"Hi @remus. Let’s skip the ‘LLM-style’ assumptions and look at the actual engineering I’ve already presented here on the Lido forums.
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The SSV #465 Fact: I am the independent researcher who identified the uint64 overflow in the SSV Network (Ticket #465). This wasn’t a ‘theoretical assumption’—it was a critical flaw that their team and auditors missed. My contribution is documented, and the fix was implemented based on my findings. That is my ‘essence.’
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Current Post is the Proposal: You asked for a design and security model? It is already here. Look at my post: ‘Rethinking Ethereum Staking: UltraCore RFT and the Shift to Autonomous Yield Infrastructure’.
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Why UltraCore is Superior: While current DVT (like SSV) suffers from linear state dependencies—which lead to overflows like #465—UltraCore uses a Stateless O(1) Aggregator.
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We don’t have loops.
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We don’t have cumulative state bottlenecks.
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We replaced manual curation with Relational Math (balance[Upload failed]).
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The Future: Legacy DVT is headed for a systemic crash because it’s built on fragile coordination. I’m not here for a ‘grant process’; I’m here to show Lido a way to avoid the inevitable scaling wall.
Read the UltraCore RFT post carefully. The math, the O(1) logic, and the security model are all there. I welcome a review of the logic, not the formatting." Rethinking Ethereum Staking: UltraCore RFT and the Shift to Autonomous Yield Infrastructure