List of Top 10 Blockchain Platforms in 2025 - Select the Best Blockchain Platform

No matter which industry you work in, you’ve probably heard about blockchain. Blockchain development has become a popular choice for companies because it’s transparent, resistant to change, and secure. It can even lower their expenses regarding financial or data transfers. For streamlining supply chain management, trade, or securing financial transactions, blockchain sounds ideal. Nevertheless, the growing number of platforms only makes choosing one even more confusing.

In this article, we will try to cover the basics of how blockchain works and what you should keep an eye on when researching your options. We’ll also share a list of blockchain platforms that are the most popular nowadays.

What Are Blockchain Platforms?

First, let’s start with the foundation. Blockchain technology itself is essentially a digital ledger of transactions that is copied and distributed across the entire network. The blockchain network is pretty similar to a regular peer-to-peer network: each computer in the network is connected to the others, has the same rights as other computers, and works both as the client and the server. The way it stores the data is what makes blockchains unique, though.

Each transaction is written as a separate record (block), which is then added linearly to the previous entries, creating a chain. Then, the new record is shared between all other nodes in the network, ensuring that everyone has the newest version of the ledger. After the record is cryptographically dated and shared, it’s also impossible to edit any information inside the record, making it virtually tamper-proof and far more secure than any other method of storing data.

Building on this understanding, blockchain platforms emerge as the next evolutionary step, expanding the capabilities of the basic blockchain technology to support a wide range of applications beyond simple transaction records.

Blockchain platforms enable the development and execution of decentralized applications (DApps) and smart contract development, which are self-executing contracts with the terms of the agreement directly written into lines of code.

Unlike traditional blockchains that mainly record transactions, top blockchain companies introduce a programmable layer, allowing developers to create sophisticated systems that can automate complex processes, secure digital relationships, and facilitate decentralized finance (DeFi) operations.

By integrating advanced features such as a consensus model (Proof of Work or Proof of Stake), blockchain platforms go a long way in ensuring security and data integrity, but also offer scalability and efficiency.

Blockchain Platform Key Features – Criteria to Choose the Best Blockchain Platform for Your Business

Although popular and widespread, the blockchain technology niche is still in its infancy. There are still unanswered questions and debated concepts like hashgraph vs blockchain. Operators looking for practical use cases for this technology have to figure out how it works, especially since different blockchain frameworks have varied features and potential use cases. In this section, we highlight some of the main things to check if you’re looking to choose a blockchain platform for your business.

Actual Platform’s Speed

In blockchain, a metric known as throughput measures the number of transactions that a blockchain network can process in a given time. This is usually measured in terms of transactions per second, which varies from one blockchain to another.

For instance, blockchain speeds, measured in transactions per second (TPS), vary significantly and are constantly evolving. As a general guide, Bitcoin averages around 5-7 TPS, while Ethereum’s mainnet processes about 15-30 TPS, with layer-2 solutions enabling thousands more.

Other platforms show different capabilities; Litecoin can handle around 56 TPS, Cardano approximately 250 TPS, and the XRP Ledger (supported by Ripple) up to 1,500 TPS. High-performance blockchains like Solana average several thousand TPS in real-world conditions, despite having a much higher theoretical maximum. These figures should be seen as estimates, as actual throughput depends on network activity and other factors.

The truth is that not all blockchain development projects require high throughput. It all depends on the kinds of data you intend to process on the network. So, for high-traffic activities such as developing payment software or a high-transaction gambling app, you’ll need a blockchain platform with high TPS. But for a simple system, a platform with a low TPS might be more than enough.

Available Functionality

All blockchain systems are built on the same principle and technology. Yet, the features they offer tend to vary considerably due to their architecture. For instance, we can consider Bitcoin, Ethereum, and Ripple, three of the most popular blockchain systems today.

Bitcoin is famous for its virtual, decentralized currency, which is a popular store of value. Ethereum, on the other hand, is primarily used for creating smart contracts, which can be used to automate processes and build decentralized apps. Then there’s Ripple, which was created as a technology for powering cross-border currency transfer (similar to Swift).

