Cloud Security Engineers

Hire Cloud Security Engineers

A Cloud Security Engineer is responsible for the design, implementation, maintenance, and optimisation of cloud networks and cloud-based systems. They are responsible for ensuring the security, reliability, and performance of cloud infrastructure, platforms, and software. Regular maintenance and updates of cloud systems are a key part of their role in order to ensure that all security measures are up to date.

As technology continues to evolve, the digital revolution is only growing in size and complexity. Cloud Security Engineers are playing a pivotal role in this revolution by developing software that is secure, dynamic, accessible, and consistent. With the advances in internet speed and the development of sophisticated smartphone devices, the future of this revolution looks brighter than ever.

Careers as Remote Cloud Security Engineers have seen a remarkable surge in demand in the digital age, as more and more people rely on the internet for their day-to-day activities. To be successful in the field, it is essential to understand the importance of cloud security and the effect it has on user experience. Those Cloud Security Engineers who demonstrate their true worth and capability may have the opportunity to secure well compensated employment.

What does Cloud security entail?

With the proliferation of startups and the widespread adoption of smart devices, there is a surging demand for application development, which in turn necessitates the need for cloud security solutions. Companies are increasingly turning to cloud solutions to ensure the safety and security of their data and networks.

In today’s digital age, cybercrime is one of the most significant threats facing organisations that rely heavily on technology and store critical data on servers. To ensure cloud security, companies must take a holistic approach and extend beyond the installation of spam philtres and bot removers. It is essential that developers research the needs and demands of their target audience to ensure that the product is meeting user expectations. If the product fails to satisfy the user, the owner will be less likely to invest in it; therefore, it is essential that developer research be given priority in order to ensure that products are tailored to the needs of their target audience.

User research involves examining user behaviours, objectives, intentions, and purposes. As a result, developers will need to put in more effort in the coming years to conduct thorough user research and design solutions that are user-centric.

What are the tasks and obligations of a Cloud Security Engineer?

It is important to note that the manner in which a user interacts with a system has no relevance to the security of cloud-based systems. As the use of cloud-based systems continues to grow, the need for consistency, a well-defined visual hierarchy, and intuitive navigation will become even more important, requiring Cloud Security Engineers to focus their attention on improving the usability of the system.

Recent statistics from Statista indicate that the use of mobile devices is quickly increasing and does not appear to be slowing down in the near future. This rise in mobile device users is directly correlated with the amount of web space available, thus necessitating a mobile-first approach when designing websites. This means that the primary version of a website must be optimised for mobile use and a secondary, smaller device version should be created to accommodate desktop users.

Cloud Security Engineers should also be in charge of guaranteeing the safety and security of users’ data.

The role of a Cloud Security Engineer is complex and highly demanding. As cloud providers strive to meet user demands by providing the latest and most up-to-date services, cloud infrastructure is rapidly evolving and changing on an almost daily basis. Thus, the Cloud Security Engineer must stay current with the most innovative security solutions to provide the highest level of protection for their organisation’s cloud assets.

In today’s rapidly changing landscape, attackers are looking for an attack vector that can be used multiple times. A single security breach can have a wide-reaching impact, potentially affecting a multitude of cloud customers. As attackers have developed their defensive strategies, they only need to use a single method to breach the security of up to 20% of their targets.

In recent years, network security has been able to develop a range of preventative measures, such as antivirus software, firewalls, and access control, to guard against malicious activities. However, according to Tavakoli, cloud security is still in the process of devising effective preventive measures that are suitable to a containerized cloud environment. As a result, Cloud Security Engineers will be tasked with a significant level of responsibility when it comes to digital transactions and data exchange over the coming years.

How do I get a job as a Cloud Security Engineer?

In order to pursue a career as a Cloud Security Engineer, it is important to keep in mind that no academic qualification is necessary. Whether you are a graduate or not, experienced or not, you can still study Cloud Security and develop your own career path. However, to be successful you should have hands-on experience and knowledge of various technical and non-technical skills.

Despite popular belief, having a bachelor’s or master’s degree in computer science or a related field is a crucial requirement for the successful pursuit of a remote Cloud Security Engineer position. There are several benefits associated with having a relevant academic background, including a deeper understanding of the importance of a secure platform, which is essential for mastering Cloud security. Additionally, many organisations prefer candidates who have a specific degree, making it easier to find a suitable and profitable job.

As a cloud security engineer, it is their responsibility to not only analyse, suggest and teach cloud security technology, but also to develop it for both users and employees. It is also their duty to ensure that the security standards and procedures implemented throughout the company’s infrastructure are consistent. This includes public clouds, private clouds and on-premises infrastructure. Any discrepancies between these could enable hackers to exploit the system more easily.

Let’s take a look at the abilities and attributes you’ll need to master to become a successful Cloud Security Engineer:

Qualifications for a Cloud Security Engineer

To begin your journey to becoming a Cloud Security Engineer, it is essential to familiarise yourself with the terminology and risks associated with cloud computing. This knowledge will provide you with the necessary foundation to secure high-paying employment in this field. Let us explore the basics of cloud security so you can be well-prepared for the opportunities that lie ahead.

It is essential to incorporate certain key cloud-related technologies into a cloud security solution, and any aspiring cloud security engineer should become familiar with these processes in order to be successful. Becoming well-versed in these technologies can help an engineer to better understand how to ensure the security of cloud-based systems.

