FREE Google Cybersecurity Certification
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Developing talent for in-demand jobs
GOOGLE DIGITAL Cybersecurity CERTIFICATE
Google Career Certificates are taught and developed by Google employees working in these fields; they are hands-on, practical, and rigorous. Google Career Certification courses give learners the skills they need to apply for more than 2.4 million in-demand jobs with a median salary of $76,000+.
These training courses span the fields of Cybersecurity, Data Analytics, Digital Marketing & E-Commerce, IT Support, Project Management, and User Experience (UX) design.
A Google Career Certificate can be completed in under 6 months at a suggested pace of 10 hours a week or less. 75% of certificate graduates report positive career outcomes (e.g., new job, promotion, or raise) within six months of completion.
The Google Cybersecurity Certificate teaches learners how to identify common cybersecurity risks, threats, and vulnerabilities, as well as the techniques to mitigate them. This certificate program is for anyone who wants to enter the field of cybersecurity; no prior experience or specific knowledge is required. All you need is an interest in solving puzzles and helping others.
College students can earn a recommendation of 9 college credits for completing the Cybersecurity Certificate, that’s an equivalent of 3 college courses at the bachelor’s degree level.
Google career certification success stories
FAQs
The GOOGLE Cybersecurity
Certificate Prepares Learners for IN-DEMAND
Jobs, Such as:
Cybersecurity Analyst
A Cybersecurity Analyst is responsible for protecting an organization’s computer systems and networks from cyber threats, such as hackers, viruses, and phishing attacks. They monitor systems for security breaches, conduct risk assessments and audits, implement protective measures, and respond to security incidents, ensuring the confidentiality, integrity, and availability of data.
Security Operations Center (SOC) Analyst
A Security Operations Center (SOC) Analyst plays a crucial role within a team that monitors and analyzes an organization’s security posture on an ongoing basis. They detect, investigate, and respond to cybersecurity incidents using a combination of technology solutions and processes, ensuring the rapid identification and mitigation of threats to protect the organization from potential security breaches.
IT Security Analyst
An IT Security Analyst specializes in safeguarding an organization’s information technology infrastructure against cyber threats, including malware, ransomware, and unauthorized access. They monitor network traffic for suspicious activity, implement security protocols and tools, and respond to security incidents, ensuring the integrity, confidentiality, and availability of data.
Security Analyst
A Security Analyst focuses on safeguarding an organization’s information systems and networks by identifying vulnerabilities, monitoring for security breaches, and implementing strategies to prevent cyber attacks. They conduct regular security assessments, develop response protocols for potential threats, and work closely with IT teams to enhance the overall security posture of the organization.
Information Security Analyst
An Information Security Analyst is dedicated to protecting an organization’s computer systems and networks by preventing, detecting, and responding to cyber threats. They design and implement robust security measures, conduct vulnerability assessments and penetration tests, and develop policies and procedures to safeguard sensitive information against unauthorized access or breaches.
Cyber Defense Analyst
A Cyber Defense Analyst focuses on identifying, analyzing, and mitigating threats to an organization’s digital assets and networks to protect against cyber attacks. They use a variety of tools and techniques to monitor systems, detect potential security breaches, and implement defensive strategies, ensuring the confidentiality, integrity, and availability of critical information.
Unlock Your Cyber Defender Potential: Google Cybersecurity Certificate Benefits
Upon finishing the Google Digital Marketing & E-commerce Certificate program, graduates will have acquired the following competencies:
Master Cybersecurity Fundamentals
Delve into the critical importance of cybersecurity practices and grasp their transformative impact on organizations worldwide.
Navigate Digital Threat Landscapes
Acquire the ability to pinpoint and mitigate common digital threats, risks, and vulnerabilities, ensuring a safer online environment for businesses.
Hands-On Tech Mastery
Elevate your technical skills with direct experience in Python, Linux, and SQL, tools that power the backbone of secure digital infrastructures.
