"The cloud is only as secure as the weakest link."

When you are talking about cloud security, you are talking about security in a world where data and applications exist outside of a company's four walls. Security for traditional networks is based on the premise that the company controls everything within its network and security is based on protecting the perimeter. However, with cloud-based applications and data, the perimeter no longer exists.

Therefore, cloud security requires a different approach.

Cloud security engineers need to have a wide range of skills in order to be successful in their role. They need to be able to understand complex security protocols, have experience with a variety of security software and systems, and be able to effectively manage and monitor cloud-based security systems. Additionally, cloud security engineers need to be able to communicate complex security concepts to non-technical staff, and be able to develop and implement security policies.

A cloud security engineer is an important role in any company that is making the move to the cloud. The cloud security engineer is responsible for the security of the company's data and systems in the cloud. This is a critical role, and the engineer must have a deep understanding of both the cloud and security.

The MCSI Cloud Security Engineer (MCSE) certification will equip you with the skillset necessary to carry out the following tasks:

• Secure users, groups and service accounts
• Create and configure secure virtual private clouds
• Detect and respond to cyber attacks against cloud services
• Perform threat modeling of systems built in the cloud
• Audit and assess the configuration of cloud services
• Harden Docker, Docker images, roles and permissions, and control groups
• Protect Kubernetes, secure clusters, harden pods, safeguard secrets

Cloud security engineers are in high demand due to the enormous growth of cloud computing. With more and more businesses moving to the cloud, the need for professionals who can secure these environments has skyrocketed. As a result, salaries for cloud security engineers are very high.

MCSI is one of the most respected and trusted names in cyber security education and training. Our certifications teach critical skills, knowledge and abilities needed to advance a career in cyber security. Our courses are comprehensive and up-to-date, and our instructors are experienced professionals who are dedicated to helping students learn. MCSI provides the real-world skills and knowledge you need to protect any organization from cyber threats.

• Deploy and manage incident mitigation strategies and tools

  The MCSE certification teaches how to Deploy and manage incident mitigation strategies and tools. This includes learning how to identify, prevent, and respond to incidents. Students will also learn how to use various tools and technologies to help mitigate incidents.

  Isolating and hardening containers

  Container security is a hot topic in the cloud computing world. Containers offer a great way to isolate applications from each other and from the underlying operating system. This isolation can help improve security by making it more difficult for an attacker to exploit an application vulnerability.

  Container security can be improved by configuring the container host and the applications running in the containers to use minimal privileges. The applications within the containers should also be tightly configured to minimize the number of open ports and services.

  Protecting system accounts and keys

  System accounts and keys are essential for cloud security. If these accounts and keys are compromised, the entire cloud security infrastructure could be at risk. That is why it is important to protect these accounts and keys with the utmost security.

  One way to protect system accounts and keys is to use strong passwords and authentication mechanisms. In addition, it is important to keep track of who has access to these accounts and keys, and to revoke access when it is no longer needed. Finally, it is important to regularly audit the security of these accounts and keys.

  Securing pods, clusters and secrets

  Securing pods is important because they are the smallest deployable units in a Kubernetes cluster. By default, any application or service that you deploy to Kubernetes will be run in its own pod. This means that if one of your applications is compromised, the attacker will only have access to that application and its data, and not to any other applications or data in the cluster.

  Enforcing transport layer security

  TLS is a security protocol that provides a secure connection between two systems. TLS helps ensure that data is not intercepted or tampered with while in transit. TLS also helps ensure that the systems are authenticated and that the data is not corrupted.

  Creating virtual private clouds

  Cloud security is a top priority for many organizations. One way to improve cloud security is to create virtual private clouds (VPCs). VPCs are private networks that are separated from the public internet. This separation helps to improve security by preventing unauthorized access to the organization's cloud resources.

• Configure and manage cloud accounts securely

  The MCSE certification teaches how to Configure and manage cloud accounts securely. One of the main goals of the certification is to ensure that cloud accounts are properly secured. This is done by teaching students how to create and manage passwords, configure security settings, and more. By completing the MCSE certification, students will be able to protect their cloud accounts from unauthorized access and ensure that their data is safe and secure.

  Account Security

  Cloud security is a critical factor to consider when moving to the cloud. One important aspect of cloud security is account security. Protecting your account is essential to protecting your data and preventing unauthorized access.

  Identity and Access Management

  Identity and Access Management, or IAM for short, is a critical element of cloud security. IAM is the practice of managing user identities and the access permissions associated with them. When properly implemented, IAM can help organizations securely access and use cloud resources while minimizing the risk of unauthorized access.

  One of the main benefits of IAM is that it enables organizations to control who has access to which resources. This helps to prevent accidental or unauthorized access to sensitive data, applications, and other cloud resources.

  Network and Instance Security

  Network security is one of the most important aspects of using the cloud. You need to make sure that your data is protected while it is in transit between your devices and the cloud. You also need to ensure that your data is safe while it is stored in the cloud.

