Smart contract security is the most critical factor in whether a DeFi project survives or fails. Billions of dollars have been stolen from protocols with flawed contract code. Here's exactly how INRC approaches security.
The OpenZeppelin Foundation
INRC's smart contract is built on OpenZeppelin — the gold-standard library for Solidity development. OpenZeppelin contracts have been audited by firms including Trail of Bits, Consensys Diligence, and Sigma Prime. They power protocols holding over in TVL. Choosing OpenZeppelin over custom code was INRC's most important security decision.
Ownable: Access Control
The Ownable module designates a contract owner (the deployer — Abhishek Singh Shekhawat's wallet) with exclusive admin rights. Key owner-only functions: pausing transfers and renouncing ownership. Crucially, the owner cannot mint new tokens — the supply is fixed. Ownership can be renounced to make the contract fully decentralized in the future.
Pausable: Emergency Stop
If a critical vulnerability is discovered, the Pausable module allows the owner to halt all token transfers immediately. This prevents losses during an active exploit. Once the issue is resolved, the pause is lifted. This feature has saved millions in other protocols that experienced partial exploits mid-execution.
Burnable: Deflationary Safety
The burn function is user-initiated — only the token holder can burn their own tokens. The contract owner cannot burn community tokens. This ensures the burn mechanism is a privilege, not a weapon.
What's Next: Third-Party Audit
INRC's roadmap includes a formal security audit by a leading blockchain security firm (CertiK or equivalent). While the OpenZeppelin base significantly reduces risk, a professional audit provides the certification needed for major exchange listings and enterprise integrations. The audit is planned for Q4 2025.