Sanctum Infinity
INF
Evaluation Score
Overall rating on a scale of 0-10
Dimension Breakdown
AI Analysis
Comprehensive evaluation of the token
INF (Sanctum Infinity) is the yield-bearing liquidity pool token of the Sanctum Infinity multi-LST pool on Solana. The project demonstrates solid fundamentals across several areas: active development is evidenced by sustained shipping, SDK releases, and growing AUM; security is reinforced by three independent smart contract audits (Neodyme, OtterSec, and Sec3) with all findings remediated and zero on-chain exploits of the Infinity pool; and tokenomics are clean without venture unlock overhangs or inflation, operating as an elastic demand-driven mint/burn LP token. Key limitations include governance reliance on a 6-of-10 multi-party ecosystem multisig rather than direct on-chain holder votes (governance is tied to CLOUD rather than INF), intense market competition from established Solana staking protocols like Jito and Marinade, and a reported July 2024 frontend domain incident on an ecosystem domain (unstake.it) without direct protocol loss. With no qualifying red-flag events or data gaps, the overall score reflects the weighted average of all six sections.
Development Activity
Code updates and developer engagement
Community Support
Social media presence and community engagement
Tokenomics
Supply, distribution, and utility
Market & Use Case
Value proposition and competitive landscape
Team & Governance
Team background and project governance
Security & Audits
Security history and audit status
About Sanctum Infinity (INF)
INF (Sanctum Infinity) is an SPL-standard liquidity pool token operating on the Solana blockchain, serving as the receipt and yield-aggregation token for Sanctum's Infinity multi-LST (liquid staking token) pool. Originating with roots in the earlier Socean Staked SOL protocol before rebranding, INF operates with an elastic mint and burn supply model directly linked to deposits and withdrawals from the pool. Holders of INF accrue returns derived from a combination of weighted-average staking yields across supported Solana liquid staking tokens and dynamic swap fees generated by liquidity routing within the Sanctum ecosystem.
Governance and administrative control over the protocol are separate from the INF token itself. INF holders do not hold direct on-chain voting rights, as governance functions are tied to the CLOUD token, while contract upgrade authority is delegated to a 6-of-10 multisig consisting of signers across seven independent Solana ecosystem teams, including Jupiter, Jito Labs, Laine, Mango Markets, MRGN, Sanctum, and BlazeStake. The Infinity smart contract architecture has undergone independent code audits by firms including Neodyme, OtterSec, and Sec3. A high-severity state-corruption vulnerability identified during Neodyme's audit was remediated prior to production deployment.
Risk factors associated with the protocol include market competition from established Solana staking providers such as Jito and Marinade, as well as ecosystem-level security incidents. In July 2024, Sanctum reported a front-end security breach involving the loss of control of an ecosystem-associated domain (unstake.it), creating phishing concerns, though no direct smart contract exploits or fund losses occurred within the Infinity pool contracts.