The underlying difference in the purpose and function of each platform essentially means that they’ll also differ in the type of solutions that you can build with them. Consequently, you can pick the most suitable blockchain network for your project based on the features the platform in question offers.

Blockchain Network Adoption Rate and the Community Around It

Although selecting a blockchain network isn’t a popularity contest, you still have to consider the adoption rate of any solution you intend to use. The number of users and how active the community built around a project is will determine how easily you can find support to navigate issues if they arise.

A more active community also means more people are actively building related solutions that can work in tandem with what you intend to build. A network with an active user base is also more likely to be regularly updated to eliminate bugs and fix any other issues detected.

Platform Security

Thanks to its decentralized architecture, the blockchain network is secure by design. However, some blockchain platforms emphasize security more than others. For instance, private blockchains are generally more centralized than public blockchains, which makes them inherently less secure by comparison since they have fewer nodes.

Also, the consensus mechanism that a blockchain platform uses for its transaction validation process can influence its security. Proof-of-work blockchains have high computational costs, which makes their immutable ledger less prone to attacks compared to other consensus mechanisms.

Public or Private

In your search for the most suitable types of blockchain platforms to choose, you’ve probably come across the concept of private and public blockchains.

As the name suggests, private blockchains are often designed to be used by private organizations instead of the general public. Blockchains with this architecture offer secure access to invited users only. The network administrators also set limits and restrictions that dictate what users can access and the types of transactions they can initiate. The presence of this type of control introduces some level of centralization.

With fewer nodes participating in validating transactions, things progress faster on the private blockchain compared to public chains. This makes it a great choice for use cases where speed is important.

On the other hand, public platforms prioritize security and blockchain transparency. They’re open to everyone to join, and all nodes participate in validating network transactions. While this can slow down transactions, public blockchains also tend to offer better security.

When choosing a blockchain type for your company, you’ll want to compare the pros and cons of each type and discuss it with your team. Reaching out to experts to help you choose the best type for your needs is also a good idea.

Number of Nodes

Nodes are an essential part of any fully managed ledger service as they keep the whole network secure and functional. Each node (meaning simply a device connected to the network) is responsible for verifying and accepting the data into the blockchain and ensuring that all nodes are following the network rules.

That means that, technically, the more nodes are in the network, the harder it would be to manipulate the data in the blockchain platform or the node itself. Unfortunately, more nodes also translate to longer transaction times since it takes time to achieve consensus. This is especially true for some of the most popular public blockchains with thousands of nodes. At the end of the day, you need to determine what you prioritize more: speed or security.

Top Blockchain Development Platforms in 2025

• Ethereum
• Hyperledger Fabric
• Ripple
• Stellar
• Corda
• Solana
• IBM Blockchain
• Tezos
• EOSIO
• ConsenSys Quorum

Blockchain platforms offer enhanced security, full data transparency, traceability, and (in the case of private blockchains) also control over who can join the network and view data. Thanks to these attributes, the technology has been adopted as the foundation for a wide range of projects.

With thousands of blockchain platforms out there offering different capabilities, you have a lot of great options to choose from when it comes to selecting a suitable platform for your project. We have compiled a list of the top blockchain platforms currently. Our list includes both public blockchains and those dedicated to enterprises.

Ethereum

Created in 2013, Ethereum is one of the oldest and arguably one of the most popular blockchain platforms. The popularity of this platform is partly driven by its adoption by software developers. Although it has a token (Ether) that can be used as an alternative currency, the most popular use of the Ethereum blockchain is as a platform for creating smart contracts (code-based self-executing agreements) and decentralized applications (dApps).

In the past, Ethereum operated on a Proof of Work mechanism, where miners solved complex mathematical puzzles to validate transactions. This changed in 2022 with the launch of Ethereum 2.0, which works on a Proof of Stake mechanism characterized by miners staking their tokens to validate transactions. This new consensus mechanism increased the throughput and overall efficiency of the Ethereum blockchain in handling transactions and powering self-executing contracts (smart contracts).

