Blast Multisig Security Answered As TVL Exceeds Over $400M
Key Points:
- Blast multisig security faces questions regarding time locks and the secure handling of multi-signature keys.
- Its deposit contract sees a rapid increase, reaching $433 million.
In a recent response to Blast multisig security concerns, the project emphasized the potential reduction in security with the implementation of time locks.
Blast Multisig Security Concerns Surrounding The Ethereum Smart Contract
The complexity of contracts was highlighted, suggesting that in intricate agreements, immutable contracts might not offer the same level of Blast multisig security as their upgradable counterparts. The importance of safeguarding each signature key in a multi-signature contract was underscored, recommending independent cold storage managed by separate entities and geographical separation.
Notably, the Blast deposit contract on Ethereum has witnessed a remarkable surge, with the value deposited soaring to $433 million within a few days.
Blast, a separate smart contract, positioned as a “bridge” for an optimistic rollup still in development, has garnered significant attention, amassing $381 million in Ether and $52 million in stablecoins since its launch on Monday.
Identity and Control Issues Emerge
Concerns have been raised by Polygon engineer Jarrod Watts, who pointed out that the identities of the five signer wallets associated with Blast’s multi-signature contract are unknown and all wallets are new addresses.
Examining the contract’s control structure reveals a Safe 5-key multisig requiring 3 keys for transaction execution. However, one key lacks transaction history, while the other four display initial ether deposits from the same Ethereum account, raising questions about their independence.
It’s crucial to note that Blast, currently not on L2 and lacking a testnet, transactions, bridges, rollbacks, and transaction data sent to Ethereum, primarily functions to accept user funds and stake them in protocols like Lido.
DISCLAIMER: The information on this website is provided as general market commentary and does not constitute investment advice. We encourage you to do your own research before investing.
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Blast Multisig Security Answered As TVL Exceeds Over $400M
Key Points:
- Blast multisig security faces questions regarding time locks and the secure handling of multi-signature keys.
- Its deposit contract sees a rapid increase, reaching $433 million.
In a recent response to Blast multisig security concerns, the project emphasized the potential reduction in security with the implementation of time locks.
Blast Multisig Security Concerns Surrounding The Ethereum Smart Contract
The complexity of contracts was highlighted, suggesting that in intricate agreements, immutable contracts might not offer the same level of Blast multisig security as their upgradable counterparts. The importance of safeguarding each signature key in a multi-signature contract was underscored, recommending independent cold storage managed by separate entities and geographical separation.
Notably, the Blast deposit contract on Ethereum has witnessed a remarkable surge, with the value deposited soaring to $433 million within a few days.
Blast, a separate smart contract, positioned as a “bridge” for an optimistic rollup still in development, has garnered significant attention, amassing $381 million in Ether and $52 million in stablecoins since its launch on Monday.
Identity and Control Issues Emerge
Concerns have been raised by Polygon engineer Jarrod Watts, who pointed out that the identities of the five signer wallets associated with Blast’s multi-signature contract are unknown and all wallets are new addresses.
Examining the contract’s control structure reveals a Safe 5-key multisig requiring 3 keys for transaction execution. However, one key lacks transaction history, while the other four display initial ether deposits from the same Ethereum account, raising questions about their independence.
It’s crucial to note that Blast, currently not on L2 and lacking a testnet, transactions, bridges, rollbacks, and transaction data sent to Ethereum, primarily functions to accept user funds and stake them in protocols like Lido.
DISCLAIMER: The information on this website is provided as general market commentary and does not constitute investment advice. We encourage you to do your own research before investing.
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