Low Memory Footprint

Definition ∞ A low memory footprint describes a software application or protocol that requires minimal random access memory (RAM) to operate efficiently. This characteristic is particularly advantageous for devices with limited computational resources, such as embedded systems or mobile clients. It contributes to broader accessibility and reduced operational costs.
Context ∞ The concept of a low memory footprint is important in news regarding blockchain light clients, mobile cryptocurrency wallets, and resource-constrained nodes in decentralized networks. Protocols designed with this consideration can extend network participation to a wider array of devices, thereby enhancing decentralization and resilience. Efforts to optimize blockchain client software often prioritize minimizing memory usage.