Chainstack vs Succinct

How Chainstack vs Succinct compare on our ratings, infrastructure provider specs, funding, pros and cons.

VS
Feature
Ratings
Our score4.3/54.0/5
User ratingNo reviews yetNo reviews yet
Reliability4.54.0
Chain coverage4.54.0
Pricing4.04.0
Developer experience4.54.5
Support4.03.5
Specs
ServicesRPC / nodes, IndexingDeveloper tooling
Chains supported701
Free tier Yes Yes
Pricing from$49/monthNot disclosed
Enterprise SLA YesNot disclosed
Open sourceNot disclosed Yes
TokenNot disclosedPROVE
Uptime SLA99.99%Not disclosed
Free tier limits3M request units/month, up to 25 RPSNot disclosed
Server regions10+ global data centersNot disclosed
Company
Founded20182022
HeadquartersSingapore—
InvestorsNot disclosedParadigm, Bankless Ventures, Geometry, Robot Ventures +1
Strengths and weaknesses
Pros
  • 70+ supported chains, including Ethereum, Solana, Bitcoin and X Layer
  • Free tier includes 3 million monthly request units
  • Global Nodes route requests across 10+ data centers
  • Self-Hosted keeps node deployment on customer-owned infrastructure
  • Compiles native Rust programs into ZK proofs without custom circuit logic
  • Secures over $13.5B across rollups and bridges including Base and Chainlink
  • Audited by firms including KALOS, Cantina, and Zellic
  • Aggregated verification reduces onchain gas requirements below 200K gas
Cons
  • Paid plans begin at $49 per month after the free tier
  • Managed endpoints create dependence on Chainstack routing and node operations
  • Dedicated Nodes start at $678 per month
  • Global routing can add infrastructure and provider concentration risk
  • Frozen mainnet verifier routers were required to patch January 2025 vulnerabilities
  • On-demand proving market depends on decentralized prover node liveness and the PROVE token
  • Complex multi-GPU setups are required for self-hosted real-time block proving
Best forMultichain application teams, RPC-heavy trading systems, Enterprise blockchain infrastructureRollup teams implementing ZK validity proofs, Developers writing Rust verifiable computing applications, Bridges requiring trustless cross-chain state verification

Highlighted cells show the stronger value in each row. Data comes from each provider's site and public sources; check details before you sign up.

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