Infura vs Alchemy: Ethereum RPCs 2026

Specific advantage: Proven 99.9%+ uptime SLA backed by ConsenSys. This matters for high-frequency trading protocols and enterprise dApps where predictable, contract-backed reliability is non-negotiable.

Specific advantage: Native RPCs for 15+ EVM and non-EVM chains (e.g., Polygon, Arbitrum, Starknet). This matters for multi-chain protocols like cross-chain bridges (e.g., Across) or wallets needing a single provider for diverse ecosystems.

Specific advantage: Enhanced APIs like alchemy_getTokenBalances and NFT API reduce custom indexing by ~70%. This matters for NFT marketplaces (e.g., OpenSea) and DeFi dashboards requiring complex, real-time state queries.

Specific advantage: Sub-100ms p95 latency and granular debug tools (e.g., Trace API, Mempool Visualizer). This matters for real-time applications like on-chain gaming (e.g., Dark Forest) and protocol debugging where speed and visibility are critical.

Specific advantage: SOC2 Type II compliance and enterprise-grade data privacy controls. This matters for regulated institutions and TradFi integrations where audit trails and data governance are mandatory.

Specific advantage: Handles 5x the request volume of average providers and consistently ships new features (e.g., WebSockets, Notify). This matters for high-growth dApps and new primitives (e.g., Farcaster) that push scalability limits.

Consensys-backed reliability: Operated by the team behind MetaMask and the Truffle Suite, offering institutional-grade stability and a 99.9%+ SLA. This matters for enterprise applications and financial protocols where uptime is non-negotiable and regulatory familiarity is a plus.

Single-point-of-failure risk: Historical outages have cascaded to major dApps. Free tier imposes strict rate limits (100k requests/day), and paid plans throttle at tiered request/sec caps. This matters for high-throughput DeFi protocols or applications requiring extreme redundancy.

Superior throughput and tooling: Benchmarks show higher requests/sec and lower latency. Offers enhanced APIs like alchemy_getAssetTransfers and Webhook-based Mempool streaming. This matters for NFT platforms, real-time dashboards, and applications building complex data layers on top of basic RPC calls.

Pricing complexity at high volume: While the free tier is generous, enterprise-scale usage can become costly compared to running self-hosted nodes or using emerging decentralized RPC networks. This matters for protocols with predictable, massive query volumes (e.g., block explorers, on-chain analytics) where marginal cost efficiency is critical.

Industry-leading uptime (99.9%+) and data consistency: Powers over $200B in on-chain transaction volume. Their proprietary Supernode architecture provides enhanced mempool visibility and transaction simulation. This matters for high-value DeFi protocols (Aave, Compound) and applications where data accuracy is non-negotiable.

Straightforward, usage-based pricing tiers: Easier to model costs for high-throughput, predictable workloads without complex feature gating. Their free tier is generous for early-stage development. This matters for bootstrapped projects or teams with stable, high-volume read operations who need budget certainty.

Premium pricing for premium tools: Access to the full suite of enhanced APIs, WebSocket connections, and highest rate limits comes at a significant cost. This matters for startups or projects with tight infrastructure budgets where core JSON-RPC calls are sufficient.

Generalist approach over specialization: While reliable, its API offerings are less extensive than Alchemy's for niche data like NFT ownership history or decoded log data. This matters for applications focused on gaming, social, or complex analytics that require bespoke data endpoints.