  Instance security is another important consideration when using the cloud. You need to make sure that your instances are secure, and that only authorized users can access them.

  Encryption and Storage Security

  Data encryption and storage security are key concerns for many organizations when it comes to moving to the cloud. It's important to ensure that your data is encrypted before it's stored in the cloud and that the cloud provider has taken appropriate steps to secure the storage infrastructure. Many providers offer encryption services, but it's important to verify that the service is implemented correctly and that the provider holds to a high standard of security.

  Micro-Segmentation

  Micro-segmentation is a process of dividing a data center or cloud infrastructure into multiple, smaller compartments. This can be done manually, or through the use of software-defined networking (SDN) technologies. Micro-segmentation can help to improve security by isolating systems and applications from one another, making it more difficult for attackers to move laterally and compromise multiple systems. It can also help to improve performance and efficiency by routing traffic only where it is needed.

  Virtualisation and Containers

  Virtualisation and Containers are technologies that allow for the abstraction of computing resources. Virtualisation is the creation of a virtual machine that runs on a physical server. A container is a lightweight virtual machine that shares the kernel of the host operating system. Containers are created by packaging an application with its dependencies into a single unit.

  Virtualisation and containers offer a number of benefits for cloud security. Virtual machines can be isolated from one another, limiting the damage that can be done if one is compromised. Containers can also be shielded from one another, and can be spun up and down quickly, making them more resilient to attack.

  Both virtualisation and containers can be monitored and patched more easily than physical servers, making them more secure. Additionally, virtualisation and containers can be used to create separate virtual networks, which can help to isolate different parts of the organisation from one another.

• Deliver advanced cloud security services

  Vulnerability Scanning

  As cloud security threats have become more sophisticated and targeted, vulnerability scanning has become an essential part of any organization's security posture. By identifying and addressing vulnerabilities in your cloud infrastructure and applications, you can reduce the risk of a data breach or other security incident.

  There are many different vulnerability scanning solutions available, ranging from simple port scanners to more comprehensive solutions that can detect vulnerabilities in both your public and private cloud deployments.

  The MCSE course provides students with the knowledge and skills required to identify vulnerabilities in the cloud. Students learn how to use scanning tools to identify security issues in cloud-based applications and systems. They also learn how to protect cloud-based applications and systems from attacks.

  Threat Modelling

  Threat modelling is a process for identifying potential security threats to your cloud environment and mitigating them. It starts with understanding your business and how it operates in the cloud. You then identify the assets and resources that are important to your business, as well as the potential threats to those assets. Mitigation strategies can then be put in place to reduce the risk of a security incident.

  The MCSE course teaches how to assess and mitigate threats in a cloud environment. It covers topics such as cloud security, identity and access management, and compliance.

  Risk Management

  Risk management for cloud security is key to ensuring that your data and systems are safe and secure. You need to identify the risks associated with using the cloud and take steps to mitigate them. This includes developing a plan for responding to security incidents and establishing policies and procedures for managing your data. You also need to make sure that you have the necessary tools and personnel in place to keep your data safe.

  The MCSE course covers risk management in the cloud. It teaches how to identify and assess the risks associated with cloud deployments, and how to mitigate those risks. The course also covers governance and compliance, so students learn how to ensure that their cloud deployments meet regulatory requirements.

  Incident Response

  Incident response for cloud security is the process of detecting, investigating, and responding to information security incidents that occur in cloud computing environments. In order to effectively respond to incidents in a cloud environment, organizations must have a sound incident response plan in place. The plan should include procedures for detecting and responding to incidents, as well as steps for recovering from an incident.

  The MCSE course teaches Incident Response in the cloud. Cloud computing has brought with it a new way of thinking about security, and incident response is no exception. In the cloud, the traditional perimeter-based security model no longer works. Security must be designed into the architecture of the cloud service, and incidents must be handled in a way that does not impact the service's availability or users' data.

  Digital Forensics

  Digital forensic investigators are increasingly called on to examine cloud-based systems and services in order to support investigations and incident response. While the cloud can provide a number of benefits to organizations, it also introduces a number of new challenges for forensic examiners.

  The cloud provides many benefits like elasticity and scalability, but one downside is that it can be difficult to identify the location of data and systems within the cloud. This is because the use of shared resources and multi-tenant systems can make it difficult or impossible to identify the owner of specific data or systems.

  This course teaches you how to conduct forensic investigations in the cloud. This means that you'll be able to effectively investigate digital crimes that have taken place in a cloud-based environment.

  Data Protection

  Cloud security is a critical part of protecting your data. When you store data in the cloud, you need to make sure that it is protected from unauthorized access and misuse. You also need to make sure that your data is backed up so that it can be recovered if something goes wrong. This course will teach you concrete techniques to protect data in the cloud.