12 Cloud Computing Security Best Practices for 2020

Cloud Computing Security is the major challenge that CSPs are facing. In Cloud, the data is stored with the third-party service provider and it is accessed over the internet. This means control and visibility over the data is limited. It also raises the question of how it can be properly secured. Almost every enterprise you can think of is utilizing cloud services for a lot of their essential business applications. But is your cloud data secure?

Every enterprise has a ton of very sensitive data in the cloud, more than ever before. There’s no question that the public cloud service suppliers that you’re aware of, such as Amazon, Google, and Microsoft, provide a more secure environment than you could possibly ever hope to with your on-premise servers.[Read: What is Cloud Computing?]

However – regardless that cloud service providers are terrific when it comes to defending your data, what they can’t protect you from is when that data leaves the cloud to interact with other systems. And this is taking place in your company every day, as staff access, download, and transfer all that data from all kinds of devices in all types of locations for all kinds of people.

Security breaches are hardly ever caused by inadequate cloud data protection – humans cause them. Stolen log-in credentials, disgruntled staff, accidental deletions, insecure wi-fi connections, and other employee mishaps are the reason that your cloud data is at risk. But there are ways you can reduce your danger!

What Is Cloud Security?

To make things easy for a layman like us, Cloud security or cloud computing security comprises a set of controls, policies, and procedures that operate together to protect cloud-based systems, infrastructure, and data. These measures of protection are constituted to guard information, shield the privacy of customers, assisting regulatory compliance, and protect the privacy of customers along with setting authentication guidelines for devices and users.

Cloud Computing Security

Cloud Computing Security is not sole responsibility; both cloud providers and customers have to follow security guidelines to protect them from any threat. Thus, when speaking about cloud security or cloud network security, you will need to pay attention to what’s written on the fine print of the cloud security provider.

Cloud Security for Companies

Users of cloud base-computing, such as individual developers or companies, should ensure that the cloud computing process supports regulatory compliance, protects user information, and protects customer privacy. If there is any compromise in these two areas can have expensive consequences for the parties concerned. Cloud-based safety may seem to be a tedious job. However, the advantages of cloud computing can convey to the table have the potential to enormously enhance productiveness.

Besides the comfort of transferring and storing data and applications, cloud computing can set authentication guidelines for users and devices. With the advancement of cloud computing and secure cloud computing, companies can reduce their need for in-house IT help to configure and set up security settings. This will speed up the administrative process and reduce micro-management.

In this part, we will explain to you the top 10 cloud computing best practices, which will help you to reduce your risk and provide security to your systems.

Top 10 Cloud Computing Security Best Practices

1. Look for Reliable Cloud Safety Providers

If you see due to the advancement of technology and boom for cloud-based deployments, most of the companies are started providing cloud services. But do you think that all cloud providers are safe as they say on their website? So always select the cloud providers who are working in this industry for a long time, and as they are aware of most of the security problems, it will reduce the chances of data loss and breaches.

In the age of transparency and lightning-fast connections, privacy has turned into a critical concern. A breach in data similar to a leak of customer personal data to hackers may end up in costly lawsuits and compensations. Therefore, it’s paramount that cloud cybersecurity providers are up to the task and understand the rules surrounding cloud network security. These providers of security cloud services should provide documentation and reports on the method and status of the cloud network’s safety. Also, they need to have accountability and transparency in their secure cloud services operations.

It can be best if these providers of security cloud services meet established industry standards. He must also maintain certifications such as 7011 or ISO 27001. Thus, cloud safety begins at the very bottom with the entities offering cloud-based security.

2. Train your Employees

The users are the ones who access cloud computing resources. These users are employees and stakeholders of the company that makes use of the cloud computing network to access different functions via different touchpoints. These users must be well skilled in spotting harmful elements such as malware masquerading as legitimate applications or files.

Also, they need to be made aware of the risks of opening unsolicited emails and downloading their content. There are some ways hackers and malicious individuals can bypass cloud base security. Utilizing the users of the cloud network, they’ll sneak past safeguards. End-users also need to be educated on the risks of using unsecured drop boxes and importing unauthorized files onto the cloud network.

3. Encryption Cloud-Based Security

For cloud computing to be safe, the data should be encrypted because it enters the cloud storage device. Moreover, in making a secure cloud computing system, users should be capable of sending encrypted data to and from the network. Generally, these things are managed by cloud providers, as this is a basic thing while implementing security. It protects confidentiality and restricts changes to data being transmitted through the network. Also, it limits the extent of access each user has within the cloud computing network.

This safety process requires both the sender and receiver to have a secret encryption key. As encryption can become a complicated process, it’s advantageous to find a cloud computing security solution that makes it simple for end-users to both encrypt and decrypt data.

4. Look into the future

The internet is a fast-growing place with new innovations and possibilities. These innovations are also responsible for the creation of extra complicated and capable cloud cybersecurity threats. In response, secure cloud computing evolved to ward off these potential threats.

This then turns into a revolving security arms race where more robust cybersecurity defenses force cybersecurity threats to evolve to fulfill the resistance. With the quickly evolving risk, cloud computing security must look into the longer term and prepare for potential threats that the cloud network might face. As such, cloud providers must be regularly up to date. This goes for both the software program and the polices involved. The software program needs to have the ability to fend off the risk, whereas policy updates preserve the process compliance with the newest business requirements.

