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Figment provides a multi-protocol staking and reporting API for integrating staking flows, rewards, and statements into applications.
Figment is a blockchain infrastructure provider that exposes developer-facing APIs for staking and reporting across multiple proof-of-stake networks. Based on its documentation, the product is designed for teams that want to embed staking actions (delegate, undelegate, withdraw, claim rewards, broadcast transactions) and portfolio/reward reporting into their own applications without building chain-specific transaction logic for every protocol.
Figment’s core surface area is its API reference, which is organized by protocol (for example Ethereum, Solana, NEAR, Cardano, Cosmos, Avalanche, Polkadot, Polygon, Sui, and others shown in the docs). The endpoints cover common staking workflows—building staking transactions, broadcasting them, checking transaction status, and retrieving rewards and reward rates. On Ethereum, the API includes validator lifecycle operations such as creating validators (including “Pectra validators”), broadcasting staking and exit messages, generating compound/withdrawal/consolidation transactions, and querying validator activity and summaries. Several ecosystems also show “Flows API” endpoints (for example stake/delegate flows for NEAR, Cardano, and Cosmos), which indicates a higher-level abstraction for common staking actions.
In addition to staking, Figment includes reporting features such as tracking addresses for reporting, generating statements, and a portfolio endpoint. Cardano support includes pool discovery and reward withdrawals, plus a dedicated “Broadcast Transaction (Fireblocks)” endpoint, which suggests compatibility with Fireblocks-based signing/broadcast flows for that chain.
To get started, developers typically review the protocol overview for the chain they need, implement authentication, then wire up the relevant staking endpoints (build transaction → broadcast → status) and reporting endpoints (track address → statements/portfolio). Figment maintains a public GitHub organization, and its API reference and changelog are available in the documentation.
Institutions and investors face challenges in securely and efficiently staking assets across multiple Proof-of-Stake networks due to complex infrastructure requirements, fragmented staking services, and lack of transparent rewards data. Maintaining high validator uptime and managing staking operations at scale also pose operational risks.
Explore web3 competitors and apps like Institute Staking.

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| Price (Monthly) | Custom pricing |
| Price (Annual) | Custom pricing |
| Messaging | N/A |
| Support | Dedicated institutional support and onboarding |
| Analytics |
Reliable RPC, powerful APIs, and zero hassle.
Chorus One provides extensive resources including detailed developer documentation, research articles on staking and validator incentives, podcasts, and a blog covering network insights and staking strategies.
Stake ETH, mint derivative tokens like osETH, and restake with EigenLayer in a single integrated flow.
Customizable node infrastructure allowing clients to deploy and manage their own validators using Chorus One's backend.
Access to public staking nodes supporting over 30 networks with over 100k users staking assets.
A $30 million investment fund backing innovative PoS networks and middleware protocols.
Enterprises and digital asset companies use Chorus One to set up secure, scalable staking infrastructure tailored to their operational needs.
DeFi developers leverage Chorus One's staking SDK and APIs to embed seamless staking features and rewards reporting into their products.
Investors stake assets on Chorus One's public nodes across multiple PoS networks to earn rewards without managing validator infrastructure.

















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