Key takeaway
- Blockchain platforms compared for 2026: Fabric 3, Besu, Corda, Ethereum, Stellar and the XRP Ledger, with status changes, trade-offs and when each fits.
Blockchain platforms package a consensus protocol, node software and smart contract tooling so that several organisations can share one tamper-evident record without a single owner. In 2026 the enterprise shortlist is short: Hyperledger Fabric, Besu and Corda for permissioned networks between known parties, and Ethereum, Stellar and the XRP Ledger for public settlement and tokenised assets.
Much of the older comparison landscape has changed. Ethereum moved to proof of stake in September 2022, the Hyperledger projects now sit under LF Decentralized Trust, Sawtooth and Burrow are archived, and Amazon Managed Blockchain closed to new customers on 29 October 2026. This guide compares the current options, what each fits and when a blockchain is the wrong tool.
What are blockchain protocols and blockchain platforms?
A blockchain protocol is the rule set that nodes follow to validate transactions, agree on their order and append them to a shared ledger. A blockchain platform wraps a protocol with node software, identity, smart contract runtimes, APIs and operating tools. The distinction matters for buyers: you choose a protocol for its trust model and a platform for how your teams will run it.
Bitcoin.org describes the core idea well: the blockchain is a "shared public ledger" whose integrity and chronological order are protected by cryptography, and each block depends on the blocks before it, so changing an earlier block invalidates every later one. For a wider primer, see our blockchain technology overview.
Which blockchain platforms should enterprises compare in 2026?
The table below compares the platforms most often assessed for enterprise use, with the current status read from each project's own pages on 11 November 2026.
| Platform | Network type | What it is | When it fits | Current status |
|---|---|---|---|---|
| Hyperledger Fabric | Permissioned | Modular ledger with channels, chaincode and a pluggable ordering service | Consortia of known parties that need private channels and fine-grained permissions | Graduated LF Decentralized Trust project; v3.0 added a BFT ordering service based on SmartBFT |
| Besu | Public and private | Open source Ethereum client written in Java, Apache 2.0 licence | Teams that want Ethereum tooling on a private network, or a path to Ethereum Mainnet | Graduated LF Decentralized Trust project; renamed from Hyperledger Besu |
| Corda | Permissioned | R3's distributed application platform that shares data only with the parties to a transaction | Regulated finance: tokenisation, digital assets and multi-party workflows | Community and Enterprise editions from one open source codebase |
| Ethereum | Public | Proof of stake smart contract network | Public tokenisation, stablecoins and applications that need open access | Proof of stake since 15 September 2022 |
| Stellar | Public | Payments and asset network with smart contracts | Low-value, high-volume payments and asset issuance | Minimum inclusion fee of 100 stroops (0.00001 XLM) per operation |
| XRP Ledger | Public | Layer 1 blockchain for creating, transferring and exchanging digital assets | Cross-border settlement, stablecoins and tokenised real-world assets | Minimum standard transaction cost of 10 drops, which is destroyed |
| Bitcoin | Public | Peer-to-peer payment network secured by mining | Holding or settling bitcoin itself; rarely a platform for business applications | First confirmation usually within about 10 to 60 minutes |
What has changed since the earlier comparisons?
If your architecture notes date from before 2023, several entries are out of date. Check each before reusing it in a design decision.
| Earlier item | Current position | Source |
|---|---|---|
| Hyperledger as a standalone foundation | Projects moved to LF Decentralized Trust, launched 16 September 2024 with 17 projects and more than 100 founding members | Linux Foundation |
| Hyperledger Sawtooth | Archived on 1 February 2024 and no longer active within Hyperledger; maintained by the Splinter community | GitHub archive |
| Hyperledger Burrow | Moved to End of Life by its maintainers; repository archived on 13 May 2022 | GitHub archive |
| Ethereum proof of work | The Merge on 15 September 2022 moved Ethereum to proof of stake, cutting energy use by about 99.95% | ethereum.org |
| Ripple xCurrent, xRapid and xVia | No longer named on Ripple's site, which now lists Payments, Custody, the RLUSD stablecoin, Prime Brokerage, Treasury and Tokenization | ripple.com |
| IOTA Tangle with no fees | IOTA now describes its mainnet as a Move-based Layer 1 with an object-centric architecture and staking | iota.org |
| Amazon Managed Blockchain as a hosting choice | No longer available to new customers as of 29 October 2026; existing customers until 30 September 2027 | AWS |
We have dropped NEM, Litecoin and the Gems protocol from this comparison. They are cryptocurrency or task-market projects rather than enterprise platforms, and we could not verify a current enterprise role for them from their own pages.
How do the permissioned platforms differ?
Hyperledger Fabric
Fabric suits consortia where every participant is known and some data must stay inside a subset of members. Fabric v3.0 is the first release with a Byzantine fault tolerant ordering service based on the SmartBFT library, which tolerates malicious ordering nodes as well as crashes, and it adds Ed25519 signatures alongside ECDSA. Both need the V3_0 channel capability. Fabric v3.1 batches chaincode reads and writes to speed up endorsement.
Besu
Besu is an open source Ethereum client written in Java under the Apache 2.0 licence. It runs on Ethereum Mainnet and public testnets, and on private networks for enterprise applications. Choose it when your developers already work in Solidity and Ethereum tooling, or when a private network may later need to connect to public Ethereum.
Corda
R3 describes Corda as an open permissioned blockchain that shares data only with the parties involved in a transaction. It targets regulated finance, including the lifecycle of digital assets, central bank digital currencies and fiat-backed stablecoins. Our guide to enterprise blockchain types and platforms covers Fabric, Besu and Corda in more depth.
