Hipo vs SSV Network: Which staking model fits? (2026)

Hipo and SSV Network address different parts of staking. Hipo is a liquid-staking protocol on TON: users stake GRAM and receive hGRAM, whose value is described as appreciating against GRAM as validation rewards accrue. SSV Network is an Ethereum infrastructure layer that distributes validator duties across independent operators. Its design aims to keep a validator working if one node fails, rather than simply issuing a liquid token for a staked asset.

That distinction should drive your choice. If you hold GRAM and want a liquid staking token usable across TON DeFi, Hipo is the direct match. If you are a staking service, exchange, custodian or Ethereum operator looking for distributed validator infrastructure, SSV is the more relevant product. Their TVLs are far apart, but TVL alone does not make them interchangeable: they serve different chains and use cases.

Hipo advertises a staking fee that is currently 0%, and says stakers receive 100% of staking rewards. The site also describes a minimum stake of 1 GRAM. Treat the zero-fee claim as changeable: the project labels it as the current fee. TON transaction fees, costs to swap hGRAM or HPO, and any unstaking costs are not published.

SSV Network does not publish a simple fee schedule. Operator fees and network fees should be checked before registering a validator, and Ethereum gas costs apply to on-chain actions. Its advertised 20%+ APR applies to SSV staking, not as a guaranteed return; rewards vary with network conditions. Hipo's cited rewards are also variable, and recent rounds do not promise future rates. Neither protocol offers enough published fee detail here to calculate a complete, like-for-like cost. Check the relevant app and documentation before committing assets.

Hipo describes four audit reports: Daniil Sedov and TonTech for v1 in October 2023, ProgramCrafter for v2 in March 2024, and Quantstamp for v2 in April 2025. It also describes its code as open-source. SSV Network lists two audits, but does not name the auditors or scope. In both cases, audits can reduce risk but cannot guarantee contract safety.

The risk profiles differ. Hipo users face smart-contract, TON network and validator risks, plus the possibility that hGRAM or HPO trades at a discount. Using hGRAM in another DeFi app adds that app's risks. SSV warns that validator downtime or misbehavior can cause partial or total loss through slashing, alongside smart-contract, protocol and possible unbonding risks. Its distributed design is intended to tolerate one faulty node out of four, not to remove every failure mode. Check local rules before staking; regulatory treatment can vary.

Choose Hipo if you specifically want to stake GRAM on TON, value receiving hGRAM, and prefer a product with a low stated entry point and an advertised 0% staking fee. Hipo's open-source code and named audit reports offer useful transparency, but do not treat its variable rewards as guaranteed. Its HPO token is small and may be illiquid, and the protocol is concentrated on one chain.

Choose SSV Network if your goal is Ethereum validator infrastructure with operator distribution, offline key management options, or integration with staking services. Its scale and broad ecosystem integrations suit professional or protocol-level use better than casual staking. SSV is not automatically the better choice for an individual: it has a steeper learning curve, fees are not laid out simply, and validator activity can carry slashing risk. If you only need liquid staking for GRAM, SSV is the wrong fit; if you need distributed Ethereum validators, Hipo is.