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Best Cloud Security Tools for 2023: Explained

cloud security tools
cloud security tools

With the rise of cloud computing, it is increasingly essential for organisations to guarantee that they are using suitable tools and techniques to secure their data within the cloud. Cloud Security Tools have consequently become a fundamental aspect of any organisation’s security strategy as they can aid with protecting your data from cyber threats. 

This blog will survey multiple cloud security tools and methods, display a list of premier cloud security tools and assess which are the optimal choices for an individual environment. Additionally, we shall provide insight into how these resources can be used proficiently to keep one’s data safe.

Exploring the Demand for Cloud Security Tools

Demand for Cloud Security Tools

In recent years, Cloud Computing has been experiencing a surge in popularity amongst businesses and individuals alike as they rely upon it to store vast amounts of data securely. Nevertheless, with any technology comes the necessity for consideration towards security; thus, as the demand for cloud-based security tools increases, so does the need for those responsible for maintaining these systems to acquire comprehension regarding how precisely they operate. 

This blog intends to explore both the intensifying requirement of cloud safety measures alongside its implications on organisations who depend on them heavily.

The primary issue to consider when evaluating cloud security is the protection against inadvertent or purposeful depreciation or distortion of data stored on the server. Cloud-based services can be vulnerable to a range of risks, such as hacking, malicious software assaults, data theft, and other illicit practices. Consequently, businesses must ascertain that their cloud infrastructure receives suitable defence from potential perils through the implementation of correct security tools and strategies.

A method for achieving this entails utilising encryption technologies which safeguard delicate information preserved in the cloud setting from unauthorised access by external parties. Encryption technologies are particularly advantageous for organisations that operate in industries which demand high levels of confidentiality; encrypting data before transmission guarantees its secure storage within the cloud environment. 

Additionally, authentication procedures such as multi-factor authentication (MFA) and single sign-on (SSO) proffer an extra level of security by guaranteeing only authorised users can access essential business information stored inside the cloud arrangement.

Cloud security tools are a necessity for organisations looking to protect their systems from potential attacks and identify any suspicious user behaviour within. Cloud-based monitoring services provide companies with the assurance that they will be kept informed of changes made in their hosted environment, whether such alteration is due to internal or external forces. This proactive approach helps minimise risk and ensures the organisation’s ability to react swiftly if a threat were detected.

As cloud computing technology becomes increasingly popular amongst corporations, there has been an increased demand for reliable cloud security solutions, which can offer protection against unauthorised access attempts by hackers into corporate networks and applications based on shared infrastructures like public clouds while preserving user privacy and data integrity simultaneously. Therefore, having robust cloud security measures in place when migrating IT environments into public clouds would be essential not only for protecting confidential information but also for ensuring proper utilisation of all the advantages associated with it.

Definition and Importance of Cloud Security Tools

Importance of Cloud Security Tools

As organisations move to the cloud, security tools for clouds are becoming ever more vital. These implements offer a variety of measures designed to protect systems, networks and applications from unauthorised accesses, malevolent activities or any other threats. They assist organisations in guaranteeing that their data remains secure whilst simultaneously helping them establish potential susceptibilities within their systems.

It is possible to find many distinct types of cloud protection instruments. Firewalls can be applied so that entry into systems and networks may be controlled while intrusion detection or prevention structures scrutinise network traffic searching for troubling behaviour.

Encryption technologies may be employed to protect data while travelling or in storage, and antivirus together with anti-malware solutions can help ward off viruses or other malevolent software programs. To ensure that only those who are authorised gain access to certain systems or information, identity management solutions like single sign-on (SSO) and multi-factor authentication (MFA) should also be taken into account. 

Additionally, such security measures might usefully supplement firewalls and encryption technologies. Cloud security tools constitute a key component of any organisation’s security architecture; organisations should blend these instruments to form an efficient cloud safety plan fitting their particular needs, which will preserve the integrity of their data and applications.

Detailed List of Top Cloud Security Tools in the Market

List of Top Cloud Security Tools

Organisations are provided with a scope of solutions for protecting software-as-a-service platforms or cloud deployments from malicious attacks by Cloud Security Tools. The initial step towards ensuring data security and safety in the cloud is to discern which tools should be selected. This article will present an extensive list of the topmost cloud security tools available currently on the market. 