As we’ve talked about, cloud computing security is a set of policies, controls, procedures, and technology working collectively to safeguard the cloud network. Also, the development must be accomplished with limited downtime to reduce inefficiencies and frustration for all parties concerned.

5. Important to Secure Endpoints

Securing endpoints is a useful practice for cloud computing security because it gives protection and access control. Increasingly, enterprises and their staff are incorporating practices to make access to data more fluid. The increase in BYOD policies, in addition to threats targeting mobile device access and networks, creates a number of endpoint vulnerabilities. In addition, staff working from home or connecting to Wi-Fi networks to work on-the-go means that the enterprise network security perimeter is extra porous than ever.

Decentralized access has introduced higher convenience to customers and made corporations more aggressive. But it is a double-ended sword as decentralization can lead to a loss of control. As such, cloud security around these endpoints has to be ramped up to meet potential threats coming from endpoint gadgets. Besides the usual secure cloud computing protocols such as firewalls and anti-malware, cloud computing methods should be revisited to make sure that cloud computing security protection is adequate.

6. Deploying cloud security management solutions

A tactical cloud computing security best practice could be to implement identity and access management solutions to the cloud computing network. This process involves stopping threats from the individual’s endpoint as its objective is to restrict the entities from accessing the cloud computing network from an unsecured place. There are two kinds of threats that this cloud computing security best practice targets.

Firstly, it seeks to mitigate the risk of unauthorized entry. Secondly, it serves as a safeguard in opposition to the hijacking of accounts. An individual might unintentionally or deliberately enable unauthorized people to access the data stored on your cloud network. Here, identity management will help you to reduce the chance of a security leak by means of better user recognition. In addition, it’s a secure cloud computing best practice to also include access management because every user’s access level should match their level of trust.

7. Neutralize and Elimination of threats from cloud security

One of the most effective cloud computing best practices is enhancing the speed of neutralization and Elimination of cyber threats. Cloud cybersecurity threats have become more and more advanced. They are in a position to disguise themselves as innocently appearing resumes, invoices, and different common documents.

These malicious documents can wreak havoc on the cloud network. Therefore, it’s a best practice to remove the threats related to shared folders and auto sync-ing through screening files entering the cloud network. As the most effective defense is to keep away from being attacked within the first place, it’s prudent to actively keep away from malware, ransomware, and data theft attack.

Thus, it’s in the company’s best interest to have an enhanced layer of cloud computing security that is ready to inspect and sanitize the treat reactively.

8. Intrusion protection and prevention

An intrusion safety and prevention system examines the files moving through the cloud network to identify and prevent vulnerabilities that may be exploited. An intruder often finds a way into the cloud computing network through input from an endpoint. The purpose of such an intrusion is to interrupt the network and acquire control of applications.

The results of such risk may cause the disabling of applications or the theft of information and network permissions. Understandably, this situation will end in losses for the parties involved. With such a cloud computing security in place, a passive system scans site visitors through the network and provides feedback on threats.

Thus, intrusion safety and prevention system is a part of best practices. It can detect and respond to threats that occur in near real-time.

9. Compliance Requirement

It is important to implement cloud cybersecurity that meets the regulations of both the business and governments. As more people are becoming connected in a rapidly globalized world. While compliance might sound intuitive, the process is made complicated. This is because information and applications move from a managed environment to endpoints in different countries, jurisdictions, and regulations.

Therefore, selecting a security cloud services provider that proactively deal with cloud cybersecurity compliance issues. It can save organizations a lot of time and trouble later on. Some of the perfect practices for cloud cybersecurity compliance are compliance assessments, third party risk management, safety assessments, gap assessments, and cloud computing security consulting.

10. Conduct cloud security IT audits

The last best practice for cloud safety on this checklist is cloud computing security IT audits. These cloud computing safety audits are carried out to find out if the network and its maintainers meet the legal expectations of customer data safety and the company’s standards for facing cloud cybersecurity threats. These audits must be transparent, cover the proper scope, and consider locational jurisdictions.

11. Perform Routine Penetration Checks

A safety gap could appear anywhere in your cloud infrastructure. If these gaps aren’t found and closed, your enterprise is leaving the door open for security threats to enter your cloud deployment. Many cloud suppliers will allow you to carry out penetration assessments to search for these gaps, and some may also carry out this test themselves. Ensuring these assessments are carried out frequently permits you to hunt for any gaps which have appeared in your system.

12. Create and Enforce Resource Access Policies. 

Cloud service providers offer several different types of storage services, such as virtual disks, blob storage, and content delivery services. We can set policies for each resource in the cloud. Such as we can restrict a deletion or modification, and we can also restrict the unauthorized user to access cloud resources. Each of these resources may have unique access policies that should be assigned to protect the data they store. Cloud consumers must understand and configure these service-specific access policies. 

Conclusion

The most common theme across these cloud security practices is the necessity for cloud consumers to develop a deep understanding of the services they’re buying and to make use of the security tools offered by the cloud solution providers. Many cloud security incidents reported in the press, such as Password hacking, unsecured storage services or the e-mail compromise, would most definitely have been prevented if the cloud consumers had used security tools, such as correctly configured access control, encryption of data at rest, and multi-factor authentication offered by the cloud solution providers.

For small and mid-sized organizations, the use of well-established, mature cloud solution providers helps reduce the risk associated with transitioning applications and data to the cloud.

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Happy Reading!!😉

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