Businesses have always prioritized security, but it has become more critical in the face of cyber threats and data breaches. In order to protect their data from theft or hacking, encryption-in-use is a possible solution to address this issue. This blog post will explore how technology companies deliver highly desired encryption-in-use and revolutionize data security.
What is encryption-in-use?
Encryption-in-use is a security measure that protects data while using. It ensures data encryption even when processed or analysed. Consequently, even if a hacker gets access to the data, they cannot read it without the encryption key. Traditional encryption methods, such as encryption-in-transit and encryption-at-rest, only protect data when sent or stored. Encryption-in-use provides an additional layer of security to protect data from being stolen or hacked. It is becoming increasingly critical today, where cyber threats and data breaches are rising. Businesses need to take every measure to safeguard their data.
Why is encryption-in-use important?
A hacker can access data, but they cannot read it without an encryption key when implementing encryption-in-use. Traditional encryption methods, such as encryption-in-transit and encryption-at-rest, only protect data when sent or stored. Encryption-in-transit encrypts data transmitted over a network, such as the Internet, to prevent unauthorized access. Encryption-at-rest encrypts data when stored on a device or server, such as a hard drive or cloud storage, to prevent unauthorized access. However, these traditional encryption methods do not protect data when used. When data is processed or analysed, it is vulnerable to attacks because it is in a readable format. This is where encryption-in-use comes in. Encryption-in-use ensures that data is always encrypted, even when used, to prevent unauthorized access.
This can be implemented through various methods, including hardware-related encryption, software-related encryption, and cloud-based encryption. Hardware-based encryption involves using specialized hardware to encrypt data in real time, while software-driven encryption uses software to secure data as it is processed. Encryption-in-use can also help companies to comply with data protection regulations and standards, which is becoming increasingly critical in today’s regulatory environment.
How are technology companies delivering encryption-in-use?
Companies implement encryption-in-use to deliver various methods of data security. Hardware-based encryption involves using specialized hardware, such as a security chip or a hardware security module (HSM), to protect data in real-time. This method is often utilized in high-security environments where data protection is critical. On the other hand, software-driven encryption uses software to encrypt data as it is processed. The flexibility of this method allows it to be implemented on various devices. Cloud-based encryption involves encrypting data in the cloud, providing an additional security layer. This method is becoming increasingly popular as businesses move their data to the cloud.
Benefits of Encryption-in-Use
The several benefits of using Encryption-in-Use for businesses include:
- Enhanced data security: Encryption-in-use provides an additional layer of security to protect data from theft or hacking.
- Compliance: Encryption-in-use can help businesses comply with data protection regulations and standards.
- Peace of mind: Knowing data is always protected can give businesses peace of mind and reduce data breaches.
Encryption-in-use is an essential tool that can help protect data from malicious actors. It can also ensure that data remains secure while being transmitted or stored. Using encryption-in-use, organizations can ensure their data is safe and protected from outside threats. It assists organizations in complying with government regulations and industry standards for protecting sensitive information. With encryption-in-use, organizations can rest assured that their data is protected from malicious actors and unauthorized access.