage multiple blockchain assets in one place, create cross-chain invoices, and execute payments across different networks. The platform's security measures, including transaction simulation and scam detection, ensure safe cross-chain operations while maintaining user-friendly functionality.

Eclipse excels in facilitating cross-chain asset transfers and interactions between the Ethereum and Solana ecosystems. Through its canonical bridge, users can securely transfer assets between Ethereum and Eclipse while maintaining the economic security of the Layer 2 system. The platform's implementation of fraud proofs and delayed withdrawal mechanisms ensures the safety of cross-chain transactions.The platform's cross-chain capabilities extend beyond simple asset transfers, enabling sophisticated interactions between Ethereum and Solana-based applications. Eclipse's integration with projects like Hyperlane for cross-chain messaging allows for complex cross-chain operations, while maintaining compatibility with both ecosystems' native tools and wallets. This infrastructure supports various cross-chain applications, from DeFi protocols to gaming platforms, enabling seamless asset and data flow between chains while leveraging the unique advantages of each ecosystem.

Picasso stands out as a leading cross-chain infrastructure solution on Solana, implementing the Inter-Blockchain Communication (IBC) protocol to enable secure and efficient asset transfers between different blockchain networks. The protocol's sophisticated architecture utilizes light clients and relay nodes to verify and transmit messages between chains, allowing users to seamlessly bridge assets without relying on centralized intermediaries.Through its robust bridging infrastructure, Picasso currently supports connections with major networks including Ethereum and the Cosmos ecosystem, with plans to expand to additional chains. The protocol generates revenue through bridging fees, with 20% distributed to PICA token stakers, creating a sustainable economic model while maintaining high security standards through features like multi-party computation for transaction validation and automated security monitoring.

zrSign and zrChain represent innovative solutions in the cross-chain asset transfer space, providing a comprehensive infrastructure for managing digital assets across multiple blockchain networks. The platform's use of distributed Multi-Party Computation (MPC) technology ensures secure and efficient cross-chain operations, while maintaining decentralized control over private keys and signing requests.The platform's integration with both Cosmos and Solana ecosystems demonstrates its versatility in handling cross-chain transfers. Through its $ROCK token and zenBTC mint facility, users can seamlessly move assets between networks while maintaining security and asset backing. The decentralized MPC network provides a robust foundation for cross-chain asset management, with an on-chain policy engine coordinating complex multi-chain transactions and transfers.

Orbit Agent excels in facilitating cross-chain asset transfers and management across its supported 116+ blockchain networks. The platform's AI-powered system automatically identifies the most efficient and cost-effective routes for cross-chain transactions, considering factors like gas fees, bridge security, and transaction speed.The platform's cross-chain functionality includes advanced features such as multi-chain yield farming optimization, automated bridge selection, and smart liquidity management across different networks. Users can seamlessly move assets between chains while the platform's AI monitors for the best opportunities and security concerns. Orbit Agent's cross-chain capabilities are particularly valuable for users looking to maximize returns by accessing opportunities across different blockchain networks while minimizing transaction costs and risks.

Layerswap Bridge stands out as a leading cross-chain asset transfer solution on Solana, offering seamless connectivity between centralized exchanges and various blockchain networks. The platform's innovative approach eliminates the traditional complexities of cross-chain transfers by providing a unified interface that handles all the technical aspects behind the scenes, making it particularly accessible for users who want to move assets between CEXs and different chains.What sets Layerswap apart is its comprehensive integration with major centralized exchanges and its support for multiple Layer 2 networks, allowing users to execute transfers directly from exchange accounts to blockchain wallets in a single transaction. The platform's built-in fiat support and optimized routing mechanisms ensure cost-effective transfers while maintaining high security standards. Their automated verification system and real-time transaction tracking provide users with a transparent and reliable bridge experience.

Nostra Bridge represents a crucial cross-chain infrastructure solution enabling seamless asset transfers between Starknet and other blockchain networks. The protocol's verified bridge contracts implement robust security measures to ensure the safety of cross-chain transactions, while maintaining efficiency and speed. The bridge architecture is designed to handle various asset types and transaction volumes reliably.Users can confidently move their assets across different blockchain networks through Nostra Bridge's intuitive interface. The protocol's integration with other Nostra products creates a comprehensive cross-chain DeFi experience, allowing users to access different blockchain ecosystems while maintaining security and efficiency. Regular security audits and continuous monitoring ensure the bridge maintains its security standards.

