In graph databases, managing memory efficiently is crucial, especially when handling large datasets with repeated string values, such as "city" or "status," across numerous nodes and edges. String interning offers a solution by ensuring each unique string is stored only once, significantly reducing memory consumption and enhancing query performance by allowing reference-based string comparisons. FalkorDB, a graph database platform, integrates string interning in version 4.10, allowing developers to use the intern() function to deduplicate strings seamlessly, which is particularly beneficial for large-scale data operations like bulk imports and schema migrations. This optimization not only cuts down on memory usage but also speeds up query processing, making it highly valuable for applications in fields like cybersecurity, cloud infrastructure, and social or knowledge graphs, where repeated string attributes are common. By reducing redundancy, FalkorDB enables scalable management of complex datasets, providing efficiency improvements of up to 50% in memory usage and enhancing real-time data analysis capabilities.