EEPROM Extractor

The EEPROM extractor analyzes raw binary dumps from I2C or SPI EEPROM devices to identify stored strings, configuration data, version identifiers, and memory patterns. It supports common device types and maps addresses to a logical memory layout. The tool is intended for firmware engineers, hardware analysts, and security researchers who work with embedded systems. It provides a clear extraction pipeline and structured outputs to support validation and reverse engineering.
Conceptually, the memory is treated as a sequence of bytes with addressing rules applied to decode strings and numeric fields. It focuses on readability, traceability, and repeatable results across multiple images. The core value is a fast, automated way to recover configuration data, firmware identifiers, and readable content from dumps without manual hex hunting.
Unique differentiators include broad device-type detection, endianness-aware decoding, and structured exports (CSV/JSON) that preserve address context. Typical use cases include recovering configuration parameters, embedded strings, version identifiers, and CRC-blocks within EEPROM dumps. It benefits engineers performing binary analysis, testers validating memory contents, and researchers mapping data structures in firmware.