  1. Amazon Web Services (AWS) Identity and Access Management (IAM): AWS IAM allows you to manage user and resource access to your AWS services securely.
  2. Microsoft Azure Security Center: Provides advanced threat protection across Azure, on-premises, and hybrid cloud environments.
  3. Google Cloud Security Command Center: Offers security and data risk insights across Google Cloud Platform services.
  4. HashiCorp Vault: A tool for managing secrets and protecting sensitive data across clouds and hybrid environments.
  5. CloudGuard (formerly Dome9): Provides security and compliance automation for public cloud environments, including AWS, Azure, and GCP.
  6. Palo Alto Networks Prisma Cloud: A cloud-native security platform that provides comprehensive protection across the entire development lifecycle.
  7. Netskope: Cloud security platform that helps protect data and applications in cloud and web environments.
  8. Symantec CloudSOC (now part of Broadcom): Offers cloud security posture management (CSPM) and cloud access security broker (CASB) capabilities.
  9. McAfee MVISION Cloud: Provides data protection and threat prevention for cloud services like Office 365 and AWS.
  10. Trend Micro Cloud One: A comprehensive cloud security platform that includes workload and container security, file storage security, and network security.
  11. Cisco Cloud Security: Offers cloud-based security solutions, including CASB and DNS-layer security.
  12. Check Point CloudGuard IaaS: Provides advanced threat prevention, network security, and automation for cloud environments.
  13. Fortinet FortiCASB: A cloud-native CASB solution that helps secure SaaS applications and IaaS platforms.
  14. AlienVault USM Anywhere: A unified security management platform that includes cloud security monitoring and threat detection.
  15. Qualys Cloud Security: Offers vulnerability management, continuous monitoring, and compliance for cloud infrastructure.

How Cloud Security Tools and Techniques Ensure Data Safety?

Cloud security tools are becoming ever more essential for businesses as the rate of cyber-attacks and data breaches goes on to increase. To guarantee their data, organisations must comprehend how cloud security tools and techniques perform. When implemented correctly, cloud security tools can stop information from being misplaced or purloined.

The initial step in protecting a business’s data is choosing the accurate cloud security tool for its requirements. By opting for a safe platform with dependable authentication protocols, encryption services, and web application firewalls, firms can keep their data safeguarded from malignant actors.

It is essential that the chosen service also offers regular updates, to ensure it remains resilient against novel forms of attack. Upon selecting a suitable cloud security tool for business purposes, it should be properly configured according to their requirements. This involves designating access privileges so only authorised personnel can gain entry to confidential files and implementing rules which limit user behaviour on the system; such as what type of documents they are permitted to upload or download. Additionally, ongoing reviews regarding permissions must take place whilst any unauthorized users ought to be removed without delay if necessary.

Employing two-factor authentication is also a wise move as it provides an extra layer of security by requiring users to enter a username and password before gaining access. Organisations should be sure that any systems associated with their cloud storage are kept consistently up to date with the latest security patches and anti-virus software, for them to reduce susceptibility towards attack. 

Moreover, they ought to avail themselves of features such as logging and auditing capabilities, which enable them to monitor user activity on the system so they can detect any malicious behaviour swiftly and respond accordingly.

There is no alternative when dealing with sensitive data online other than having adequate cloud security; however, selecting appropriate tools along with properly configuring these components only constitutes part of the process – businesses must additionally educate their personnel about correct practices whilst utilising remote systems if they hope to remain secure from cyber criminals.

Best Cloud Security Tools Used in the IT Industry

Cloud-based security tools have become increasingly significant within the IT industry as firms endeavour to safeguard their data and networks from cyber threats. In light of the swift growth of cloud-based services, cloud security has attained a greater degree of importance than ever before. Bearing in mind that organisations depend heavily on computing clouds for their day-to-day operations, having strong safety features is essential to secure information and networks. A range of various kinds of protective appliances exist which offer assistance when it comes to keeping cloud systems safe and sound.

NOTE: The first form of protection an organisation should contemplate utilising is identity access management (IAM).

IAM Solutions provides organisations with a centralised platform for the management of user identities, access privileges and authentication policies across their network. This allows companies to easily manage who has permission to avail which resources, guaranteeing that only authorised users can gain entry into sensitive files or data. Furthermore, IAM also enables organisations to protect their cloud environment from unauthorised users or cybercriminals.

The use of encryption technology serves as an additional safeguard against threats by scrambling data such that it cannot be deciphered except by its intended recipient. Thus, in combination with IAM solutions, this ensures improved security measures at all levels within any organisation’s cloud environment.

Providing an additional layer of defence against those with nefarious intentions seeking to pilfer sensitive information from a company’s system, encryption also ensures the privacy of customer data stored in the cloud is preserved as providers are unable to access it without permission. Intrusion detection systems prove integral for preventing unauthorised persons from accessing a company’s network; these systems observe traffic on networks and alert administrators when suspicious activity or use of resources surfaces.

NOTE: Offering organisations advanced warning about potential threats, intrusion detection systems allow them sufficient time to take preventative measures before malicious actors cause any damage.