  1. Cryptography

    Encryption is a sophisticated technique that is used to protect data from unauthorised access. By encoding information, hackers who attempt to gain access to a company’s cloud storage will find it difficult to exploit, leak, sell, or misuse the data. In most cases, the intruder will be met with scrambled data that can only be decoded if the decryption key is recovered, which is almost impossible. It is recommended to encrypt data both at rest (while stored) and in transit (while being sent). This will help safeguard data against hackers that might try to intercept and read it. Additionally, data that is transmitted between the cloud and a user, or between the cloud and another cloud (in multi or hybrid cloud environments) should also be encrypted.
  2. Management of identity and access (IAM)

    Identity and Access Management (IAM) solutions provide an organised system for tracking who has access to what resources and when they have access to them. Depending on the situation, these products may either grant or restrict access to those who are not authorised to access them. In the cloud computing industry, IAM is especially essential since access to data is based on validation of the user’s identity and access credentials, and not their device or location. In addition, IAM systems are especially sensitive to account takeovers and insider threats, and often contain a combination of identity provider (IdP), single sign-on (SSO), multi-factor authentication (MFA), access control services, and other services. These can be offered as separate services, or as an all-in-one solution.
  3. A firewall

    Cloud firewalls provide an extra layer of protection for cloud data by blocking malicious traffic and activity from entering the system. These virtual barriers exist within the cloud and are specifically designed to protect the cloud architecture from a variety of threats, such as distributed denial of service (DDoS) attacks, malicious bots, and other types of vulnerability exploitation. With a cloud firewall in place, organisations can rest assured that their cloud data is secure and protected from malicious actors.
  4. Content Management Systems (CMS)

    With an estimated 60% of the world’s websites being built using a content management system (CMS), WordPress is by far the most popular option. Other common CMSs include Joomla, Drupal, and Magento. As a result, gaining proficiency in any of these platforms can offer a competitive edge over other Cloud Security Engineer prospects, as knowledge of these systems is not widely available. Possessing the skills required to navigate, maintain, and upgrade these systems could be a deciding factor for future employers when considering potential hires.
  5. Testing and debugging

    While testing and debugging are essential skills for any developer, they are especially critical for remote Cloud Security Engineer positions.
  6. Technical Capabilities

    Cloud security engineers must possess a comprehensive range of technical abilities to be successful in their role. This includes proficiency in Windows and Linux, as well as knowledge of Python, Java, and Node.js micro-service development. Furthermore, they should have a solid understanding of DevOps and DevOps technologies, as well as expertise in cloud provider ecosystems such as Amazon Web Services (AWS). In addition to these technical skills, cloud security engineers must also have strong attention to detail, as they will be responsible for continuously monitoring cloud systems for any potential threats or hazards.

How do I find jobs as a remote Cloud Security Engineer?

As developers, we can draw many similarities between ourselves and athletes. To be successful in our career, we must be able to work efficiently and consistently. It is important to continually work hard in order to build and improve our skill set. To do this, two key elements need to be in place before beginning development: a supportive mentor or colleague who has more experience than you, and a clear understanding of when to practice and when to take a break to prevent burnout. Having someone to offer advice and guidance can help ensure that you are progressing in the right direction.

At Works, we offer the best remote Cloud Security Engineer roles available, designed to match your career ambitions and objectives as a Cloud Security Engineer. With us, you’ll be able to work on challenging and complex technical and commercial projects, leveraging the most cutting-edge technologies to help you grow your skills and experience. Plus, you’ll be part of a global network of highly skilled developers, allowing you to discover full-time, long-term remote Cloud Security Engineer positions with better pay and more opportunities for career progression.

Job Description

Responsibilities at work

  • Create and manage cloud infrastructure
  • Monitor and update cloud systems on a regular basis.
  • Create security plans for all cloud-based apps.
  • Work with app developers and database administrators to create innovative solutions.
  • Implement cloud-based APIs to protect cloud-based apps.
  • All technical requirements for cloud architecture should be documented.


  • Bachelor’s/degree Master’s in computer science or information technology (or equivalent experience)
  • 3+ years of experience as a cloud security engineer in the industry (rare exceptions for highly skilled candidates)
  • Comprehensive knowledge of the Linux and Microsoft operating systems.
  • Expertise in C++, C#, Java, Python, VB, and.NET.
  • AWS Cloud Services Expertise (EC2, DynamoDB, API Gateway, RDS, Lambda, CloudFront, etc.)
  • Working knowledge of test automation tools such as Ansible, Chef, Puppet, Docker, Jenkins, and others.
  • Understanding of how to integrate REST APIs and third-party libraries
  • English fluency is required for collaboration with engineering management.
  • Work full-time (40 hours a week) with a 4-hour time difference with US time zones.

Preferred skills

  • Knowledge with DevOps and CI/CD tools is required.
  • Outstanding troubleshooting and debugging abilities
  • Ability to work both individually and in multidisciplinary teams
  • Working understanding of agile procedures and approaches


Visit our Help Centre for more information.
What makes Works Cloud Security Engineers different?
At Works, we maintain a high success rate of more than 98% by thoroughly vetting through the applicants who apply to be our Cloud Security Engineer. To ensure that we connect you with professional Cloud Security Engineers of the highest expertise, we only pick the top 1% of applicants to apply to be part of our talent pool. You'll get to work with top Cloud Security Engineers to understand your business goals, technical requirements and team dynamics.