Why Choose Noves Long-Tail Pricing?

→ True Long-Tail Coverage: Price any token or liquidity pool token imaginable - rare memecoins, custom DeFi assets, or emerging NFTs - as long as it traded with minimal liquidity in an on-chain pool. Our system discovers and prices assets dynamically, supporting historical queries by block (EVM) or epoch/timestamp (Solana) for accurate, time-specific valuations.

→ Customizable Strategies: For EVM, opt for dexHighestLiquidity (ideal for max-depth pools), dexWeightedVolume (averaging across trading volumes), or tailored approaches. For Solana, leverage weightedVolumeAverage for precise, volume-based pricing. If liquidity existed at the queried point, we'll deliver the price. No asset too niche or time too distant.

→ Full EVM & Solana Support: Spans all major EVM networks plus Solana. Bulk pre-fetch via /price/post (EVM) or direct /price queries (Solana) ensures efficient handling of vast portfolios or datasets.

→ Developer-Focused Features:

⋅ Discovery & Bulk Processing: Queue multiple assets with /price/post (EVM); our algorithm hunts for liquidity solutions in ~2 minutes for undiscovered tokens, ensuring "any asset, any block/epoch" reliability across EVM and Solana.

⋅ Precision Without Compromise: On-chain only! No off-chain oracles needed. High-decimal accuracy for cost-basis calcs, with 99.99% uptime for real-time and archival use on both ecosystems.

⋅ Scalable for Edge Cases: Handles low-liquidity scenarios gracefully, perfect for long-tail tokens that traditional APIs overlook, whether on EVM DEXs or Solana's high-throughput pools.

→ Use Cases

⋅ DeFi & Trading: Power oracles and bots with prices for any asset at any historical point, as long as liquidity was present

⋅ Tax & Portfolios: Compute gains/losses for obscure holdings with block/epoch-exact USD values, covering the full long-tail of on-chain activity

Your access URL will include an apiKey that you use to authenticate.

You can also send that apiKey in a header for easier authentication.

All of our endpoints are extensively documented here:

https://docs.noves.fi/reference/get_evm-chains-2