There exist multiple security tools that can assist businesses in protecting their records and networks from external risks and malicious individuals. These incorporate identity management solutions, encryption technology as well and intruder recognition mechanisms – all being essential components in abating risk posed by cyberattacks executed against business operations located within cloud computing environments.

Features and Benefits of Leading Cloud Security Tools

Cloud security tools are of paramount importance to safeguard data stored on the cloud. The features and advantages offered by these solutions differ according to the vendor. A multitude of them provide capabilities including encryption, user authentication, Data Loss Prevention (DLP), and malware detection. Encryption serves as a mechanism for securing information that can be utilised to prevent unauthorised access to confidential documents. 

User authentication guarantees that only those with authentic credentials may gain entrance into the system, while DLP obstructs unintentional or purposeful exposure of sensitive details. Malware recognition is likewise critical to avert malevolent software from infiltrating systems and networks.

Many cloud security tools afford users the capacity to configure their regulations regarding what data should be encrypted and which users ought to have access to particular resources. This precise regulation of authorisation assists organisations in managing their risk profiles adeptly. 

Moreover, premier cloud security systems offer centralised recording for supervising activity across distinct frameworks, informing people when something abnormal occurs or when privileged individuals endeavour to alter or delete information without permission. Lastly, these instruments usually comprise reporting facilities that allow IT teams to follow usage tendencies within an organisation over time and spot any prospective issues before they become serious predicaments.

The Role of Cloud Security Tools in Preventing Cyber Threats

Cloud security tools have become an increasingly pertinent matter due to the increasing prevalence of cyber threats. As more and more companies transition their operations online, it has become necessary for organisations to guarantee that their confidential data is secure and protected. Cloud security tools are indispensable for businesses looking at safeguarding themselves from malevolent actors. These utilities bestow organisations with improved tracking capabilities, enabling them to recognise and take action against potential hazards promptly and effectively. 

Such software comes in many guises including firewalls, antivirus programs, intrusion detection systems; vulnerability scanners cloud access control technologies amongst other things. Each of these devices works together to guard data against malicious assailants via encryption algorithms and restrictions policies along with several other safety protocols. 

Consequently, by applying a combination of such cloud security instruments enterprises can significantly abate the likelihood of any breach or information compromise caused by a cyber attack. Therefore, corporations should think seriously about making use of such solutions if they wish to stay ahead in this ever-evolving domain which harbours numerous cyber dangers.

Cost-effectiveness of Investing in Cloud Security Tools

Investing in cloud security tools can be a cost-effective approach to defending against malicious actors. With the advent of cloud computing technology, organisations can take advantage of the versatility and scalability, which is provided by cloud services while still being able to mitigate any risks that relate to data security.

Cloud security tools make it possible for increased automation and analytics capabilities; this reduces the amount of manual intervention necessary when managing security policies. In addition, due to their subscription-based business model, these sorts of tools can be scaled according to an organisation’s needs readily; making them more affordable than conventional on-premises solutions, which require considerable upfront investments initially.

Furthermore, cloud security tools hold their worth over some time as they are regularly refreshed with new features and repairments, which help organisations to remain safe from the constantly surfacing cyber risks. Additionally, many organisations are also taking advantage of Artificial Intelligence (AI) capabilities in cloud security resources to detect threats that would otherwise go unseen. 

This not only provides support for organizations against malevolent actors but also bestows them with intricate knowledge about patterns on their networks that aid in decisions regarding risk mitigation strategies into the future. In conclusion, investing prudently in an apt cloud security tool is a proficient way of attaining harmony between cost-effectiveness and data protection for any organisation within today’s digital sphere.

Future Trends in the Development and Application of Cloud Security Tools

The progression of cloud security tools is a continual process that perpetually advances in tandem with the unceasing expansion of technology. As corporations transfer their records to the cloud, they must guarantee that their data, applications and systems remain secure and safeguarded against cyber threats. 

Consequently, they necessitate technologies and solutions which can effectively keep their data protected from hackers and malevolent entities. To realize this goal, numerous enterprises are looking towards creating or bettering existing cloud security tools to guard their information.

An instance of this is the application of Artificial Intelligence (AI). AI algorithms are being used increasingly often to observe illicit activity on networks, frequently before human administrators have even realized there might be a potential danger. Moreover, AI can be employed together with other security tools, such as firewalls to defend data from external sources. 

Cloud security instruments powered by AI offer an extra level of defence for businesses by uninterruptedly observing any dubious behaviour and blocking all endeavours at unapproved access. Apart from that, another pattern in cloud safety tool growth involves providing greater perceptibility into system action.

With improved visibility into network traffic flow, organisations can identify unusual behaviour more quickly and take action before a breach occurs. Cloud-based network visibility solutions aid companies in attaining greater control over their networks while simultaneously providing them with statistical insights concerning how these networks are used by users or devices situated both inside and outside the organisation’s perimeter; this assists corporations in preventing data leakage or other malign activities, which may otherwise arise without such an intricate level of granular visibility.

