* **Speed & Performance**: Most operations are local, making them incredibly fast. * **Distributed Architecture**: Developers work offline and commit locally. A failure of the central server doesn't halt work or lose history. * **Data Integrity**: Git uses SHA-1 hashing to verify the integrity of every file and commit, making history modification virtually impossible without detection. * **Branching & Merging**: Highly efficient branching models allow developers to create isolated worksp

# Why it is Used:

💬Answer

Speed & Performance: Most operations are local, making them incredibly fast.
Distributed Architecture: Developers work offline and commit locally. A failure of the central server doesn't halt work or lose history.
Data Integrity: Git uses SHA-1 hashing to verify the integrity of every file and commit, making history modification virtually impossible without detection.
Branching & Merging: Highly efficient branching models allow developers to create isolated workspaces for features and merge them seamlessly.

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