Best Blockchain Platforms for IPOR

Compare the Top Blockchain Platforms that integrate with IPOR as of December 2025

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This a list of Blockchain platforms that integrate with IPOR. Use the filters on the left to add additional filters for products that have integrations with IPOR. View the products that work with IPOR in the table below.

What are Blockchain Platforms for IPOR?

Blockchain platforms are frameworks that allow developers to create, deploy, and manage blockchain-based applications and services. These platforms provide the underlying infrastructure for building decentralized applications (dApps), executing smart contracts, and enabling secure, transparent transactions. Blockchain platforms are typically built on distributed ledgers, which ensure data immutability, security, and decentralization. Common uses of blockchain platforms include financial services (like cryptocurrency), supply chain management, identity verification, and voting systems. Popular blockchain platforms offer support for consensus mechanisms, scalability, privacy features, and interoperability with other blockchain networks. Compare and read user reviews of the best Blockchain platforms for IPOR currently available using the table below. This list is updated regularly.

1

Aave

Aave

Aave is an open source and non-custodial liquidity protocol for earning interest on deposits and borrowing assets. Aave is a decentralized non-custodial money market protocol where users can participate as depositors or borrowers. Depositors provide liquidity to the market to earn a passive income, while borrowers are able to borrow in an overcollateralized (perpetually) or undercollateralized (one-block liquidity) fashion. At Aave, security is our top priority and we are constantly auditing and improving our protocol. The funds are stored in a non-custodial smart contract on the Ethereum blockchain. You control your wallet. Regulated and auditable by code. To ensure top notch security, Aave Protocol has had audits by trail of bits, open zeppelin, consensys diligence, certik, peckshield and certora. All audits are publicly available.

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2

EigenLayer

Eigen Labs

EigenLayer is a protocol built on Ethereum that introduces Restaking, a groundbreaking concept allowing users to extend Ethereum’s cryptoeconomic security to new decentralized services. It acts as a “marketplace for trust,” connecting restakers, operators, and Autonomous Verifiable Services (AVSs) — the new generation of verifiable Web3 infrastructure. Developers can build services secured by Ethereum without needing to bootstrap their own validator network or token-based security model. Through EigenLayer, restakers can deposit ETH, liquid staking tokens (LSTs), EIGEN, or other ERC-20 tokens to secure emerging decentralized applications. This shared security model fosters rapid innovation while maintaining decentralization and reliability. Simply put, EigenLayer empowers builders to launch scalable, secure Web3 services faster, at lower cost, and with Ethereum-grade trust.

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3

Compound

Compound Finance

Compound is an algorithmic, autonomous interest rate protocol built for developers, to unlock a universe of open financial applications. Higher returns, for you or your users. Balances held by your application can automatically earn the prevailing market rate. You can build interest directly into your product. Earn by the block. Expand functionality, without compromising liquidity. You can tokenize balances. Withdraw assets any time, or transfer balances to cold storage, other users, etc. Earn interest while assets are in cold storage. No trading fees, no slippage, no problem. Tapping into the Compound Protocol means you have access to a global liquidity pool per asset. Borrowing assets from the Compound Protocol has no time-duration; balances can be repayed at anytime, while interest is accumulating per block on the Ethereum network.

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4

Arbitrum

Offchain Labs

Next generation layer 2 for Ethereum dApps. Use your favorite tools and scale your dApp at the lowest cost. An aggregator plays the same role that a node plays in Ethereum. Client software can do remote procedure calls (RPCs) to an aggregator, using the standard API, to interact with an Arbitrum chain. The aggregator will then make calls to the EthBridge and produce transaction results to the client, just as an Ethereum node would. Most clients will use an aggregator to submit their transactions to an Arbitrum chain, although this is not required. There is no limit on how many aggregators can exist, nor on who can be an aggregator. To improve efficiency, aggregators will usually package together multiple client transactions into a single message to be submitted to the Arbitrum chain. Arbitrum also supports a privileged Sequencer that can order transactions and give low latency transaction receipts.

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