AuditHub

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AuditHub

AuditHub

@AuditHubDev

AuditHub is the collaborative auditing platform transforming how security teams secure their protocols. Built by security experts from @VeridiseInc

Austin Katılım Şubat 2025
60 Takip Edilen243 Takipçiler
AuditHub
AuditHub@AuditHubDev·
Secret Network is migrating partly because AI can now generate exploits against outdated code faster than teams can patch it. Attackers already run on every commit. Your verification should too. Not once a quarter.
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AuditHub
AuditHub@AuditHubDev·
Security as the foundation, not a feature, is exactly right at this scale. institutions won't take containment on faith. They'll want to see that one domain's failure genuinely can't cross into another, proven, not just architected.
Sandeep | CEO, Polygon Foundation (※,※)@sandeepnailwal

You cant ask the biggest institutions on earth to move trillions of dollars onchain if one failure anywhere in the system can put everyones money at risk. at that scale security isnt a feature you add, its the foundation everything else sits on. thats the whole reason @Agglayer exists, so risk stays contained instead of spreading

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AuditHub retweetledi
Kostas Ferles
Kostas Ferles@KFerles·
Picus targets the most dangerous bug class in a zkVM: underconstrained circuits. During our engagement with zkSync, Picus proved determinism on the majority of their circuits and caught a critical bug that would have let a prover forge branch logic.
AuditHub@AuditHubDev

Passing tests wasn't the bar @the_matter_labs set for the Airbender V2 prover. Proof was. Picus verified 21 of 26 @zksync Airbender circuits as deterministic, ruling out a large class of soundness bugs ahead of the upgrade. Three criticals found and fixed along the way. This is how you ship a zkVM.

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AuditHub
AuditHub@AuditHubDev·
Passing tests wasn't the bar @the_matter_labs set for the Airbender V2 prover. Proof was. Picus verified 21 of 26 @zksync Airbender circuits as deterministic, ruling out a large class of soundness bugs ahead of the upgrade. Three criticals found and fixed along the way. This is how you ship a zkVM.
AuditHub tweet media
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AuditHub
AuditHub@AuditHubDev·
11% on code your own experts already picked clean is louder than any leaderboard number. That's the part nobody wanted to find.
michael@no89thkey

Our CSO @succinct_li did it again 🔥 We've been building an AI agent for fully automatic software performance optimization. First real test: we pointed it at our own stack — code hand-tuned for years by some of the best performance engineers in ZK. It still found an amazing 11% speedups. Then we gave it a single round on ecdsa.fail, the open quantum computing benchmark by @eigencloud and @gajesh and it briefly took #1 on the leaderboard. Then we pointed it at @GPU_MODE. Top 20, in short order. ZK proving. Quantum circuits. GPU kernels. Three completely different frontiers all driven by one AutoEng agent. Performance engineering is one of the scarcest, most expert-driven skills in software. An agent that does it automatically doesn't just save engineering time: it changes the economics of building fast systems.

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AuditHub
AuditHub@AuditHubDev·
Formal Verification = Green Candle
AuditHub tweet media
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AuditHub
AuditHub@AuditHubDev·
The banking cutoff got the headlines, but losing access to auditors and core infrastructure is the part that quietly stalled a lot of teams. how much of the $22M really ties to direct banking harm.
Dave Ripley@DavidLRipley

It's been a while since we talked about Chokepoint 2.0. Kraken will enter a $22M award with the Delaware Court of Chancery -- compensation for financial harm inflicted on us by the coordinated campaign to cut crypto off from banking, auditors, and other essential services.

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AuditHub
AuditHub@AuditHubDev·
@EliBenSasson The one we'd flag: lattice schemes are quantum-resistant on paper, but their assumptions are far younger than collision resistance. Confidence and longevity aren't the same property, and code shipping today has to pick which one it's staking on.
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Eli Ben-Sasson | Starknet.io
Quantum computers will break certain cryptographic protocols, but some will stay safe. Which cryptography is quantum-resistant and which isn't, and why? Watch my explanation
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AuditHub
AuditHub@AuditHubDev·
"Check that the vault can't be paused by a non-admin." Type that into Claude Code or Codex. The agent turns it into a [V] spec, runs OrCa, and hands back the exact transactions that break it, if any do. That's the AuditHub MCP server.
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AuditHub retweetledi
mert
mert@mert·
the biggest risk to bitcoin is none of these things the biggest risk is the coin being socially and memetically centered around one dude instead of talking about monetary policy, state tyranny, scaling payments, robustness against quantum, BTCFi, privacy, block propagation or any of the other ideologically or technologically interesting things for the past year, the entire discourse has been: "did boomer man sell or buy?" btw, no the point is not to "not change", what you mean to say is that a monetary base must be low entropy. meaning it must be resilient against surprises (you cant build a stone castle on quicksand), but quantum is precisely a surprise
Michael Saylor@saylor

x.com/i/article/2073…

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AuditHub
AuditHub@AuditHubDev·
Flash loan exploits rarely break the math. They break the assumption that borrow and redemption logic stay balanced under a single-block attack. Specification-guided fuzzing exercises those paths before they cost $6M
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