Enhance Security In AWS

Due to rapid technological advancements, cloud computing platforms like Amazon web services or AWS are pretty popular but face the risk of cyber threats now more than ever. Businesses are switching to cloud services, but what can they do to protect themselves from cyber-attacks?

Amazon Web Services offers some of the best security features to its users to safely secure their information.

However, security is more of shared responsibility than a one-person mandate, and as an AWS user, you have to be involved. 

You may have put in place the basic security practices AWS recommends, but it’s not impossible to have missed some of the cloud security practices to secure yourself fully. 

This may be partly due to the launch of large volumes of resources that periodically modify your AWS cloud infrastructure. But before we jump in on how to enhance and improve your AWS security, let’s get a clear view of what it is first.

What’s AWS?

Amazon web services or AWS is a comprehensive and secure cloud platform that gives its users fully-featured services like content delivery, database storage, computing power, and many more functionalities to help businesses globally. 

AWS has lots of tools and solutions for both enterprises and software developers that help them grow the scale of their work. This platform is divided into various services, and each service can be configured as per the user’s needs.

It permits users to host dynamic websites by using applications and web servers in the cloud and using databases such as MySQL, Oracle, or SQL Server to store information securely on the cloud and access them from anywhere.

These numerous uses of AWS mean that there’s also an increase in the responsibility for maintaining the security of the data in the cloud and ensuring it’s safe.

Let’s explore more about AWS cloud security and some of the best practices to ensure enhanced security below.

Encrypt Sensitive Information

Encrypting any sensitive information will go a long way in protecting your data from the wrong hands in the AWS platform. 

Encrypting is simple and easy to do with AWS, especially if you’ve selected their native encryption, which gives you end-to-end SSL or TLS for APIs, HTTPS, and AWS Service.

AWS CloudHSM, which is a service in the platform, is a cloud-based AWS hardware security module that allows you to quickly come up with and use your encryption keys on the AWS Cloud.

You could also use scalable key management to create, rotate, define and check your encryption keys in one place. 

You can use AWS encryption with RDS, EBS, and S3 or Azure Secure Server Encryption (SSW) for any client-side encryption. Ensure that data on S3 through SSL has encrypted endpoints to protect moving data as well.

Backup Your Data Regularly

You have to create a backup for your data in your organization. For AWS, your backup strategy will depend on the existing IT setup, industry requirements, and the nature of your data.

So, how can you backup your data in AWS, you ask?

Well, AWS offers pretty flexible backup and restore solutions that will protect your data from any form of cyber theft or security breaches. The AWS Backup will give you a centralized console to manage and automate the backup process across all the AWS services.

It also integrated Amazon EFS, Amazon RDS, AWS Storage Gateway, Amazon DynamoDB, and Amazon EBS so that you could regularly back up your key data stores like file systems and databases.

Create A Password Policy

Brute force attacks, password cracking, and credential stuffing are among the most common forms of cyberattacks hackers use to make organizations vulnerable. A strong password policy is critical to your firm’s security as it will significantly lessen the chances of a breach.

A secure password policy describes a set of instructions for password creation, modification, and deletion. 

For example, you could implement a multi-factor authentication process, automated lockout due to multiple failed password attempts, or a password renewal policy at regular intervals, like 30 days.

Keep Up to Date with Your AWS Policies 

Another essential way to secure your AWS network and enhance its security is by creating consistent security practices and policies that everyone can follow. 

When you implement a clear security policy, you will improve your AWS cloud protection from distributed denial of service (DDoS) attacks, malware, unauthorized use or access, hackers, and other risks.

You should document all your AWS policies and practices, then store them in a commonplace such as a shared drive on your internal network for every employee to have access to. Ensure you update it regularly with the latest AWS best practices and policies.

Create Complex, Secure Passwords with Password Generator Tools 

Once a firm password policy is in place, you could use password generator tools to create complex passwords that will secure your AWS cloud and reduce hackers’ chances of cracking it.

AWS automatically allows you to implement the policy of complex passwords in the Identity and Access Management, or  IAM policy section for passwords.

You should try and have a mix of unique characters, numeric and upper and lower cases, to have a relatively more secure password rather than your name or birthdate.

Conclusion

These are just a few AWS security practices to maintain strong security for your AWS ecosystem. As you continue to use the AWS cloud, you will need to take a deeper look into the security of your AWS infrastructure. 

Update all your users about any new changes to better adapt the further comprehensive security steps in place

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