ᴍᴏsᴛ ᴘʀᴏᴊᴇᴄᴛs sᴀʏ ᴛʜᴇʏ ᴀʀᴇ sᴇᴄᴜʀᴇ. ɢᴏᴀᴛ ɴᴇᴛᴡᴏʀᴋ sʜᴏᴡs ʜᴏᴡ ɪᴛ ᴛᴇsᴛs ᴛʜᴀᴛ ᴄʟᴀɪᴍ.
Ziren, the zkVM used by @GOAT Network has been subjected to independent security work rather than relying only on internal testing.
Consensys Diligence, TU Wien and the Ethereum Foundation collaborated on months of fuzzing and vulnerability research. Five bugs were found, reproduced, fixed and independently reverified, including soundness issues that could have affected invalid proofs.
GOAT also uses formal methods to check important parts of its bridge implementation.
In a recent TLA+ verification round, researchers modeled the bridge node state machines, peg out timelocks and shared Taproot connectors directly from the Rust implementation.
The process found 8 issues. All 8 were fixed and reverified. The 1 of N security property was also checked across four networks, covering 1,618,897 states with zero violations in that model.
This is important because verification is not the same as saying “trust us.”
It means defining what should happen, testing the implementation against those properties and publishing what was found.
GOAT's BitVM design also uses an optimistic challenge model. A claimed result can be challenged, and a single honest participant can be sufficient to stop fraudulent behavior under the documented 1 of N assumption.
And GOAT is also working on the longer term cryptographic threat.
The network is migrating validator consensus keys from secp256k1 toward ML DSA 65, a NIST standardized post quantum signature scheme.
The bigger lesson is simple.
Security is not one audit or one feature.
It is continuous testing, formal verification, independent research, challenge mechanisms and preparation for future threats.
That is the approach GOAT Network is taking as it builds infrastructure for value that settles on Bitcoin.
#bitcoin
Ziren, the zkVM used by @GOAT Network has been subjected to independent security work rather than relying only on internal testing.
Consensys Diligence, TU Wien and the Ethereum Foundation collaborated on months of fuzzing and vulnerability research. Five bugs were found, reproduced, fixed and independently reverified, including soundness issues that could have affected invalid proofs.
GOAT also uses formal methods to check important parts of its bridge implementation.
In a recent TLA+ verification round, researchers modeled the bridge node state machines, peg out timelocks and shared Taproot connectors directly from the Rust implementation.
The process found 8 issues. All 8 were fixed and reverified. The 1 of N security property was also checked across four networks, covering 1,618,897 states with zero violations in that model.
This is important because verification is not the same as saying “trust us.”
It means defining what should happen, testing the implementation against those properties and publishing what was found.
GOAT's BitVM design also uses an optimistic challenge model. A claimed result can be challenged, and a single honest participant can be sufficient to stop fraudulent behavior under the documented 1 of N assumption.
And GOAT is also working on the longer term cryptographic threat.
The network is migrating validator consensus keys from secp256k1 toward ML DSA 65, a NIST standardized post quantum signature scheme.
The bigger lesson is simple.
Security is not one audit or one feature.
It is continuous testing, formal verification, independent research, challenge mechanisms and preparation for future threats.
That is the approach GOAT Network is taking as it builds infrastructure for value that settles on Bitcoin.
#bitcoin