Champion Digital Safeguards
Learn to fortify networks, devices, and data against unauthorized access and cyber threats by mastering the use of advanced tools like SIEM systems, IDS, and network protocol analyzers for comprehensive protection.
Course Overview
03
Course 3
Connect and Protect:
Networks and Network
Security
04
Course 4
Tools of the Trade: Linux
and SQL
05
Course 5
Assets, Threats, and
Vulnerabilities
06
Course 6
Sound the Alarm: Detection
and Response
07
Course 7
Automate Cybersecurity
Tasks with Python
08
Course 8
Put It to Work: Prepare for
Cybersecurity Jobs
The Complete Course Content Breakdown
314 Videos
252 Readings
157 Quizzes
125 Hands-on Activities
Course 1 – Foundations of Cybersecurity
In this course, learners will be introduced to the world of
cybersecurity through an interactive curriculum developed by
Google.
Learners will identify significant events that led to the
development of the cybersecurity field, explain the importance
of cybersecurity to today’s business operations, and explore the
job responsibilities and skills of an entry-level cybersecurity
analyst.
By the end of this course, learners will be able to:
● Identify how security attacks impact business operations.
● Explore the job responsibilities and core skills of an
entry-level cybersecurity analyst.
● Recognize how past and present attacks on organizations
led to the development of the cybersecurity field.
● Learn the CISSP eight security domains.
● Identify security domains, frameworks, and controls.
● Explain security ethics.
● Recognize common tools used by cybersecurity analysts.
TOPICS:
★ Introduction to the exciting world of cybersecurity
★ The evolution of cybersecurity
★ Protect against threats, risks, and vulnerabilities
★ Cybersecurity tools and programming languages
SKILLS ACQUIRED
❏ Introduction to cybersecurity concepts
❏ Historical attacks, such as the Brain virus and the
Morris worm
❏ Ethics in cybersecurity
❏ Workplace skills like communication and
collaboration
Course 1 Content Breakdown
29 Videos
21 Readings
13 Quizzes
10 Hands-on Activities
Course 2 – Play It Safe: Manage Security Risks
In this course, learners will take a deeper dive into concepts
introduced in the first course, with an emphasis on how cybersecurity professionals use frameworks and controls to protect business operations. In particular, they’ll identify the steps of risk management and explore common threats, risks, and vulnerabilities.
Additionally, they’ll explore Security Information and Event Management (SIEM) data and use a playbook to respond to identified threats, risks, and vulnerabilities.
Finally, they will take an important step towards
becoming a cybersecurity professional by practicing performing a
security audit.
By the end of this course, learners will be able to:
● Identify the common threats, risks, and vulnerabilities to
business operations.
● Understand the threats, risks, and vulnerabilities that
entry-level cybersecurity analysts are most focused on.
● Comprehend the purpose of security frameworks and controls.
● Describe the confidentiality, integrity, and availability (CIA)
triad.
● Explain the National Institute of Standards and Technology
(NIST) framework.
● Explore and practice conducting a security audit.
● Use a playbook to respond to threats, risks, and vulnerabilities.
SKILLS ACQUIRED:
❏ CIA triad
❏ NIST Cybersecurity Framework (CSF)
❏ NIST Risk Management Framework (RMF)
❏ Security audits
❏ Incident response playbooks
❏ Workplace skills like critical thinking and analysis
TOPICS:
★ Security domains
★ Security frameworks and controls
★ Explore cybersecurity tools
★ Use playbooks to respond to incidents
Course 2 Content Breakdown
35 Videos
21 Readings
15 Quizzes
7 Hands-on Activities
Course 3 – Connect and Protect: Networks and Network Security
In this course, learners will explore how networks connect multiple devices and allow them to communicate. They’ll start with the fundamentals of modern networking operations and protocols. For example, they’ll learn about the Transmission Control Protocol /Internet Protocol (TCP/IP) model and how network hardware, like
routers and modems, allow computers to send and receive
information on the internet.
