HANA Certified Development Practice Test 2026 - Free Development Practice Questions and Study Guide

Using in-memory computing in SAP HANA primarily offers faster data processing speeds due to its architecture that allows data to be stored and processed directly in the main memory (RAM) rather than on traditional disk storage. This means that data access is significantly quicker, leading to reduced latencies in query responses and improved performance for both analytical and transactional workloads.

By enabling real-time data processing, organizations can make faster decisions based on up-to-date information. This speed advantage is particularly beneficial for applications that require rapid data analysis, like reporting, dashboards, and predictive analytics, where timely insights are crucial for operational efficiency and strategic decision-making.

Other options presented do not capture the fundamental benefit of in-memory computing. Slower data access times is the opposite of what in-memory computing provides, while reduced data redundancy is more related to data modeling and storage strategies rather than in-memory benefits. Lastly, increased hardware costs can be a concern with any advanced technology, but it does not reflect the core advantage of using in-memory computing in enhancing data processing speeds.