How is "transaction management" implemented in Avaloq ICE?

Transaction management in Avaloq ICE is centered around atomic operations, which ensures data integrity throughout the transaction process. Atomic operations mean that a series of operations is treated as a single unit, where either all operations complete successfully or none do at all. This approach prevents partial updates that can lead to data inconsistency. In a banking and finance environment where Avaloq operates, maintaining data integrity is paramount. If a transaction fails at any point, the system can roll back to the previous stable state, safeguarding against corrupting the database and ensuring that data remains reliable and accurate.

The other options do not align with the core principles of transaction management in Avaloq ICE. While batch operations can improve efficiency, they do not inherently guarantee data integrity. Allowing multiple simultaneous changes could lead to conflicts or inconsistencies unless managed carefully, which does not align with the atomicity principle. Lastly, minimal tracking of data changes would compromise the ability to restore previous states and maintain a reliable transaction history, which is vital in financial systems.