Camogates IP is a hardware security solution designed to protect integrated circuits from reverse engineering and cloning attacks. The technology uses camouflage gates to obfuscate circuit designs by implementing multiple different logic functions with lookalike cells that are visually indistinguishable. The solution addresses threats from attackers who use reverse engineering techniques to analyze chip architecture, extract embedded data, steal intellectual property, or create counterfeit copies of integrated circuits. Even when protection layers like metal meshes are added, attackers can use delayering techniques to explore all layers of a System-on-Chip and reconstruct netlists and RTL code. Camogates IP creates lookalike cells for different logic functions such as NAND gates, NOR gates, AND gates, OR gates, and inverters, all sharing the same layout. This makes it difficult to recognize the actual role of each function from visual analysis of the chip layout. The solution is designed to be process-independent and foundry-agnostic, making it transferable across different design kits. It is optimized for protecting confidential security solutions in security ICs used in consumable products. The technology provides a digital implementation using standard cell libraries, offering a lightweight approach to circuit obfuscation that can be integrated into existing system designs without requiring specialized manufacturing processes.