Plan for $1M bug bounties and double the nodes in wake of $600M Ronin hack

CointelegraphPublié le 2022-04-28Dernière mise à jour le 2022-04-28

Résumé

The Ronin Network and Sky Mavis have vowed to upgrade their smart contracts, offer lucrative bug bounties and ramp up security following the $600 million hack late last month.

The Ronin Network and Sky Mavis have vowed to upgrade their smart contracts, offer lucrative bug bounties and ramp up security following the $600 million hack late last month.
As Cointelegraph previously reported, the Ethereum sidechain developed for the popular NFT game Axie Infinity was the victim of an exploit for 173,600 Ether (ETH) and 25.5 million USD Coin (USDC) worth more than $612 million at the time.
Earlier this month the Federal Bureau of Investigation (FBI) attributed the attack to North Korea-based and state-sponsored hacking group Lazurus, as it fired off a warning to other crypto and blockchain organizations.
Ronin announced its platform changes via a post-mortem report published yesterday, noting that all user funds are in the process of being restored as it vowed to make sure this “never happens again.”

The hack run down
The hack was the result of a spear phishing attack on a former Sky Mavis employee (developers of Axie Infinity). The bad actor was able to leverage the employee’s credentials to access Sky Mavis’s four validator nodes out of a total of nine in the Axie/Ronin ecosystem.
This by itself was not enough to do any damage, but “the attacker found a backdoor through our gas-free RPC node, which they abused to get the signature for the Axie DAO validator.”
“This traces back to November 2021 when Sky Mavis requested help from the Axie DAO to distribute free transactions due to an immense user load. The Axie DAO allowlisted Sky Mavis to sign various transactions on its behalf. This was discontinued in December 2021, but the allow list access was not revoked,” the report reads.
Following the hack, big changes are being implemented at both Sky Mavis and the Ronin Network.
Ronin
The Ronin Network hopes to have its bridge open again by mid to late May, with Binance providing support until then with withdrawal and deposit infrastructure for Axie users.
The team is about 80% through upgrading Ronin bridge smart contracts, they’ll be reworking the backend, migrating all pending withdrawals and launching a validator dashboard that “allows for approving large transactions and adding/removing new validators.”
“The Ronin Network bridge is currently being redesigned and will open once we are confident that it can stand the test of time. We initially expected to be able to deploy the upgrade by the end of April, but this is not a process that we can afford to rush.”
Sky Mavis
Sky Mavis will ramp up its security measures by seeking the help of “top tier security experts,” conducting contract audits and implementing stricter internal procedures such as training courses to “combat external threats.”
Notably, it will also be significantly upping its node count to help decentralize the project. Having already increased from nine to 11, Sky Mavis intends to get that number up to 21 within three months. Longer-term, the project is eyeing more than 100 nodes.
Sky Mavis will also be launching bug bounties of up to $1 million for any white hat hackers who are able to find further vulnerabilities.
“We recognize the importance and value of security researchers’ efforts in helping keep our community safe. Sky Mavis is offering bounties of up to $1 million to encourage responsible disclosure of security vulnerabilities.”

Lectures associées

Les modèles du monde évoluent de la prédiction vers la planification : HWM et le défi du contrôle à long terme

Le modèle mondial évolue de la prédiction vers la planification, avec HWM (modèle mondial hiérarchique) abordant le défi du contrôle à long terme. Alors que des modèles comme V-JEPA 2 se concentrent sur l'apprentissage de représentations et la prédiction future via l'entraînement sur de vastes données vidéo, ils peinent dans les tâches de contrôle multi-étapes en raison de l'accumulation d'erreurs de prédiction et de l'explosion de l'espace de recherche d'actions. HWM introduit une structure de planification hiérarchique à deux niveaux. Un niveau supérieur planifie le cheminement par étapes sur une échelle de temps longue, tandis qu'un niveau inférieur exécute les actions locales sur une échelle courte. Cette approche décompose les longues tâches en segments plus courts, réduisant ainsi la complexité de la planification et contenant la propagation des erreurs. Les résultats expérimentaux sont significatifs : Dans une tâche de saisie et placement en monde réel, HWM atteint un taux de réussite de 70%, contre 0% pour un modèle monocouche. Il réduit également considérablement le coût computationnel de la planification. Ce progrès s'inscrit dans une convergence plus large avec V-JEPA (représentation du monde) et WAV (vérification et correction des prédictions). L'objectif est de transformer la capacité prédictive en un système exécutable, vérifiable et capable de planification à long terme, une avancée cruciale pour les robots et les agents IA devant gérer des tâches complexes et séquentielles.

marsbitIl y a 2 h

Les modèles du monde évoluent de la prédiction vers la planification : HWM et le défi du contrôle à long terme

marsbitIl y a 2 h

Trading

Spot
Futures
活动图片