
Solana positions itself as a fast alternative to Ethereum – network outages damage reputation
This article was created with the help of artificial intelligence.
Key Takeaways
- Solana processes thousands of transactions per second with a finalization time of under one second through Proof-of-History technology.
- The native SOL token serves as gas for transactions and enables staking for network security.
- Solana runs 21 of a total of 189 DeFi projects across all blockchains, including the decentralized exchanges Jupiter and Raydium.
- Solana offers higher transaction speed, lower latency, and significantly lower costs compared to Ethereum, but is smaller in market capitalization and DeFi depth.
- The SOL price reached its all-time high of $216 on September 9, 2021, after rising over 700 percent between July and September 2021.
- Repeated network outages until February 2025 and confidential patch distributions damaged reputation and raised decentralization concerns.
Solana is a Layer-1 blockchain that focuses on scaling without complex layered architectures or sharding, and processes thousands of transactions per second through its Proof-of-History technology. The platform competes with Ethereum for a share of the decentralized finance market, but measured by market capitalization and DeFi depth, remains significantly smaller – as of May 2026, Solana ranks below Ethereum across all three metrics.
Technical architecture: Proof of History as core feature
Solana founder Anatoly Yakovenko developed Proof-of-History technology (PoH) as a decentralized timestamping mechanism that records events in a verifiable chronological order. This system enables significantly faster data processing, as network nodes do not need to continuously communicate with each other to agree on the order of transactions.
The blockchain processes thousands of transactions per second with a finalization time of under one second – a value that indicates when a transaction is finally confirmed and irreversible. The Sealevel engine executes multiple smart contracts in parallel, while the Gulf Stream protocol forwards transactions to validators before the previous block is completed. This reduces confirmation times and memory requirements.
Unlike multi-layer systems, Solana uses a single ledger without division into multiple layers. Developers argue that modular architectures lead to liquidity fragmentation, which is avoided by the single-layer structure. Transaction costs are fractions of a cent, making frequent use and microtransactions economically viable. Validators order transactions based on the ratio of computing power to fee amount.
SOL token: gas, staking, and network security
The native SOL token functions as gas, a unit of computing power for executing transactions. Token holders can delegate their SOL to validators without giving up ownership, and receive rewards in return. This staking mechanism contributes to network security, as delegated tokens strengthen validators in their function.
Ecosystem: 21 DeFi projects and diverse applications
Solana runs 21 of a total of 189 DeFi projects tracked across all blockchains (as of June 2026). Established platforms include the decentralized exchanges Jupiter and Raydium, which enable trading, lending, and borrowing. Launchpads such as Pump.fun and LetsBONK.fun leverage Solana's speed and low costs for token launches and the creation of memecoins.
The ecosystem also includes a major NFT marketplace for digital art, media, and identity credentials, as well as DePIN applications – Decentralized Physical Infrastructure Networks that organize physical infrastructure in a decentralized manner. The Phantom wallet serves as a browser extension for managing digital assets and accessing decentralized applications.
Historical price development: all-time high in 2021
Between mid-July and September 2021, the SOL price rose by over 700 percent. The launch of the Degenerate Ape NFT collection drove the price above $60 for the first time. On September 9, 2021, SOL reached its all-time high of $216. In the same month, Solana ranked seventh on CoinMarketCap. According to market observers, growth drivers included increased developer activity, institutional interest, expansion of the DeFi ecosystem, and development of NFT and gaming applications.
Competition with Ethereum: speed versus maturity
Ethereum is the smart contract platform launched in 2015 by Vitalik Buterin. In 2022, the network switched from Proof of Work to Proof of Stake and reduced energy consumption by 99.95 percent according to its own figures. Ethereum benefits from a large developer community and continuous upgrades.
Solana offers higher transaction speed, lower latency, and significantly lower costs compared to Ethereum. The single-layer architecture differs from Ethereum's multi-layer approach. These properties make Solana more attractive for high-frequency trading, real-time gaming, and latency-sensitive applications. As of May 2026, however, Solana is smaller than Ethereum in terms of market capitalization, stablecoin liquidity, and DeFi depth – according to market observers, the smaller base could trigger faster shifts in investor perception with stronger adoption.
Network outages and decentralization criticism
Until February 2025, Solana experienced repeated network outages that burdened price development and reputation. On August 8 (year not specified), a supermajority of stakes was patched following a security vulnerability. The confidential distribution of patches and behind-the-scenes coordination of validators raised concerns about decentralization. Critics also accuse the ecosystem of favoring venture capital investors through unfair tokenomics.
Despite being positioned as a potential alternative to Ethereum – sometimes referred to as the "Visa of the crypto world" – the history of outages has undermined trust in network reliability.
Founding team and development perspective
Anatoly Yakovenko and Greg Fitzgerald bring years of professional expertise to Solana's development. The smaller scale compared to Ethereum presents both opportunities and risks: architectural performance advantages could trigger faster shifts in investor perception with increasing adoption than in established networks. Suitability as an investment depends on the use case context and requirements – particularly for performance-sensitive use cases.