I am reaching out to the community to expose a conspiracy that directly threatens the security of your assets. I am the author of the critical audit Issue #465 in the SSV Network repository. When I tried to present this evidence to Lido, this “viper’s nest” simply blocked me, labeling a report on a systemic flaw as “spam.” They are operating in lockstep, covering each other’s backs at the expense of your funds.
What they are hiding (Facts from Ticket #465):
353% Protocol Insolvency: My PoC on a mainnet fork proved that the protocol generates “phantom earnings.” Liabilities exceed the contract balance by three times. This is a bank run waiting to happen.
The uint64 Death Trap: The core billing logic is fundamentally broken. Arithmetic overflows in their 64-bit architecture mean that as the network scales, withdrawal and liquidation functions will hit a revert. Your ETH could be locked forever because they refuse to officially adopt the uint256 (V3.1) architecture I proposed.
How the “Collusion” Works:
Hypocritical Interest: Initially, Yuri (yurii-ssv) acknowledged the risk and lured me into providing a Proof of Concept (PoC) and a complete solution.
Intellectual Theft: While I waited for a response, the SSV team secretly opened internal tasks (BUG 8, BUG 9) to implement my logic without paying the bounty.
Censorship: When I approached Lido to alert them to the risks in their key partner, I was banned. The vipers protect their own: Lido covers for SSV to avoid admitting their infrastructure is built on “crutches.”
Result — Red GitHub: Their desperate attempts to merge my code into their broken system are failing. Their GitHub is currently “RED”: Echidna and Slither tests are failing. They are breaking the protocol in real-time by trying to implement logic they don’t fully understand.
If proving 353% insolvency and intellectual theft is considered “spam,” then this market is beyond saving. Look at the facts in Issue #465. While these actors protect their reputations, they are gambling with your assets.
This post makes some pretty large claims - but I think the framing is a bit inflammatory. The two need to be separated.
What is verifiable and worth investigating:
The core technical claim: SSV Network’s uint64 billing architecture can overflow at scale, potentially bricking withdrawal and liquidation functions. If true, the protocol’s accounting layer is broken, which means TVL numbers and solvency claims are unreliable. Your claim is that a PoC demonstrating 353% insolvency on a mainnet fork. That is either reproducible or it is not. Someone with SSV source code access should run the test.
For a distributed validator technology protocol, billing integrity is the critical dimension. If the mechanism that tracks what operators are owed does not work correctly, the entire economic security model collapses. The Echidna/Slither test failure claims are also verifiable through the public CI pipeline.
The claim that SSV opened internal tasks (BUG 8, BUG 9) to implement logic from the researcher’s Issue #465 without paying a bounty is verifiable through commit history and the issue tracker.
What should be discounted:
Characterizing Lido-SSV coordination as a “conspiracy” is not supported by the evidence presented. Being blocked from a Discord channel after posting provocative content is moderation friction, not coordinated suppression. The framing makes the technical claims easier to dismiss, which is the opposite of what everyone wants (at least I’m assuming that).
For Rocket Pool governance:
This was posted here because RP competes with Lido. Ignore the competitive framing. If SSV’s billing has a real vulnerability, it affects every staking protocol using SSV for distributed validation, including any RP node operators. Commission an independent check of the uint64 overflow claims. The math either holds up or it does not - but certainly something to look into.
1. Technical Vulnerability: The uint64 Arithmetic Collapse The core of the SSV protocol (ClusterLib and OperatorLib) relies on uint64 integers for reward distribution and liquidation thresholds. Given the 107 scaling factor (DEDUCTED_DIGITS), the headroom for safe calculations is dangerously insufficient for a production-grade DeFi protocol.
Vulnerability Mechanics: The functions updateSnapshot and isLiquidatable perform multiplications: validatorCount * fee * blockDiff.
Mathematical Proof: With 120+ validators and an extended inactivity period (e.g., 7.2M blocks), the calculation reaches 4.078×1021. This is 220 times greater than the uint64 maximum (1.84×1019).
The Result: Under Solidity 0.8.24’s checked arithmetic, this triggers a revert. The system enters a permanent DoS (Denial of Service) state for the affected cluster or operator.
2. Impact and Hidden Insolvency
Funds Lock: Users are unable to withdraw funds or liquidate underwater clusters because balance update functions consistently fail with a Panic error.
Phantom Profits: A mainnet fork analysis (block 19621100) revealed a systemic liquidity gap where protocol liabilities exceed the actual contract balance by 353%. The protocol accrues “phantom” rewards that cannot be physically settled.
3. Timeline and Reporting Malpractice
February 26, 2026: Issue #465 is opened, providing a full disclosure of the overflow vulnerability.
February 27, 2026: A Foundry-based Proof of Concept (PoC) is submitted, confirming the overflow scenario.
March 11, 2026: The SSV team officially closes Issue #465 as “Not Applicable,” claiming the overflow is “unrealistic under current parameters.”
March 13–16, 2026 (PR #533): Immediately following the closure of the researcher’s report, the team merges PR #533 (Fix legacy operator ETH default fee max cap).
Analysis of PR #533: This PR acts as an emergency “max cap” patch. It is a desperate attempt to throttle fee limits to prevent the uint64 logic from exploding. This merge proves that the architecture identified in #465 is inherently broken without these artificial constraints.
4. Conclusion The SSV Network team acted in bad faith by masking a critical architectural flaw as a “legacy fee cap fix” in PR #533 while simultaneously denying the validity of the researcher’s findings in Issue #465. The protocol’s mathematical integrity remains fragile and dependent on centralized Governance caps rather than robust code.
Mitigation of uint64 Arithmetic Edge-Case Following Vulnerable Scenario Disclosure (SSV Network – ClusterLib / OperatorLib)
Brief Description: This report documents the previously described boundary overflow scenario in the SSV Network accounting logic (Issue #465) and emphasizes a key fact:
Following the disclosure of the scenario, the protocol was modified at the code and parameter levels, introducing strict restrictions and limits. Specifically, changes via PR #533 introduced fee and legacy operator restrictions that directly reduce the range of values involved in the previously described formula.
Affected Components:
ClusterLib (balance and snapshot calculations)
OperatorLib (reward accumulation and calculation)
Original Scenario: The original model described a situation involving:
Use of uint64 in aggregated calculations.
Multiplicative accumulation of parameters: number of validators, fee, and accumulation blocks.
Under extreme values, an approach to the upper boundaries of uint64 is possible.
Expected Behavior:
Calculations must remain within valid limits.
Exceeding limits should trigger a safe revert (Solidity 0.8.x).
Restrictions should be ensured by protocol parameters.
Actual Protocol Response (Key Block): Following the disclosure of the scenario, changes were made:
PR #533 – Max fee restriction for legacy operators.
Strict fee limits introduced.
Legacy fee behavior rules modified.
The range of calculation input parameters was restricted.
Interpretation of Changes: These changes effectively:
Reduce the possible range of input values.
Limit the maximum values of variables involved in calculations.
Decrease the probability of reaching the previously described boundary state.
Final Risk Assessment:
Level: LOW / INFORMATIONAL (MITIGATED)
Reasoning: The scenario requires extreme conditions; current limits significantly restrict reproducibility; built-in Solidity 0.8.x protection prevents state corruption.
Conclusion: After the disclosure of the boundary scenario, the protocol was modified via PR #533 with the introduction of additional restrictions on fees and operator parameters. Thus, the original risk has been recognized and mitigated at the configuration and code level → classified as low severity / informational (mitigated issue).