ValueRouter stands out as a leading cross-chain asset transfer solution on Solana, enabling seamless token movements across multiple blockchain networks. The protocol's innovative architecture allows users to execute complex token swaps and transfers between different chains in a single transaction, significantly reducing the friction typically associated with cross-chain operations.The platform's smart contract infrastructure ensures secure and efficient token bridging while maintaining atomic execution guarantees. By leveraging Solana's high-performance capabilities, ValueRouter provides users with fast settlement times and competitive fees compared to traditional multi-step bridging processes. The protocol's integration with multiple blockchain networks makes it a versatile solution for users looking to move assets between different ecosystems without dealing with multiple platforms or complicated bridging procedures.

Lendasat stands out in the cross-chain asset space by bridging Bitcoin and Solana ecosystems through its innovative lending platform powered by ARK technology. The platform enables seamless Bitcoin collateralization for loans on Solana, utilizing Discreet Log Contracts to ensure secure cross-chain interactions and maintain the sovereignty of users' Bitcoin holdings. The implementation of price oracles ensures accurate real-time valuation of Bitcoin collateral across chains.The platform's architecture demonstrates advanced cross-chain capabilities, allowing Bitcoin holders to participate in Solana's DeFi ecosystem without surrendering custody of their assets. Through ARK technology, Lendasat has created a trustless bridge that maintains the security properties of both chains while enabling complex financial interactions. This infrastructure sets new standards for cross-chain asset utilization and transfer security.

In the cross-chain asset transfer space, OpenOcean has established itself as a leading solution for Solana users looking to move assets between different blockchain networks. The platform's sophisticated bridge aggregation system connects over 30 different chains, enabling seamless transfers while automatically finding the most efficient and cost-effective routing paths for cross-chain transactions.The protocol's cross-chain functionality goes beyond simple transfers, incorporating advanced features like cross-chain swaps with minimal slippage and intelligent routing that can split transactions across multiple bridges for optimal execution. OpenOcean's dedication to security in cross-chain operations is evident through their regular audits and multi-signature requirements, while their zero-fee policy makes them particularly attractive for users looking to minimize costs in cross-chain operations. The platform also provides detailed analytics and tracking for cross-chain transactions, allowing users to monitor their transfers in real-time.

Retro Bridge stands out as a sophisticated cross-chain asset transfer solution on Solana, enabling seamless movement of digital assets across 41+ blockchain networks. Its concentrated liquidity pools and optimized infrastructure allow for swift transactions under one minute, with a transparent flat fee structure that makes costs predictable for users. The platform's support for both EVM and non-EVM chains makes it a versatile choice for cross-chain operations.The Advanced Mode functionality takes cross-chain transfers to the next level by enabling simultaneous multi-chain transactions from a single source network. Users can choose between Fast Mode for immediate execution or Sequence Mode for timed interval transfers, providing flexibility for different trading strategies. The platform's integrated explorer and API services offer comprehensive transaction monitoring and integration capabilities, while the innovative faucet system rewards active users with testnet tokens across multiple networks.

PocketPay integrated cross-chain payment capability using Circle Cross-Chain Transfer Protocol (CCTP), enabling native USDC transfers between Solana and other networks without token wrapping. Supported chains included SUI, BNB Chain, Polygon, Base, Blast, Linea, and Taiko — a broad footprint that reflected the project positioning as network-agnostic payment infrastructure rather than a Solana-only product. CCTP was a pragmatic choice for the merchant payments context: it avoided the trust assumptions and liquidity fragmentation of lock-and-mint bridge designs, keeping USDC fungible across networks in a way that mattered for settlement predictability. This cross-chain layer was paired with Solana Name Service for human-readable addresses and Pyth oracle feeds for price conversion, forming an interoperability stack built from established ecosystem components rather than custom bridging infrastructure.