Hyperledger Fabric

Hyperledger Fabric is an open-source blockchain platform developed by the Linux Foundation. It is a permissioned blockchain created mainly to record transactions in enterprise use cases. This means all network participants must be verified and authenticated before they can join the blockchain. Businesses that value privacy and blockchain security adopt Hyperledger Fabric’s distributed ledger technology to develop complex applications.

This blockchain has a modular architecture, with a rich ecosystem of components that can be combined to create complex blockchain solutions. This extensive library of plug-and-play components simplifies the process of building on this blockchain and introduces significant flexibility into the development process.

Ripple

Ripple is another well-established blockchain service positioned as a more efficient and cost-effective alternative to conventional financial service platforms. This decentralized network offers benefits such as quick transaction processing, secure data storage, and transparency. These benefits favor its adoption by hundreds of financial institutions. Ripple is mainly used to power global trade finance and cross-border payments at a lower cost, using its native cryptocurrency, XRP.

The Ripple blockchain platform is built on a unique consensus protocol known as the Ripple Protocol Consensus Algorithm (RPCA), which is faster and more energy-efficient for transaction processes compared to alternatives like Bitcoin’s Proof of Work and Ethereum’s Proof of Stake mechanism.

Stellar

Stellar is a blockchain platform launched in 2014 as a fork of the Ripple blockchain protocol. It was designed specifically for enterprise use cases in the financial industry, powering both domestic and international transfer of digital and fiat currencies.

The main appeal of the Stellar blockchain is that it can speed up the time required to process and finalize transactions on public blockchain networks. In fact, it is regarded as one of the fastest blockchain solutions available in the market. This blockchain operates with an average transaction time of 3 to 5 seconds and can process up to 1,000 transactions at once. The speed and efficiency of this platform are all thanks to the unique Stellar Consensus Protocol.

Corda

The Corda blockchain protocol was originally created to serve the financial industry but has since been adopted for several other use cases. It is a permissioned distributed ledger system with a mechanism that differs significantly from other blockchain platforms.

Corda uses a peer-to-peer distributed ledger technology similar to other blockchain solutions. However, unlike others, transactions or data stored on Corda are not grouped into blocks. One major benefit of this mechanism is that transactions are processed in real time, improving performance and efficiency.

Corda does not have a cryptocurrency or built-in token. It does support the smart contract function, allowing developers to write and deploy smart contracts on the blockchain using Java or Kotlin programming languages.

Solana

Solana is an open-source blockchain platform designed specifically for hosting scalable decentralized applications (dApps) on the blockchain. This means it bears close similarities with Ethereum and Cardano. However, the Solana platform can handle more transactions and charges lower transaction fees compared to Ethereum.

This blockchain platform is capable of processing several thousand transactions per second. There are claims that it can potentially reach even up to 65,000 TPS. Solana uses a PoS (Proof of Stake) consensus mechanism to validate transactions. This is further enhanced by its Proof of History (PoH) consensus mechanism, which allows greater scalability and fast transaction speeds.

IBM Blockchain

The blockchain platform created by the technology and development giant IBM is one of the most popular blockchain platforms used by enterprises to build apps. This blockchain platform has been adopted by a wide range of industries, including finance, supply chain, healthcare, and so on.

IBM Blockchain’s permissioned model is built directly on Hyperledger Fabric, serving as IBM’s commercial distribution of this open-source framework. Another notable benefit of this private decentralized blockchain platform is that it can be used to link enterprise cloud and legacy technologies better than most of the other decentralized blockchain platforms.

IBM Blockchain also offers high transaction throughput and data privacy. It also has a comprehensive governance mechanism. As a result of these attributes, many businesses aiming to innovate with blockchain technology while maintaining as much control as possible favor the IBM Blockchain platform.

Tezos

Although not as popular as contemporary decentralized platforms, Tezos has been around since 2014. It is a popular blockchain platform that uses smart contracts to facilitate decentralized finance (DeFi), dApps development, and non-fungible token projects.

The Tezos platform is known for its unique on-chain governance system, which allows stakeholders to directly influence the platform’s development path. This evolutionary architecture and self-amendment mechanism allow the platform to avoid hard forks.