Finally, blockchain technology is widely perceived to be among the most promising emerging trends when it comes to development regarding cloud security tools. Blockchain relies upon distributed ledger technologies as a technique for securely storing records; additionally, it enables authorised transactions between multiple participants within any given system. 

By embracing blockchain technology at its core infrastructure layer, firms can construct automated systems that are inviolable and immutable whilst remaining highly secure – thereby enabling them to transfer useful information/data across different networks safely without fear of manipulation or theft carried out by malevolent parties en route.

Businesses can benefit greatly by making use of cloud security tools and techniques. These may include forms such as encryption, identity management, monitoring and more. A comprehensive list of the top cloud security tools is available to enable companies to select the most appropriate solution for safeguarding their data against cyber threats. By utilising these tools effectively, organisations can attain maximum protection for any crucial information they possess.

What courses can help me acquire the top cloud computing skills in IT?

The courses that can help me acquire the top cloud computing skills in IT are as follows-

  • AWS Solutions Architect

This course focuses on designing scalable and reliable solutions on Amazon Web Services (AWS), covering architectural best practices, service selection, and cost optimization for AWS cloud environments.

The exam details for the AWS Solutions Architect certification program are as follows-

Exam Name

AWS Certified Solutions Architect – Associate exam 

Exam Code

SAA-C02

Exam Level

Associate

Exam Duration

130 minutes

Total Questions

65 (MCQs and multiple response questions)

Exam Cost

150 USD

Passing Score

720 out of 1000

Exam Language

English, French, German, Italian, Japanese, Korean, Portuguese, Chinese and Spanish

Testing Center 

Pearson Vue

  • AWS DevOps

AWS DevOps training teaches the principles of DevOps on AWS, emphasizing automation, continuous integration/continuous delivery (CI/CD), and infrastructure as code to streamline software development and deployment.

The exam details for the AWS DevOps certification program are as follows-

Exam Name

AWS Certified DevOps Engineer Professional exam

Exam Code

DOP-C01

Exam Level

Professional

Exam Cost

300 USD

Exam Format

MCQs or Multiple Response Questions

Total Questions

75 questions

Passing Score

750 out of 1000

Exam Duration

180 minutes

Languages

English, Simplified Chinese, Korean, and Japanese

Testing Center

Pearson Vue testing center or online proctored exam

  • Microsoft Azure

This course explores Microsoft’s cloud platform, Azure, covering various services for cloud computing, storage, networking, and application development within the Azure ecosystem.

The exam details for the Microsoft Azure certification program are as follows-

Exam Name

Microsoft Azure Administrator

Exam Code

AZ-104

Exam Cost

USD 165

Exam Format

Multiple-choice questions

Total Questions

40-60 questions

Passing Score

700/1000

Exam Duration

150 minutes

Exam Language

English, Japanese, Chinese, Korean, Spanish, French, German, Italian, Indonesian

Testing Center

Pearson VUE

  • GCP Cloud

Google Cloud Platform (GCP) training provides insights into Google’s cloud services, including computing, data storage, machine learning, and cloud-native tools for application development.

The exam details for the GCP Cloud certification program are as follows-

Exam Code

GCP-ACE

Exam Cost 

USD 125

Number of Questions

50

Test Format

Multiple Choice

Duration

120 Minutes

Passing Score

70%

  • Docker

Docker training focuses on containerization technology, teaching how to create, deploy, and manage lightweight, portable containers for applications and microservices.

The exam details for the Docker certification program are as follows-

Exam Name

DCA (Docker Certified Associate)

Exam Cost

195 USD

Exam Format

Multiple-choice questions

Total Questions

55 questions

Passing Score

65% or higher

Exam Duration

90 minutes

Languages

English, Japanese

Testing Center

Pearson VUE

Certification validity

2 years

  • Kubernetes

Kubernetes training covers container orchestration, teaching how to manage and scale containerized applications efficiently using Kubernetes, an open-source container orchestration platform.

The exam details for the Kubernetes certification program are as follows-

Exam Name

Kubernetes Certified Administrator (CKA)

Exam Cost

300 USD

Exam Format

Performance-based exam (live Kubernetes cluster)

Total Questions

15-20 tasks

Passing Score

74% or higher

Exam Duration

3 hours

Languages

English, Japanese

Testing Center

Pearson VUE

Certification validity

3 years

Where should I enroll for these courses?