The Dreams Router is Daydreams' payment routing and settlement layer designed to maintain payment context as agent requests traverse different blockchain networks. It enables agents operating on Base, Solana, or Starknet to pay for services and collect earnings without rebuilding settlement logic per chain. The DREAMS token itself is deployed natively across all three supported networks, having launched as an SPL token on Solana before expanding to Base and Starknet, making it one of the few agent-economy tokens with native multi-chain presence. Beyond settlement routing, the Dreams Router functions as an AI model gateway with an OpenAI-compatible API, routing inference requests to models from OpenAI, Anthropic, Google, Groq, and xAI, with automatic provider fallbacks built in. Payment for inference is settled via x402 micropayments per token, so agents can call foundation models without a billing account. Solana's sub-second finality and low transaction fees made it the primary network for x402 transaction volume during the protocol's early growth phase in late 2025.

1inch Fusion+ enables cross-chain swaps between Solana and more than a dozen EVM networks — including Ethereum, Arbitrum, Polygon, and Optimism — without relying on traditional bridges or wrapped asset protocols. Launched in August 2025, Fusion+ uses a trustless mechanism where resolvers compete to fill cross-chain orders directly, avoiding the custody risks that come with bridged token representations. MEV protection carries through the entire cross-chain flow. Fusion+ is accessible through the 1inch dApp, the 1inch Wallet, and a dedicated Fusion+ API for developers integrating cross-chain swap infrastructure into their applications. The same resolver competition model that tightens execution on single-chain Fusion swaps applies across chains, making 1inch a rare platform offering bridge-free asset movement between Solana and the EVM ecosystem.

Cake Wallet supports 16 blockchains within a single non-custodial app: Bitcoin with Lightning, Ethereum, Polygon, Base, Arbitrum, BNB Smart Chain, Solana, Tron, Litecoin, Bitcoin Cash, Dogecoin, Zcash, Nano, Decred, Wownero, and Zano. Token standards covered include ERC-20, BEP-20, SPL, and TRC-20, giving users access to the dominant asset types across EVM chains, Solana, and Tron without switching apps or creating exchange accounts. Each network runs as a separate wallet with its own seed, and users can hold multiple wallets of any type simultaneously within a single app instance. Built-in swaps are available across most supported networks through integrated third-party providers. Solana swaps specifically use Jupiter's on-chain aggregation routing, which surveys liquidity across multiple Solana DEXs to find optimal execution prices — settling entirely on-chain and remaining non-custodial throughout. Arbitrum was added as an Ethereum Layer 2 in January 2026, and a February 2026 update improved EVM balance fetching to retrieve token data more efficiently across EVM-compatible chains. Hardware wallet pairing via Ledger, Trezor, COLDCARD, and BitBox02 extends cross-chain cold storage access through the same unified interface.

Atomiq Exchange provides cross-chain infrastructure that enables Solana's smart contract layer to verify Bitcoin transactions without trusting any bridge operator, validator set, or oracle. Its on-chain Bitcoin light client tracks Bitcoin block headers and validates proof-of-work directly on Solana, giving the chain cryptographic certainty about Bitcoin settlement without external dependencies. The protocol's Proof-time Locked Contracts (PrTLCs) lock assets in smart-contract vaults that release only upon on-chain proof of a valid, confirmed Bitcoin transaction, making settlement atomic at the protocol level. LP nodes are non-custodial and open-source, so liquidity providers operate independently without holding user funds. Solana contracts were audited by Ackee Blockchain Security and Starknet contracts by Cairo Security Clan, with all code publicly available in the atomiqlabs GitHub repository.

Matcha supports cross-chain swaps across 17 networks, connecting Solana with more than 13 EVM-compatible chains — including Ethereum, Base, Arbitrum, OP Mainnet, Polygon, BNB Chain, Avalanche, and Unichain — through a single trading interface. Users can connect Solana and EVM wallets simultaneously, enabling cross-ecosystem positions to be managed from one session without switching platforms. The Solana integration launched in April 2025, making Matcha one of the first DEX aggregators to support swaps natively across both SVM and EVM environments. More than 9 million tokens across all supported chains are accessible through the same aggregated interface. The cross-chain architecture is built on top of the 0x Protocol's routing infrastructure, which has operated as a DeFi liquidity layer since 2017.

