How To Handle Data Encryption

data encryption

The formation of present day data security foundation lies in strong data encryption. In order to establish more secure storage for data, encryption practices and protocols have been embraced by the digital world. This applies to transmission and handling of data across the wider Internet and local networks as well. Organizations who utilize data encryption are wise to keep up with advancements in technology-based security and step up their game as they enter an age that will involve a future that is cloud-driven. Here are a few data encryption ideas to help give organizations more power with capabilities in super data security.

Multiple Encryption Practices Should Be Supported

If your organization anticipates integrating your offerings with additional providers (such as after an acquisition or merger) or is going to be working with numerous technology partners, this is a particularly effective strategy. You can adopt encryption standards based on advancements in technology and evolving regulatory requirements by the support of multiple mechanisms for encryption. Additionally, to achieve your goals, third-party integration should also be supported by your encryption framework.

The Process Should Be Decentralized

Implement decryption and data encryption at a local level distributing it throughout the network. Faster data transmission standards and high network availability and performance will be insured by a decentralized approach.

A Security Framework Must Be Defined

The below-listed aspects of an overall strategy for data security must be defined in order for your organization to establish an approach to data security that is structured. Note the following:

  • Data destruct – In the event of security infringement, a system must be established to destroy encryption keys.
  • Monitoring and auditing data access – To identify unauthorized data access and anomalies, keep track of audit trails and logs.
  • Data access controls – To control data access based on privileges and roles, enforce and define mechanisms with which to do so.
  • Security key management – This refers to the managing of replacement and use, storage, the process of key generation, and cryptographic keys.
  • Data segregation – This applies to isolated data which is based on sensitivity, security requirements, and types.

First and Foremost – A Security Assessment

Possibly the most crucial part of this entire process is an understanding of your objectives for security in the context of resource ability and business requirements. You must comprehend the governance policies and regulations around data security as it applies to your particular needs or business. You must understand the impact on your security strategy affected by various applications and technology architectures – i.e. big data, cloud, etc.

Of course, only one small part of a security plan that can be classified as all-inclusive is formed by data encryption. Proactive measures for post-infringement incidents and defense should be established by any organization or business that feels they are facing rising security threats.

To ensure that your data remains available and secure despite frequent security risks, you must deploy various layers of high availability services, leverage strong backup, and security. ANEXIO is familiar with trends, best practices, and data threats and has data center solutions which can assist you and your company with data encryption and other IT needs.