To enroll for the aforementioned cloud certification courses, one must choose a training platform with the best mentors providing quality education. And one such platform is Network Kings

The pros of choosing Network Kings for the Cloud certification course training program are as follows-

  1. Learn directly from expert engineers
  2. 24*7 lab access
  3. Pre-recorded sessions
  4. Live doubt-clearance sessions
  5. Completion certificate
  6. Flexible learning hours
  7. And much more.

Wrapping Up!

Are you seeking to remain ahead of the game in cloud technology? If so, then there can be no better place than our cloud courses. We present an extensive selection of openings for gaining knowledge about all aspects related to the cloud, from basic ideas to more advanced ones. With our proficient and knowledgeable tutors, you will have the capacity to cultivate a thorough comprehension of up-to-date technologies and stay on top of rapidly fluctuating trends in cloud computing. The courses are as follows-

So why are you delaying? Sign up for our cloud courses today and get headed towards becoming an expert within this crucial area of technology!

Roadmap to Become a Cloud Security Engineer

Cloud Security Engineer Roadmap,
Cloud Security Engineer Roadmap,

As business organizations are welcoming digital transformations and adopting the use of cloud infrastructure, it has become the utmost responsibility of businesses to adopt cloud security practices. With the increased need for cloud security, there is a high demand for cloud security engineers.

The role of a cloud security engineer is to implement, plan, upgrade, and look after security measures for defending computer networks and information against cyber threats.

In this blog, we have discussed the roadmap to becoming a top-notch Cloud Security Engineer and how to make it big in the cloud security industry.

Who is a Cloud Security Engineer?

Suppose you’re interested in analyzing and resolving security events and you’re interested in safeguarding customer data in business organizations. In that case, the Cloud Security Engineer might be the right fit for you.

The role of a Cloud Security Engineer is to recognize threats in cloud systems, create new features to fulfil security needs, and at the same time monitor, upgrade and maintain an existing cloud security system. 

In other words, it is the foremost duty of a Cloud Security Engineer to identify gaps in up-and-running systems and recommends security policies to implement and configure security controls in cloud environments. These systems could vary from being a marketing campaign to capture a better audience to identifying a major gap in a data pipeline.

Therefore, the integration of cloud security solutions with other applications is the major task of a Cloud Security Engineer on a day-to-day basis.

Why do we need Cloud Security Engineers?

Protecting sensitive data that is stored in the cloud requires the expertise of a cloud security engineer. Consider a business that uses a cloud service provider to store client data such as names, addresses, and credit card numbers. This information is easily accessible to attackers without a Cloud Security Engineer.

A proficient hacker, for instance, could take advantage of weak access controls, resulting in unauthorized access and data breaches. A cloud security engineer, however, helps in the prevention of such events. Strong security mechanisms like encryption, access controls, and intrusion detection systems are designed and put into place by them. 

Additionally, they keep an eye out for any unusual activity in the cloud environment and react quickly to any threats, ensuring the privacy and integrity of the data.

In conclusion, a Cloud Security Engineer is essential to safeguarding sensitive data kept in the cloud, preventing breaches of security, and maintaining stakeholder and client trust.

What is the role of a Cloud Security Engineer in IT?

There is an unmatchable need for a Cloud Security Engineer in today’s IT scenario. This need is evident from the roles that a Cloud Security Engineer plays in any business organization. 

This could be learned better by knowing the flexible roles that a Cloud Security Engineer plays. These are mentioned as follows:

  • Safeguarding against cyber attacks:

With the evolution of cyber threats, it is important to have a future-proof defence system that can protect the sensitive information of an organization. A Cloud Security Engineer uses his knowledge to apply advanced security measures in a working cloud infrastructure. He deploys firewalls and recognizes breaches and potential vulnerabilities in a system.

  • Risk assessment and mitigation:

It is important to assess risks in a cloud environment. A Cloud Security Engineer assesses all the risks involved and then prioritizes safety measures accordingly. The goal is to stay ahead of security breaches to stay away from potential threats completely.

  •  Incident response and recovery:

Even if strategies are created to protect cloud systems, there could still be prevailing loopholes. In such situations, a Cloud Security Engineer plays a major role in incident response and recovery. He comes up with an incident response plan that involves identifying the root cause of a security breach and then restoring the attacked system to its normal conditions.

  • Cost optimization:

It is the most important duty of a Cloud Security Engineer to make use of cost-effective solutions along with protecting from cyber-attacks. Therefore, he examines the existing cloud architecture and recommends cost-optimized cloud infrastructure. He also recommends using scalable cloud solutions, automated systems, and applications that are low on cost.

  • Continuous monitoring and development:

A Cloud Security Engineer does require some advanced and efficient tools and techniques to monitor systems that could be vulnerable to security and data breaches. They perform daily system audits, identify weaknesses in the system and aim at fixing them. Therefore, they make sure that they keep on evolving their strategies along with the advancement of cyber attacks.

