How SSL Encryption Secures Big Data In Cloud Computing
How SSL Encryption Secures Big Data In Cloud Computing. The storing and handling of large data sets in the cloud carries the risk that the confidentiality and integrity of the information may be compromised. In such circumstances, Secure Sockets Layer (SSL) technology has a crucial role to play in ensuring the security of big data in cloud computing.
Well, it is a cryptographic report that enables an encrypted connection to be established between the client and the server. For cloud computing, where huge amounts of data are transferred, SSL encrypts this information, ensuring its confidentiality and security during transmission. This is done with using various cryptographic algorithms and digital certificates. The data is converted into an unreadable by unauthorised format, which makes it difficult to read without the appropriate decryption keys.
Next with article How SSL Encryption Secures Big Data In Cloud Computing, we explain what is SSL Encryption.
What is SSL Encryption?
Firstly, SSL encryption is a type of encryption technology used to protect data transmitted over the Internet. Moreover, it is a protocol used to securely encrypt data before sending it over the Internet. With SSL encryption technology it is used to protect your data from interception or manipulation by third parties. Also, it ensures data privacy and protects data from unauthorized access. Truly, SSL encryption is a must for any database that needs to be secure and reliable.
Hence it is vital for companies and organizations to add SSL certificates to their websites to secure online transactions and keep customer information private and secure. But, since its inception about 25 years ago, there have been several versions of the SSL protocol, all of which have faced security issues at some point. The updated and renamed version followed by the name of Transport Layer Security (TLS)- a protocol still in use today. But with the initials SSL attached, the new version of the protocol is still commonly referred to by its old name.
SSL Certificate as an Effective Means of Defence
All in all, SSL certificate is the main security feature for cloud security. It is stated by most experts that say that the security of cloud computing pinned with SSL certificate is safer method for securing cloud computing. It is all due to the fact that SSL has an unusual encryption mechanism so it hides your data from unsafe sites.
Well, SSL encryption is more important for the security of websites. It protects huge data in the cloud through encryption by making it so much more difficult for unknown parties to decrypt data encrypted with SSL employed.
Those SSL certificates are issued by specific organizations that are called Certificate Authorities. They then verify organizations and businesses to ensure they are genuine, preventing vulnerabilities from online fraud or phishing.
So, if you want to find out how SSL gives you the ability to secure big data in cloud computing, it is worth familiarising yourself with the components of an SSL certificate. Namely, encryption, authenticity and verification.
Here’s a summary of how an SSL certificate helps protect big data in the cloud:
- Data encryption. Collecting big data in the cloud requires a lot of assumptions about where important data is stored. But with an SSL certificate you don’t have to worry about where your data is stored. When SSL stores data in an encrypted form. Even, if an attacker accesses the cloud storage, the data remains intact because they have no idea what the data means.
- Verification. Helps to verify the identity of parties involved in cloud data processing. Verification is usually performed by the Certificate Authority that issues SSL certificates. Therefore, certificates help reduce the incidence of phishing and online fraud.
- Compliance. Allows parties involved in data processing to comply with the rules.
- Authentication. The SSL authentication identifies and verifies the identity of each device.
- In addition to regulating location and access to big data, businesses must comply with regulatory requirements when moving to the cloud. Here SSL encryption works well by preventing accidental disclosure of data protected by regulatory requirements.
Which SSL is best for Big Data in Cloud Computing?
By now we know how effective SSL certificates are for securing big data in the cloud. What type of SSL best suits your needs?
All SSL certificates offer the same cryptographic strength. Therefore, when selecting an SSL certificate, you must exclude the SSL trust. Instead, you need to consider other factors such as price, expiration date, and customer support. Some of the popular but most cost effective SSL certificates are Comodo Positive SSL, or RapidSSL Certificate. But there is many more.
SSL protocol as a Base for Cloud Security
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The integration of SSL with Cloud Computing Security brings a number of benefits that ensure customers securely use data stored or transmitted in the cloud.
Data Monitoring
In fact, the ability to access data from anywhere sounds pretty good. But have you ever thought about the location of the server?
By using SSL certificates to encrypt data stored by cloud service providers they reassure their customers that their data is being carefully monitored while in transit. Also, trusted issuing authorities do not issue SSL certificates to servers located in banned countries such as Iran and North Korea.
Provision of Data Segmentation and Encrypted Access
So let’s look a little more closely at cloud computing, where all the data from users around the globe and their server locations are located, is kept unknown to users. In addition, it is controlled by cloud providers. Let’s look at 3 basic options below:
Encryption – users get the appropriate levels of encryption. A minimum encryption strength of 128 bits or 256 bits is best.
Authentication – It is useful to know that server ownership authentication should take place before data is transmitted. Therefore, it is essential to rely on certificates that are issued by secure CAs, just so that in case the servers are already authenticated by them you have more security.
Certificate validity – If we look at the validity of our SSL certificate there are specific validity times. We may encounter an unrealistic event where the certificate is under threat. There has to be a fallback check to make sure the certificate has not been revoked since it was issued. In that instance Online Certificates Status Protocol (OCSP) and the Certificate Revocation List (CRL) are the two most popular standards to check validity.
Protecting backup repositories
The vast majority of people who use backups store their important data in the cloud with a view to recovering it if necessary. Conversely, in the event of a total failure that causes a problem with data in the cloud, providers should be able to recover data from their backup repositories. It is therefore worth insuring yourself with such an SSL certificate, so that you have the legitimacy of the duplicate servers used to retrieve the backups. As well as the encryption of the channels for their transmission.
Finally, SSL certificate is very popular and maintains security in the cloud. Furthermore, cloud users shall be careful when choosing a cloud provider based on the security it provides. To avoid data loss and any security breaches please consider using SSL certificates.
Thank you for reading How SSL Encryption Secures Big Data In Cloud Computing. Let’s conclude.
How SSL Encryption Secures Big Data In Cloud Computing Conclusion
All in all, SSL encryption is an indispensable security tool for big data sets in the cloud. With data encryption, integrity protection and authentication, it is the three pillars of effective information security. As a result, businesses take advantage of the benefits of cloud computing while being confident that their data is safe and protected. At a time of increasing cyber threats, investing in SSL Encryption is a must for any organisation storing large amounts of data in the cloud.
Also an important consideration in securing large data sets is authentication. SSL Encryption provides the ability to authenticate the identities of the server and client, which minimises the risk of Man in the Middle attacks. This helps to ensure that the connection to the server is secure and trusted.