BNB Chain is not a single network but a family of interoperable chains designed to span the full application stack. BNB Smart Chain serves as the EVM-compatible Layer 1 foundation, while opBNB provides an OP Stack-based Layer 2 optimistic rollup for higher throughput and near-zero fees targeting $0.001 per transaction. BNB Greenfield adds a dedicated decentralized storage layer, addressing data sovereignty for applications that require on-chain control over user data. Together, these three layers form a cross-chain architecture where assets and data move between execution, rollup, and storage environments within a unified ecosystem. Cross-chain connectivity within BNB Chain is integral to its scaling and application strategy. opBNB inherits BSC's security while offloading transaction volume, with a roadmap calling for block gas limits to expand from 100 million to 1 billion — projecting a path to 10,000 TPS on the rollup layer. BNB Greenfield's data economy is designed to interact with on-chain programs running on BSC, creating a bidirectional relationship between storage proofs and smart contract execution. The multi-chain design positions BNB Chain as a composable infrastructure stack rather than a single-layer settlement network, with each component serving a distinct but interoperable role.

Cosmos sits at the heart of blockchain interoperability through its Inter-Blockchain Communication (IBC) protocol, a trust-minimized standard that allows sovereign blockchains to transfer tokens, messages, and arbitrary data without custodial intermediaries. As of mid-2026, IBC connects more than 200 chains and processes approximately $3 billion in asset transfer volume per month, making it one of the most actively used cross-chain protocols in the industry. The latest upgrade, IBC v2 (Eureka), expands this reach beyond Cosmos-native chains by removing protobuf encoding requirements and introducing zero-knowledge proof verification to make light client checks economically viable on gas-metered networks. Solana connectivity is in the final stages of development, which will give Solana applications a trust-minimized path to liquidity and messaging across the entire Cosmos ecosystem — one of the most consequential interoperability developments expected in 2026.

Mixin Network serves as a multi-chain settlement layer connecting more than 32 blockchains — including Bitcoin, Ethereum, and Solana — enabling instant, fee-free asset transfers between them. The technical foundation is the Mixin Kernel, a distributed ledger built on a PoS-BFT-DAG architecture that handles over one million transactions per second with sub-second finality. Rather than taking custody of assets, the Kernel tracks ownership across chains while assets remain locked in on-chain smart contracts or multi-signature arrangements on their native blockchains. This architecture positions Mixin as a cross-chain coordination layer rather than a competing blockchain. Developers access cross-chain functionality at two levels: the Kernel level for node operation and network forks, and the API level for building Mixin Applications. Businesses and independent developers can integrate multi-chain cryptocurrency functionality into existing products without constructing their own blockchain infrastructure from scratch. The developer ecosystem spans bots embedded in Mixin Messenger, standalone mobile apps, payment integrations, and multi-user account systems, all benefiting from the underlying cross-chain transfer capabilities. SOL and SPL tokens are among the thousands of supported assets flowing through Mixin's multi-chain network.

Wanchain is a decentralized cross-chain bridge connecting 40+ blockchain networks—including Bitcoin, Ethereum, Solana, Cardano, Polkadot, VeChain, and XRP Ledger—through permissionless bridge nodes secured by Secure Multiparty Computation. Its WanBridge product supports 50+ bridgeable assets using a lock-mint-burn-unlock model with no centralized custodian holding funds at any point. The protocol has operated since late 2017 without a recorded exploit, an unusual track record in the cross-chain bridge space. For Solana users, Wanchain launched native USDC bridging via XFlows in September 2024, enabling stablecoin transfers between Solana and 35+ connected chains without wrapped-token intermediaries through Circle's CCTP integration. The August 2026 VeChain relaunch also includes Solana as a bridge endpoint, supporting assets including BTC, ETH, USDC, USDT, SOL, XRP, and WAN across six major networks. XPort further lets projects distribute their tokens to multiple chains without managing separate bridge deployments.