  • Communicate efficiently with the team:

It is important to have sophisticated business skills along with technical skills if you want to work as a Cloud Security Engineer. A Cloud Security Engineer communicates with the whole team in a business organization as they are the major problem-solvers in the company. Hence, they need to pass on their effective solutions to the team to work on the strategies as a team.

How does a Cloud Security Engineer safeguard systems from harmful hacking?

From small-sized to big tech companies, all of them rely on cloud-based infrastructure to protect their sensitive information from getting leaked and misused. So, they need the most skilled Cloud Security Engineers to do the job. 

Here are the most important steps a Cloud Security Engineer takes to protect an organization from cyber attacks:

  • He first understands the system’s complete architecture along with its components before implementing security measures.
  • He then goes for a detailed assessment to recognize potential threats and vulnerabilities in a system and measures the risk involved.
  • The next step is to make use of solid authentication mechanisms. These mechanisms include two-factor authentication, password application, and even make use of biometric security where applicable.
  • A Cloud Security Engineer also keeps track of the various systems and their associated security level. He updates the security policies regularly to avoid security breaches.
  • Implementing network segmentation is one of the most important strategies of a Cloud Security Engineer. By doing so, an extra layer of protection is added to the systems. This further makes it difficult for attackers to break into systems.
  • Identifying malicious activities in network traffic is crucial. It is done by making use of Intrusion detection and prevention systems (IDPS).
  • He configures all the systems in the most secure method to reduce threat vulnerabilities.
  • Every organization has sensitive data that requires more security than other systems. Therefore, the Cloud Security Engineer implements strong data encryption techniques.
  • A Cloud Security Engineer also must perform penetration testing, vulnerability assessment, and security auditing.
  • He also makes use of incident response and disaster recovery plans.
  • Along with putting technical skills into use, a Cloud Security Engineer also runs security awareness programs to make users aware of existing cyber threats.
  • He also continuously monitors all the systems and maintains a healthy security score for all of them.
  • Since cloud security is an ever-evolving industry, a Cloud Security Engineer stays up to date with the best industry practices.

What are the common types of cloud security attacks?

Since business organizations have shifted their infrastructure to the cloud, hackers have also evolved their ways of breaching systems through the cloud. If you stay updated with cybersecurity in general, you must have heard the term ‘cloud malware’.

Such cyber-attacks could pose a major threat to cloud systems. These attacks could break into the cloud infrastructure and can completely shut them down or sometimes, slow them down.

Some other common types of cloud security attacks include the following:

  • DDoS attacks:

Elaborated as Distributed Denial of Service (DDoS) attacks, these attacks target the cloud infrastructure by throwing a large amount of traffic at it from various sources. This, in turn, overwhelms the cloud infrastructure and forces it to switch offline. It is by far the most common cloud security attack.

  • Hypervisor DoS attacks:

As understood by the name, the Hypervisor DoS attacks target the hypervisors in cloud infrastructure. If you don’t know, the hypervisor is a connecting unit between a cloud provider’s physical computer and the memory resources of various Virtual Machines (VMs). attacking these hypervisors allows the attacker to gain access to the complete cloud environment.

  • Hyperjacking:

This cloud security attack is one of a kind where the attacker takes over the virtual machine and accesses all the information, data, and systems in an already running session. This is done without the user knowing about the breach. The attacker can then steal any sensitive information or collapse systems.

  • Hypercall attack:

This attack is another way of taking over the entire cloud environment. A special request is sent by the attacker directly to the hypervisor. When accepted, it could access and crash the whole cloud system.

  • Exploiting live migration:

This is the latest attack and becoming one of the most common cloud security attacks. Cloud providers need to migrate virtual machines from one physical server to another to eliminate downtime. Attackers target this process of migration to steal data and crash systems. The attacker can take over the systems or steal information as these migration processes are not secure.

You can learn more about cloud security threats here.

What is the scope of a Cloud Security Engineer in IT?

There is extensive scope for Cloud Security Engineer as there is a huge demand for professionals who are working in the cloud computing and cybersecurity space. The scope for these professionals is discussed below.

  • Cloud Security Engineer is more than just a technical role:

As a Cloud Security Engineer, you don’t just protect systems against cyber threats, implement security policies, and perform vulnerability assessments and penetration testing, you also learn to work in cross-functional teams as a team leader. This sharpens your soft skills and you learn to collaborate better with the team.

  • Better salary prospects:

Since the cloud security industry is booming right now, you can expect high salary packages in the industry. These are far better than a salary of a typical Network Engineer. The salary ranges between Rs. 3.6 lakhs to Rs. 23.7 lakhs per year. The average salary is about Rs. 8 lakhs per annum. You can expect a salary of $80,000 to $100,000 per year if you’re living in America.

