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Objective: When using cryptographic procedures, it is important to consider risks in the field of availability (lost key material) as well as risks due to incorrectly applied procedures in the fields of integrity and confidentiality (poor algorithms/protocols or insufficient key strengths).
Requirements (must): All cryptographic procedures used (e.g. encryption, signature, and hash algorithms, protocols) provide the security required by the respective application field according to the recognized industry standard,
- to the extent legally feasible.
Requirements (should): Preparation of technical rules containing requirements for encryption in order to protect information according to its classification.
A concept for the application of cryptography is defined and implemented. The following aspects are considered:
- Cryptographic procedures,
- Key strengths,
- Procedures for the complete lifecycle of cryptographic keys, including generation, storage, archiving, retrieval, distribution, deactivation, renewal, and deletion.
An emergency process for restoring key material is established.
Oh no! No description found. But not to worry. Read from Tasks below how to advance this topic.
Objective: When using cryptographic procedures, it is important to consider risks in the field of availability (lost key material) as well as risks due to incorrectly applied procedures in the fields of integrity and confidentiality (poor algorithms/protocols or insufficient key strengths).
Requirements (must): All cryptographic procedures used (e.g. encryption, signature, and hash algorithms, protocols) provide the security required by the respective application field according to the recognized industry standard,
- to the extent legally feasible.
Requirements (should): Preparation of technical rules containing requirements for encryption in order to protect information according to its classification.
A concept for the application of cryptography is defined and implemented. The following aspects are considered:
- Cryptographic procedures,
- Key strengths,
- Procedures for the complete lifecycle of cryptographic keys, including generation, storage, archiving, retrieval, distribution, deactivation, renewal, and deletion.
An emergency process for restoring key material is established.
In Cyberday, requirements and controls are mapped to universal tasks. A set of tasks in the same topic create a Policy, such as this one.
In Cyberday, requirements and controls are mapped to universal tasks. Each requirement is fulfilled with one or multiple tasks.
When building an ISMS, it's important to understand the different levels of information hierarchy. Here's how Cyberday is structured.
Sets the overall compliance standard or regulation your organization needs to follow.
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Break down the framework into specific obligations that must be met.
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Concrete actions and activities your team carries out to satisfy each requirement.
Documented rules and practices that are created and maintained as a result of completing tasks.
