What does EKM mean in CYBER & SECURITY

What Does EKM Mean?

Encryption Key Manager (EKM) is a type of software application that helps ensure secure data management of an organization’s sensitive information by making sure only those who are authorized have access to it. Through its key-handling capabilities, EKM allows secure storage and management of encryption keys as well as provides access control features so that only those who are granted explicit permission may view or use certain encrypted data. Additionally, the software allows for flexible storage options for stored keys - such as hardware devices or cloud-based solutions - allowing organizations to tailor their security protocols according to their specific needs and preferences.

Features of EKM

The core features offered by Encryption Key Manager (EKM) include:

1. Key Creation: Organizations can easily create strong encryption keys using various algorithms such as AES or RSA.

2. Encryption & Decryption: Data is securely encrypted using the generated key prior to being stored in the manager while a decryption key must be provided before accessing any encrypted information.

3. Access Control: Users can require authentication methods like passwords when granting access rights on sensitive documents and files.

4. Centralized Management: A centralized platform gives IT administrators an overview of all user accounts associated with the system while allowing them to monitor usage statistics and track user activities related to key management tasks for better security control over the system’s data assets.

5. Flexible Storage Options: Organizations can opt for either cloud-based solutions or physical media like hardware devices depending on their preferences or specific business requirements when storing generated keys and other confidential information within an EKM system..

Benefits of Using EKM

Using Encryption Key Manager (EKM) brings about several benefits which include strengthened security due its robust feature set which enables preventative measures against unwanted activities such as tampering with or unauthorized access of confidential data; enhanced system performance since key generation processes are completed automatically without manual intervention allowing for faster response times; improved flexibility in terms of storage options since organizations can choose between different types of physical media; and improved scalability thanks to its modular design which makes it easier to expand capabilities based on changing business requirements over time without having to make major investments in new infrastructure setup costs.