  • Better job opportunities and career growth:

The demand for qualified cloud security experts is on the rise as more businesses use cloud-based solutions. There are many job openings in this industry, from jobs in big companies to specialized security organizations. By earning relevant certifications, such as the Certified Cloud Security Professional (CCSP) or Certified Information Systems Security Professional (CISSP), which build their professional credibility and open doors to more senior roles, cloud security engineers can also pursue career growth.

  • Attain global recognition:

With the growing importance of cloud computing and data security across the globe, Cloud Security Engineers enjoy global recognition. If you possess a recognized Cloud Security certification and have an excellent portfolio of projects under your belt, you are set on the road to success in the IT industry.

How can I become a Cloud Security Engineer in IT?

You can follow the following mentioned steps to become a Cloud Security Engineer in IT:

  • Get a relevant bachelor’s degree in Computer Science
  • Work on projects and take up internships to build a strong portfolio
  • Gain relevant knowledge and skills
  • Consider learning through online courses and collect certifications from well-recognized vendors under your belt
  • Gain practical experience in the industry
  • Create a GitHub profile to showcase your skills
  • You can even start a blog and share your projects and deployment methods with the community online
  • Stay updated with the ever-evolving cloud security industry trends
  • Seek guidance from your peers as well as seniors in the industry
  • Make sure to sharpen your foundational IT skills. Do not skip, please!
  • Network with people around in the industry and seek mentorship from a reliable source
  • Create an excellent portfolio
  • Start looking for jobs
  • Reach out to people related to your industry
  • Prepare for job interviews
  • Filter through the offers you get

Remember, you need to start somewhere!

What are the prerequisites to becoming a Cloud Security Engineer in IT?

It is beneficial to have the following pre-requirements check-marked for a successful career in the Cloud Security industry:

  • A graduate degree in computer science, information technology, or a related field
  • Basic knowledge of networking
  • Fundamental coding knowledge and programming skills to create and develop security solutions to become a Cloud Security Engineer
  • Understanding of operating systems such as the Linux Operating System
  • It is beneficial to have in-depth knowledge of the basics of cybersecurity. You can learn through certifications such as the CompTIA CySA+
  • Have a hands-on industry experience
  • Have a thorough understanding of security tools
  • Have a good command over communication skills, working in cross-functional teams, leading a team
  • Having excellent analytical, research, and problem-solving skills

What is the roadmap to becoming a Cloud Security Engineer in IT?

There is no fixed roadmap as to what you should do to enter the cloud security industry. Yet, the below-mentioned roadmap might help a lot of you for reference:

Basic computer and networking knowledge (CCNA/CompTIA Network+) -> Firewall knowledge -> Linux knowledge -> Azure 900 certification -> Azure 500 and Azure 700 certification -> AZ-104 certification

It is worth noting that the Azure AZ-104 certification is necessary if you want to grow in the cloud security industry in the upcoming 5 years. With the Azure AZ-500 and AZ-700, you can work in the cloud network security industry. However, for better salary prospects and industry growth, it is crucial to have the relevant knowledge to become a cloud architect in the future.

The ultimate goal is to become a team leader and polish your cloud security skills.

What courses must I opt for to become a Cloud Security expert?

It could be difficult to carve a roadmap to enter the cloud security industry on your own. Network Kings understands this pain point and has created an all-in-one master’s program for you to excel in the cloud security industry.

No matter what is your educational background or previous work experience, you can check out our dedicated Cloud Security Master’s Program to kickstart a career in the cloud security industry.

The Cloud Security Master’s program covers the following courses:

In this course, you learn in-depth about Microsoft Azure networking solutions. You learn about network infrastructure, network security, and application delivery services.

This course trains you in security technologies. You learn to identify vulnerabilities, threat modelling and perform threat protection.

This course covers all the fundamentals of the world’s most popular firewall, the Palo Alto firewall. You learn to protect networks, configure, maintain as well as troubleshoot using the Palo Alto firewall.

Where should I enroll to learn the top Cloud Security courses in IT?

Many online programs can provide you with training for cloud security. However, it is important to enroll in courseware that provides you complete end-to-end roadmap and training to become a ready-to-deploy Cloud Security Engineer.

You can start learning with the  Cloud Security Master’s Program provided by Network Kings. This would enhance your career prospects and help you obtain better salary packages.

Why should I choose Network Kings for the Cloud Security training?

You get to enjoy the following benefits during the Cloud Security training by Network Kings:

  • 24/7 access to the largest virtual labs to learn the best tools and technologies related to network and cloud security.
  • Learn directly from Cloud Security Engineers with more than 12 years of experience in the industry.
  • Live, interactive classes including open-ended discussions are delivered by Cloud Network and Security engineers.
  • Get access to both the session recordings from the prior batch and the live session recordings.
  • Access to our individual and master’s programs is available at reasonable prices.
  • Access to the Network Kings portal where you may keep track of your academic growth.