How do the public protocols differ?
Ethereum
Ethereum has used proof of stake since the Merge on 15 September 2022. Blocks are grouped into epochs of about 6.4 minutes and finalised by validator votes; undoing a finalised transaction would require burning over a third of all staked ETH. Gas fees depend on demand relative to network capacity, so budget for variable costs.
Stellar
Stellar is built for payments and asset issuance. Its fee documentation sets a network minimum of 100 stroops (0.00001 XLM) per operation, with ledger close time constrained to a few seconds. Smart contract transactions pay a resource fee on top of the inclusion fee.
XRP Ledger
XRPL.org describes the XRP Ledger as a decentralised public Layer 1 blockchain for creating, transferring and exchanging digital assets, with a focus on compliance, and states that transactions settle in 3 to 5 seconds. The minimum transaction cost for a standard transaction is 10 drops, and that XRP is destroyed rather than paid to anyone. Ripple uses the ledger for its payments, custody and RLUSD stablecoin products.
Bitcoin
Bitcoin remains the reference public ledger, secured by mining, which Bitcoin.org calls a distributed consensus system. Transactions usually receive their first confirmation within about 10 to 60 minutes. For most enterprises it is an asset to custody or settle, not a platform for business applications.
Where does Mojaloop fit?
Mojaloop is open source software from the Mojaloop Foundation that lowers the cost of building an inclusive instant payment system. Its technical overview describes an account lookup service that resolves which provider holds an account, a quoting service that calculates fees, and central ledger services that move money between providers. It is a payment switch, not a blockchain, so compare it with national instant payment schemes rather than with the platforms above.
What should governance, security and cost reviews cover?
| Area | Question to answer | What to check |
|---|---|---|
| Governance | Who can join, run nodes and change the rules? | Consortium agreement, upgrade process, exit terms for each member |
| Data protection | Which data must never be on a shared ledger? | Keep personal data off-chain; use private channels (Fabric) or party-only sharing (Corda) |
| Security | What fails if a node or key is compromised? | Key custody, BFT versus crash fault tolerant ordering, smart contract review |
| Regulation | Which crypto-asset rules apply? | In the EU, Regulation (EU) 2023/1114 on markets in crypto-assets (MiCA), in force since 29 June 2023 |
| Cost | Who pays for nodes, fees and operations? | Variable gas fees on Ethereum; fixed infrastructure for permissioned networks; managed service end dates |
A ledger proves what was recorded and when. It does not explain why an automated system approved a transfer or which policy applied. As more payment and settlement steps are handled by AI agents, keep that decision context alongside the ledger: ElixirData Context OS keeps governed context, versioned policy and decision traces in one decision layer above AI agents. The ElixirData Audit Agent assembles decision lineage, policies and approvals for compliance traceability.
How should an enterprise adopt a blockchain platform?
- Confirm the need. Several organisations must share one record and none should own it. If one party can be trusted to run a database, stop here.
- Agree governance first. Membership, node operation, upgrade rights and exit terms decide the platform more than throughput does.
- Choose the trust model. Permissioned (Fabric, Corda, private Besu) for known parties and private data; public (Ethereum, Stellar, XRP Ledger) for open settlement and tokenised assets.
- Check status and hosting. Avoid archived projects such as Sawtooth and Burrow, and plan for managed service changes such as the Amazon Managed Blockchain closure.
- Pilot one workflow with real partners. Measure settlement time, cost per transaction and reconciliation effort saved. Our blockchain in supply chain guide shows typical multi-party workflows.
- Operate and plan the exit. Package nodes so they can move between clouds; see blockchain app deployment on Kubernetes.
When is a blockchain the wrong choice?
| Situation | Better option | Why |
|---|---|---|
| One organisation controls the data | Conventional or ledger-style database | No shared trust problem to solve; lower cost and simpler operations |
| Personal data that may need deletion | Off-chain store with hashes on-chain | Ledger records are designed not to change |
| Domestic instant payments between licensed providers | Payment switch such as Mojaloop or a national scheme | Central ledger services already give fast, final settlement |
| Predictable cost is mandatory | Permissioned network or fixed-fee protocol | Public network fees vary with demand |
To map one settlement or approval decision your agents should make, and the context and policy it depends on, book a Context Workshop. See what happens in the workshop.
Frequently asked questions about blockchain platforms
What is the difference between a blockchain protocol and a blockchain platform?
A protocol is the set of rules nodes follow to agree on and record transactions. A platform packages a protocol with node software, smart contract support, tooling and an operating model. Ethereum is a protocol; Besu is one client platform that runs it on public and private networks.
Which blockchain platforms suit enterprise use in 2026?
For permissioned networks between known parties, Hyperledger Fabric, Besu private networks and Corda are the main options. For public settlement and tokenised assets, Ethereum, Stellar and the XRP Ledger are the platforms most often assessed.
Is Hyperledger still active?
The Hyperledger Foundation projects moved into LF Decentralized Trust, launched by the Linux Foundation on 16 September 2024. Fabric keeps the Hyperledger name and Besu is now simply Besu. Sawtooth and Burrow are archived in the hyperledger-archives organisation on GitHub.
Is Amazon Managed Blockchain still available?
AWS states that Amazon Managed Blockchain is no longer available to new customers as of 29 October 2026, and that existing customers can use it until 30 September 2027. Teams running Fabric on it need a migration plan.
Is Mojaloop a blockchain?
Mojaloop is open source software from the Mojaloop Foundation for building inclusive instant payment systems. Its documentation describes an account lookup service, a quoting service and a central ledger, and does not describe it as a blockchain.
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