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Key encryption failures are often due to key management issues, not encryption algorithms. Key rotation is crucial based on the quantity of data encrypted to a single key.

Timestamped Highlights:
00:45
🕒 Encryption failures are usually linked to poor key management, not encryption algorithms.
01:20
🕒 Establishing a key rotation period is essential for effective key management.
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🕒 Quantity of data encrypted to a single key determines the need for key rotation.
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🕒 Recommendations suggest rotating keys between 64GB and 1TB of data encrypted.
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🕒 Whole drive encryption may allow up to 16TB of data encrypted to a single key.
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🕒 Consider the overall quantity of data encrypted to a single key in key rotation scheduling.

Key Insights:
Key management, not encryption algorithms, is the primary cause of key encryption failures. 🗝️
Establishing a key rotation period based on the quantity of data encrypted is crucial for data security. 🔑
Recommendations suggest rotating keys between 64GB and 1TB of data encrypted to a single key, depending on data sensitivity. 🔄
Whole drive encryption may allow for higher quantities of data encrypted to a single key, requiring different key rotation considerations. 📁
Considering the amount of data encrypted to a single key is essential in determining an effective key rotation schedule. 📊