What skills will I learn with the Cloud Security training at Network Kings?

You learn the following skills after enrolling in the cloud security training:

  • Learn about security technologies and features to secure Azure resources.
  • Learn to fulfil compliance requirements.
  • Learn to deploy network security and plan, maintain and troubleshoot using firewalls.
  • Manage Azure resources, implement and monitor security and optimize cloud infrastructure.
  • Learn about security encryption, access control, penetration testing, cloud security infrastructure, and network infrastructure.
  • Learn to deploy, manage and monitor resources.

What are the exam details for each Cloud Security course at Network Kings?

The exam details for each of the live courses covered in the Cloud Security master’s program are mentioned below:

AZ-500:

Exam Name: Microsoft Azure Security Technologies (AZ-500)

Exam Cost: $165

Exam Format: Multiple Choice

Total Questions: 40-60 Questions

Passing Score: 700 out of 1000

Exam Duration: 150 minutes

Languages: English, Japanese, Chinese (Simplified), and Korean

Testing Center: Pearson Vue

AZ-700:

Exam Name: Exam AZ-700: Designing and Implementing Microsoft Azure Networking Solutions

Exam Cost: $165

Exam Format: Multiple Choice

Total Questions: 40-60 Questions

Passing Score: 700 out of 1000

Exam Duration: 150 minutes

Languages: English, Japanese, Chinese (Simplified), and Korean

Testing Center: Pearson Vue

PCNSA:

Exam Name: Palo Alto Networks Certified Network Security Administrator (PCNSA)

Exam Cost: USD 160

Exam Format: Multiple Choice

Total Questions: 60-80 Questions

Passing Score: 70%

Exam Duration: 90 minutes

Languages: English

Testing Center: Pearson Vue

PCNSE:

Exam Name: Palo Alto Networks Certified Network Security Engineer (PCNSE)

Exam Cost: USD 160

Exam Format: Multiple Choice

Total Questions: 75-85 Questions

Passing Score: 70%

Exam Duration: 90 minutes

Languages: English

Testing Center: Pearson Vue

What are the job opportunities after Cloud Security course training?

You can explore the following job opportunities after the Cloud Security Master’s program:

  • Cloud Security Architect
  • Network Security Engineer
  • Cloud Security Engineer
  • Information Security Analyst
  • Cloud Security Consultant
  • Network Administrator 
  • Cloud Security Operations Manager
  • Security Compliance Analyst
  • Cloud Security Analyst
  • Network Security Administrator
  • Cloud Penetration Tester
  • Security Operations Center (SOC) Analyst
  • Cloud Security Auditor
  • Network Security Consultant
  • Cloud Incident Responder
  • Security Solutions Architect
  • Cloud Security Manager
  • Network Security Specialist
  • Cybersecurity Operations Manager
  • Certified Information Systems Security Professional (CISSP)

What are the salary aspects after earning the Cloud Security certification in IT?

The salary of a Cloud Network Security Engineer based in different countries has been mentioned below:

  • United States: $90,000 – $160,000
  • Canada: CAD 80,000 – CAD 130,000
  • United Kingdom: £50,000 – £90,000
  • Germany: €60,000 – €100,000
  • France: €50,000 – €90,000
  • Australia: AUD 90,000 – AUD 150,000
  • United Arab Emirates: AED 180,000 – AED 350,000
  • Singapore: SGD 80,000 – SGD 150,000
  • India: INR 600,000 – INR 1,200,000
  • Japan: JPY 8,000,000 – JPY 14,000,000

Conclusion

With almost every business organization shifting its infrastructure to the cloud, all of them need a Cloud Security Engineer. In this blog, we have discussed everything related to Cloud security, career prospects, scope, requirements, roadmap, and much more.

Therefore, Cloud Security is a lucrative career option. Enrolling in the cloud security master’s program allows you to grow further in your career as a successful cloud security professional.

FAQs

01. Where can I enroll for the best cloud security program?

You can enroll at Network Kings for the best Cloud Security program where you can learn directly from Cloud Security Engineers with years of experience.

02. Is cloud security easy?

If you follow the right roadmap and learn under the guidance of experts, you can easily excel in the cloud security industry.

03. Is coding needed to become a cloud security engineer?

It is advantageous to know any kind of coding language such as Python or Java to automate systems as a cloud security engineer.

04. How long is the cloud security engineer program?

The cloud security engineer program is usually 8-13 months long.

05. Who can enroll in the cloud security program?

Any individual who wants to enter the cloud security industry can enroll in the cloud security program irrespective of their educational/career background.