Report realeased on Oct 25, 2022
About Luxon - CrystalStaking Protocol
MemorialCrystal Token
•
The contract implements ERC1155 Token, and the owner (Owner) can change the information of ERC1155 Token and airdrop and mint to any user.
CrystalStaking
•
Users can staking the issued MemorialCrystal token and receive reward tokens for the duration of the staking. Reward tokens are periodically supplied to the contract by the admin.
Purpose of this report
This report was prepared to audit the security of the Crypstalstaking contracts developed by the Luxon team. HAECHI AUDIT conducted the audit focusing on whether the system created by the Luxon team is soundly implemented and designed as specified in the published materials, in addition to the safety and security of the Crystalstaking.
In detail, we have focused on the following
•
Project availability issues like Denial of Service.
•
Storage variable access control.
•
Function access control
•
Staking Token and Reward Token theft
•
Reward amount manipulate
•
Gas Optimization
•
Unhandled Exception
*The audited code can be non-disclosure as the client requests.
About KALOS
KALOS is a flagship service of HAECHI LABS, the leader of the global blockchain industry. We bring together the best Web2 and Web3 experts. Security Researchers with expertise in cryptography, leaders of the global best hacker team, and blockchain/smart contract experts are responsible for securing your Web3 service.
We have secured over $60b worth of crypto assets across 400+ global crypto projects — L1/L2 projects, defi protocols, P2E games, and bridges — notably 1inch, SushiSwap, Badger DAO, SuperRare, Klaytn and Chainsafe.
KALOS is the only blockchain technology company selected for the Samsung Electronics Startup Incubation Program in recognition of our expertise. We have also received technology grants from the Ethereum Foundation and Ethereum Community Fund.
Secure your smart contracts with KALOS.
•
Email: audit@kalos.xyz
•
Official website: https://kalos.xyz
•
Twitter: https://twitter.com/kalos_security