• This course covers a wide range of advanced and current cyber security issues, many of which are particularly relevant in modern company and infrastructure contexts. The fundamentals of enterprise compliance frameworks are covered, as well as an introduction to NIST and PCI. Several of the security flaws in current perimeter local area networks may be addressed using hybrid cloud architectures.

Students should be able to do the following by the conclusion of this course:

• Determine common infrastructure vulnerabilities and mitigating strategies.
• Explain the infrastructure security layers and the components at each layer.
• Explain how popular security models are used across the company.

• A basic understanding of networks and network security is essential. Students should be conversant with fundamental network design principles such as LAN/WAN, VLAN, perimeter vs. internal, and so on. Pupils should also have a fundamental grasp of how security devices work (firewalls, IPS, IDS, proxy, etc.).

Top skills you will get:

• Install and configure the Linux operating system.
• Set up network services as well as file and print sharing.
• Scripting and programming (Python) are used to automate tasks.

• Describe the infrastructure security requirements for safe mobile apps.
• Define the design of a demilitarised zone for the protection of mobile app services.
• Describe how a reverse proxy is used to safeguard mobile app back-end services.
• Processes for safeguarding directory services and certificate authorities used in mobile app back-end systems are described.

• The advantages of protecting network infrastructure are vast and critical. A company or corporation stands to save money, improve productivity, protect internal communications, and secure critical data.

• Infrastructure Security salaries generally range from $85,000 to $130,000 per year, depending on your degree of experience, skill, organisation, and area. Naturally, a typical annual pay of almost $105,000 appears alluring, but before making any significant professional decisions, there are various other factors to take into account.

• Infrastructural development is essential for growth. It offers the services necessary for society to run smoothly and economies to prosper, from transportation systems to power-generation facilities to water and sewage networks. Because of this, attempts to achieve the Sustainable Development Goals must have infrastructure at their core (SDGs).

• Infrastructure engineers are essential to an organization's ability to provide services efficiently. These engineers need to apply their excellent technical abilities and computer experience whether they are working for an information technology company or assisting in the development and maintenance of a single company's digital networks.

• For those with a degree in infrastructure engineering, there are several employment prospects. There is a lot of possibility for growth and advancement in this industry, from entry-level positions to those at the top of the career ladder. Demand outweighs supply, making it challenging to find available positions, but the compensation is decent, so it's worth it.