EOSIO

EOSIO is a blockchain platform designed primarily for building and deploying decentralized blockchain applications (dApps). According to proponents, this blockchain platform was created to solve some of the issues associated with running decentralized apps on older blockchains, including performance and efficiency issues.

EOSIO uses an innovative Delegated Proof of Stake consensus mechanism, which allows it to achieve remarkably high transaction speeds and unmatched scalability. Consequently, dApps built with this blockchain solution deliver an exceptional user experience. These attributes make the blockchain an ideal solution for building efficient, large-scale applications on the blockchain.

EOSIO also has a unique democratically run governance model that empowers token holders with decision-making authority over network modifications and electing block producers.

ConsenSys Quorum

ConsenSys Quorum is an open-source blockchain platform that was originally developed by J.P. Morgan. The platform was later acquired by, and is now managed by, ConsenSys. It is built on the Ethereum Virtual Machine and optimized for enterprise use cases. This platform can integrate with Ethereum’s rich ecosystem, leveraging its smart contract capabilities and development tools to build business applications.

This blockchain protocol excels at building applications that require high performance and processing efficiency. Quorum is particularly big on privacy, with robust features that make it easier to keep transactions confidential and accessible only to authorized parties. The blockchain platform’s support for granular permissioning and private transactions makes it an ideal solution for industries where data integrity and confidentiality are prioritized, such as the finance industry.

Advantages of Using Blockchain Platforms

Blockchain is a revolutionary technology with huge potential in the app development industry. As an underlying technology for decentralized app development, some of the underlying advantages of blockchain platforms are transferred over to the solutions that are built on them. Some of the most notable advantages of using blockchain platforms for development include:

• Blockchain records are secured using advanced cryptographic techniques. The data model of these platforms prevents fraud and unauthorized activity on apps built on the blockchain.
• Blockchain allows authorized participants with permissioned access to see all the information stored on the blockchain, enhancing transparency and trust while maintaining access control.
• Blockchain apps are built on a decentralized system, which means app information is distributed across a network of computers, eliminating problems such as single points of failure, attacks, and censorship.
• The smart contract capabilities of blockchain platforms allow parties to interact and transact securely. This attribute of blockchain eliminates intermediaries.
• Building on the blockchain can potentially reduce transaction fees for businesses and users, leading to more efficient and cost-effective services.
• Many blockchain networks have the potential to facilitate fast transactions, thanks to their high throughput.

Which Blockchain Technology Is Best for Developers?

Selecting the right blockchain platform for developers hinges on project needs, scalability, security, and application goals. They should focus on the platform’s support for development tools, the vibrancy of its community, and the scalability of its infrastructure.

A blockchain platform with comprehensive documentation, active developer forums, and a wide range of development tools can significantly ease the development process. Additionally, blockchain platforms that demonstrate a strong commitment to scalability and interoperability are better positioned to support future-proof applications. Ultimately, choosing a platform that aligns with the project’s specific requirements and the developer’s expertise will facilitate a more efficient and successful blockchain experience.

Which Blockchain Network Is Best for Investors?

For investors navigating the blockchain space, the choice of network can significantly impact potential returns, risks, and the technological evolution of their investments. They should seek blockchain platforms that demonstrate strong development activity, robust community support, and clear use cases that promise widespread utilization.

Additionally, considering networks that are actively addressing scalability, security, and interoperability can offer promising long-term prospects. Balancing these factors with personal investment goals and risk tolerance is key to selecting a network that aligns with an investor’s strategy for growth and innovation in the blockchain space.

Conclusion – Choose the Best Blockchain Platform for You!

What will the future of blockchain look like? Projections from market analysis firms suggest the global blockchain market could reach values upwards of $67 billion by 2026. And with blockchain technology evolving at a rapid pace, surely the industry will find plenty of new ways to use the technology in business.

One trend shaping this future is the rise of Blockchain as a Service (BaaS) platforms, which allow companies to adopt blockchain solutions without building infrastructure from scratch.

With so many blockchain solutions available right now, companies need to spend a bit of their time analyzing their options. Our shortlist of key research points and best blockchain platforms should be helpful here. But if you still have doubts about which platform you should choose or if you require blockchain development expertise, how about reaching out to our team for help?