Download and Learn Enterprise Security Udacity Nanodegree Course 2023 for free with google drive download link.
Meet the growing demand for enterprise security engineers and learn the foundational skills of security engineering within an enterprise setting.
What You’ll Learn in Enterprise Security Nanodegree
Estimated 4 months to complete
This program addresses security topics related to corporate environments, which are often distinct from production environments and center around the devices, identities, and infrastructure used by the company’s personnel on a daily basis.
Enterprise Security Intro Video:
Linux and Azure.
A well-prepared learner is familiar with relevant platforms (Linux and Azure) and has some experience conducting administration with those platforms, such as:
- Setting up a Linux server and perform system configuration/management (Udacity free course: Linux Server Configuration)
- Setting up an Azure environment and perform cloud configuration/management
- Exposure to networking, cloud, and hardware systems relevant to courses being taught (e.g. if a course teaches on Linux security, students should know the basics of how Linux works)
- Identify the most common networking protocols used (HTTP, TCP, DNS, SSH)
- Distinguish different hardware components in a network (desktop, server, firewall, etc.)
- Explain the relationship between client and server within an architecture
- Identifying the different encryption protocols (AES, RSA, PGP)
Enterprise Perimeter and Network Security
This course is designed to take you through the perspective of an enterprise and how they design a secure network architecture. The topics in this course will cover current enterprise perimeter and network security, network security architecture, building an enterprise network, continuous monitoring with a SIEM, and Zero Trust.
Project – Securing the Perimeter
Students will get hands-on experience in building a secure enterprise network. They will segment the network across different security topologies and employ the principle of least privilege to restrict access across the various segmentations. Students will then build a VPN to access the enterprise network from a remote location, then set up a SIEM and a web server. Students will monitor web server logs and build alerts to help identify security incidents. Students will then write incident response playbooks for certain attack scenarios. Lastly students will design a Zero Trust model and write a comparative analysis between current network architecture and Zero Trust.
Enterprise Endpoint Security
With data being a core driver of today’s growth and the number of devices increasing, businesses have seen a rise in the number of types of endpoints. These factors make enterprise endpoint security more difficult since there are more potential vulnerable channels of cyberattack, and they have been compounded by remote work and the growing number of connected devices (i.e. mobile phones, tablets, etc). Moreover, 89% of security leaders believe that mobile devices will serve as your digital ID to access enterprise services and data. This course covers best practices of safeguarding the data and workflows associated with the individual devices that connect to your enterprise network.
Project – FedF1rst Security Assessment
Imagining themselves as security engineers for Fed F1rst Control Systems, students will be tasked with implementing the endpoint portion of the organization’s security policy. They will recommend hardening strategies on a Windows 10 desktop as well as a Windows 2016 server. Next, students will create several security policies for the organization and create build sheets for Windows and Linux cloud servers. Finally, students will conduct a subset of a server self-assessment that is common during pre-work for compliance audits.
Enterprise Wide Application Security
Application security is a critical part of any enterprise security plan. Similar to the application security course in the security engineer nanodegree, we will be covering how to perform a threat assessment but will get more granular by doing threat modeling and looking at how to harden applications. This course will teach students mitigation and defensive strategies in an application software development lifecycle. The focus will be on covering how enterprises bake security into their lifecycle by shifting security left and the different ways they enhance their security posture across on prem, cloud, containers, and apis.
Project – CryptoV4ULT Enterprise Security Assessment
In this project, students act as lead security engineers for a newly-released application. Students will be tasked with reviewing the security for this new application technology stack and identifying areas of concern with threat models. After pinpointing vulnerabilities, students will run scans against the enterprise application and attempt to exploit these potential issues. Finally, students will create a remediation plan to help prevent these vulnerabilities and harden your existing security standards.
Enterprise Data Security
Tackling cyber risk requires a very strategic approach that starts with securing one of the greatest assets within the enterprise—data. We’ll start this course by exploring the concept of data governance to build a foundation for understanding, classifying, and protecting data. In the bulk of the course, students focus on protecting confidentiality, integrity, and availability of data through concepts like encryption, auditing, file integrity monitoring, and back up strategy.
Project – Data Security Analysis in Online Payment Processing
Students will be provided a realistic case study, company profile, and resource database, work to classify data, and justify which regulations apply to the data. They’ll use post-breach evidence to perform a file integrity monitoring audit and determine if integrity was impacted. Students will also make recommendations for ensuring data integrity in the future. The deliverable will be an enterprise data security update delivered to the executive team detailing the enterprise security program established within the enterprise.
According to IBM.com, the average base salary for a cybersecurity job is now $93,540.
All our programs include:
Real-world projects from industry experts
With real world projects and immersive content built in partnership with top tier companies, you’ll master the tech skills companies want.
Technical mentor support
Our knowledgeable mentors guide your learning and are focused on answering your questions, motivating you and keeping you on track.
You’ll have access to Github portfolio review and LinkedIn profile optimization to help you advance your career and land a high-paying role.
Flexible learning program
Tailor a learning plan that fits your busy life. Learn at your own pace and reach your personal goals on the schedule that works best for you.
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