DefiApp's entire architecture is designed around chain abstraction — the elimination of visible cross-chain complexity for end users. The platform supports five blockchains (Ethereum, Solana, Arbitrum, Base, and BNB Chain) and generates both an EVM-compatible smart account and a Solana wallet automatically at signup, removing the need for users to manage separate wallets or switch networks. Cross-chain trade execution is handled through an intent-based routing system that identifies the optimal path for any transaction without requiring manual bridge approvals or network-switching from the user. Gas sponsorship across all chains ensures users never need to hold native tokens like ETH, SOL, or BNB to interact with on-chain protocols. The cross-chain infrastructure is built on ERC-4337 account abstraction for EVM chains and integrates natively with Solana through Jupiter for liquidity routing. Bridge operations, if required for cross-chain execution, are abstracted entirely from the user interface — the platform's intent-based system selects the most efficient path, including any bridging mechanics, without exposing that complexity to the end user. This approach mirrors the UX of centralized exchanges while maintaining the non-custodial guarantee of self-custody. Solana is listed as a first-class chain in the documentation, with the same gas abstraction and full liquidity routing available as on any EVM chain the platform supports.

ecoBridge operates across ten blockchains — Solana, Ethereum, Arbitrum, Optimism, Base, Polygon, Aptos, Celo, Eclipse, and Regen Network — providing permissionless ecological credit retirement without manual cross-chain intermediaries. The bridge.eco swap layer routes trades across more than 70 blockchains, allowing users to retire credits from whichever chain holds their liquidity. Each project publishes per-chain wallet addresses, and the platform intercepts transfers, executes retirements on Regen Network, and issues verifiable on-chain records automatically. The ecoLedger data layer makes credits from any recognized registry discoverable across all supported chains. Dedicated marketplace endpoints serve each deployment: app.ecotoken.earth for Solana, eclipse.ecotoken.earth for Eclipse, and RegenAtlas.xyz for Celo. A developer API exposes the full retirement pipeline to third-party applications regardless of which chain they operate on.

Reown maintains the WalletConnect Network, a decentralized relay infrastructure that connects applications to wallets across multiple blockchain ecosystems. The network is operated by 20-plus independent node operators, with sessions encrypted end-to-end and relayed through the distributed network rather than through a centralized Reown server. AppKit provides chain-specific adapters for EVM chains, Solana, and Bitcoin, with each adapter managing differences in transaction signing, account models, and connection protocols beneath a shared developer interface. Solana integration was added across all AppKit web frameworks and React Native and Flutter for mobile builds. At Accelerate 2025, Reown announced that the WalletConnect Network's native token would launch on Solana, placing the protocol's incentive and governance layer on the same chain as one of its fastest-growing developer communities. WalletConnect Pay extended its cross-chain payment routing to include Solana in June 2026, making SOL and Solana-based stablecoins available through the same merchant network that had previously served EVM chains.

Cross-chain execution is central to Azura's architecture, with the platform supporting token swaps across Solana, Ethereum, Base, Arbitrum, and additional EVM networks through a single non-custodial interface. The intent-based engine handles bridging and routing automatically, eliminating the need for users to manage wrapped tokens or navigate separate bridge interfaces for each supported network. From the user's perspective, a cross-chain swap is a single transaction with no intermediate steps requiring additional wallet confirmations or protocol-specific knowledge. The architecture is designed to extend to additional chains without altering the user-facing workflow, treating cross-chain movement as a standard feature of any trade rather than a specialized operation that demands separate tooling.

Codex FX includes a multi-chain bridge connecting Solana to Ethereum and Tron, enabling institutions to move USDC, USDT, and PYUSD across chains without leaving stablecoin rails. This bridge is embedded within a B2B payments and FX settlement product rather than operating as a standalone protocol, giving it an institutional focus on compliant cross-border transfer rather than speculative bridging. The underlying Codex Chain is EVM-equivalent and settles on Ethereum L1, accepting USDC as its native gas token to eliminate ETH-holding requirements for stablecoin operators. Base-layer compliance primitives including sanctions screening, account-level freezing, and audit-ready transaction memos apply across all chain activity, making Codex FX one of the few institutionally focused cross-chain stablecoin corridors with a direct Solana integration.