Then, they’ll learn about network security. Organizations often store and send valuable information on their networks, so networks are common targets of cyber attacks. By the end of this course, learners will be able to recognize network-level vulnerabilities, and explain how to secure a network using firewalls, system hardening, and virtual private networks.
By the end of this course, learners will be able to:
● Describe the structure of different computer networks.
● Illustrate how data is sent and received over a network.
● Recognize common network protocols.
● Identify common network security measures and protocols.
● Explain how to secure a network against intrusion tactics.
● Compare and contrast local networks to cloud computing.
● Explain the different types of system hardening techniques.
SKILLS ACQUIRED:
❏ Network architecture
❏ Cloud networks
❏ Network security
❏ The Transmission Control Protocol / Internet
Protocol (TCP/IP)
❏ Security hardening
❏ Workplace skills like problem solving and
conceptualization
TOPICS:
★ Network architecture
★ Network operations
★ Secure against network intrusions
★ Security hardening
Course 3 Content Breakdown
37 Videos
32 Readings
19 Quizzes
10 Hands-on Activities
Course 4 – Tools of the Trade: Linux and SQL
In this course, learners will explore computing skills that they’ll use on-the-job as a cybersecurity analyst. First, they’ll practice using Linux, an operating system commonly used by cybersecurity
professionals.
For example, they will use the Linux command line
through the Bash shell to navigate and manage the file system and
authenticate users. Then, they will use SQL to communicate with a
database.
By the end of this course, learners will be able to:
● Explain the relationship between operating systems,
applications, and hardware.
● Compare a graphical user interface to a command line
interface.
● Identify the unique features of common Linux distributions.
● Navigate and manage the file system using Linux
commands via the Bash shell.
● Use Linux commands via the Bash shell to authenticate and
authorize users.
● Describe how a relational database is organized.
● Use SQL to retrieve information from a database.
● Apply filters to SQL queries and use joins to combine
multiple tables.
SKILLS ACQUIRED:
❏ Command line interface (CLI)
❏ Linux
❏ Bash
❏ SQL
❏ Workplace skills like research and organization
TOPICS:
★ Introduction to operating systems
★ The Linux operating system
★ Linux commands in the Bash shell
★ Databases and SQL
Course 4 Content Breakdown
42 Videos
35 Readings
21 Quizzes
26 Hands-on Activities
Course 5 – Assets, Threats, and Vulnerabilities
In this course, learners will explore the concepts of assets, threats,
and vulnerabilities. First, they’ll build an understanding of how
assets are classified.
Next, they will become familiar with common threats and vulnerabilities, and the security controls used by organizations to protect valuable information and mitigate risk.
Learners will develop an attacker mindset by practicing the threat
modeling process, and learn tactics for staying ahead of security
breaches.
By the end of this course, learners will be able to:
● Learn effective data handling processes.
● Discuss the role of encryption and hashing in securing
assets.
● Describe how to effectively use authentication and
authorization.
● Explain how common vulnerability exposures are identified
by MITRE.
● Analyze an attack surface to find risks and vulnerabilities.
● Identify threats, such as social engineering, malware, and
web-based exploits.
● Summarize the threat modeling process.
SKILLS ACQUIRED:
❏ Asset classification
❏ Threat analysis
❏ Vulnerability assessment
❏ Authentication
❏ Cryptography
❏ Workplace skills like strategic
planning and prioritization
TOPICS:
★ Introduction to asset security
★ Protect organizational assets
★ Vulnerabilities in systems
★ Threats to asset security
Course 5 Content Breakdown
43 Videos
40 Readings
26 Quizzes
18 Hands-on Activities
Course 6 – Sound the Alarm: Detection and Response
In this course, learners will focus on incident detection and response. They’ll define a security incident and explain the incident response lifecycle, including the roles and responsibilities of incident response teams.
They’ll analyze and interpret network communications to detect security incidents using packet sniffing tools to capture network traffic. By assessing and analyzing artifacts, they’ll explore the incident investigation and response processes and procedures.
Additionally, they will practice using Intrusion Detection Systems (IDS) and Security Information Event Management (SIEM) tools.
By the end of this course, learners will be able to:
● Explain the lifecycle of an incident.
● Describe the tools used in documentation, detection, and
management of incidents.
● Analyze packets to interpret network communications.
● Perform artifact investigations to analyze and verify security
incidents.
● Identify the steps to contain, eradicate, and recover from an
incident.
● Determine how to read and analyze logs during incident
investigation.
● Interpret the basic syntax and components of signatures and
logs in IDS and Network Intrusion Detection Systems (NIDS)
tools.
● Perform queries in SIEM tools to investigate an event.
SKILLS ACQUIRED:
❏ Splunk
❏ Chronicle
❏ Suricata
❏ Packet capture
❏ Packet analysis
❏ Workplace skills like escalation and
documentation
TOPICS:
★ Introduction to detection and incident response
★ Network monitoring and analysis
★ Incident investigation and response
★ Network traffic and logs using IDS and SIEM tools
Course 6 Content Breakdown
46 Videos
35 Readings
26 Quizzes
18 Hands-on Activities
Course 7 – Automate Cybersecurity Tasks with Python
In this course, learners will be introduced to the Python
programming language and apply it in a cybersecurity setting to
automate tasks. They’ll start with foundational Python programming concepts, including data types, variables, conditional
statements, and iterative statements.
They’ll also learn to work with Python effectively by developing functions, using libraries and modules, and making code readable.
In addition, they’ll work with string and list data, and learn how to import, parse, and debug files.
By the end of this course, learners will be able to:
● Explain how the Python programming language is used in
cybersecurity.
● Write conditional and iterative statements in Python.
● Create new, user-defined Python functions.
● Use Python to work with strings and lists.
● Use regular expressions to extract information from text.
● Use Python to open and read the contents of a file.
● Identify best practices to improve code readability.
● Practice debugging code.
SKILLS ACQUIRED:
❏ Python
❏ Coding skills
❏ PEP 8 style guide
❏ Workplace skills like analytical
thinking and attention to detail
TOPICS:
★ Introduction to Python
★ Write effective Python code
★ Work with strings and lists
★ Python in practice
Course 7 Content Breakdown
40 Videos
32 Readings
17 Quizzes
18 Hands-on Activities
Course 8 – Put It to Work: Prepare for Cybersecurity Jobs
In this course, learners will focus on making decisions and
escalating incidents to stakeholders. They’ll develop the
communication and collaboration skills needed to inform and
influence stakeholders within an organization.
In addition, they’ll explore how to ethically operate as a cybersecurity professional. They will discover how to engage with the cybersecurity community, explore jobs in the cybersecurity field, and complete practice interviews.
They’ll also write a resume and cover letter to prepare for applying and interviewing for jobs in cybersecurity.
By the end of this course, learners will be able to:
● Determine when and how to escalate a security incident.
● Explain how having an ethical mindset supports a
cybersecurity professional’s ability to protect assets and
data.
● Communicate sensitive information with care and
confidentiality.
● Use reliable sources to remain current on the latest
cybersecurity threats, risks, vulnerabilities, and tools.
● Engage with the cybersecurity community.
● Find and apply for cybersecurity jobs.
● Prepare for job interviews.
SKILLS ACQUIRED:
❏ Stakeholder communication
❏ Escalation
❏ Job preparedness like resume
and portfolio preparation
❏ Workplace skills like integrity and discretion
TOPICS:
★ Protect data and communicate incidents
★ Escalate incidents
★ Communicate effectively to influence
stakeholders
★ Engage with the cybersecurity community
★ Find and apply for cybersecurity jobs
Course 8 Content Breakdown
42 Videos
36 Readings
20 Quizzes
15 Hands-on Activities
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