Cyber Security Course Training in Chicago
- Get Trained by Trainers from ISB, IIT & IIM
- 40 Hours of Intensive Classroom & Online Sessions
- 60+ Hours of Practical Assignments
- Receive Certificate from Technology Leader - IBM
465 Reviews
2,651 Learners
Academic Partners & International Accreditations
Cyber security is one of the top jobs with 131000 working in the US as security analysts in 2019 alone. The median annual wage for information security analysts was $103,590 in May 2020. It is expected to grow to 40,900 which is almost 31 percent from 2019 to 2029, much faster than the average for all occupations. With the advancement of digitization and technology more and more companies are spending a lot on their cyber security. Security analysts have become a hot job as companies and organizations that have been given the responsibility to safeguard information on national security, financial records, intellectual property rights, health, and banking are spending a majority of their finances to safeguard information from cyber-attacks. Our Cyber Security Course Training program in Chicago is designed keeping in mind the various tools and risk management techniques with the best practice needed to protect the network from attacks or prohibited access.
Cyber Security
Total Duration
1 Month
Prerequisites
- Computer Skills
- Basic Mathematical Concepts
- Computer Networks
Cyber Security Training Overview in Chicago
Cyber Security Course in Chicago is curated to help you command security conventions in information processing systems. There is no doubt that the security threat environment will continue to evolve and enterprises will need to build a strong security stance. Cyber Security professionals are responsible for the security of an organization's computer systems. Explore and Understand security architecture with SABSA, TOGAF, and Zachman frameworks along with common attack types, malware, and vectors. Manage firewalls and master cryptography and encryption techniques like Digital Signature. Appreciate the forensics applications of Cyber Security in the best Cyber Security course in Chicago.
This course focuses on the fundamentals and concepts of cyber security. It will explore the principles of security architecture, networks, systems, applications, data, incident response, and the adoption of evolving technologies in Cyber Security. Understand the common attack types and vectors, kinds of information security policies, firewalls, detection systems, encryption techniques, cryptography, process controls, disaster recovery, advanced persistent threats, and much more in the best Cyber Security course in Chicago at 360DigiTMG.
What is Cyber Security?
Cyber Security is defined as the process, and practice that is designed to protect the hardware, software, networks, and data from attacks or unauthorized access. It is becoming important because various governments, organizations, businesses store colossal amounts of data on computers and other devices. The data stored on these devices can be sensitive information whether financial, personal, or intellectual. Organizations transfer sensitive data across networks while doing business and any unauthorized access or exposure to data could have negative consequences and therefore one needs to take steps to protect their sensitive and personnel information. As a result, organizations are adopting more proactive and flexible approaches to Cyber Security. Cyber Security ensures the solidarity, confidentiality, and accessibility of information.
Learning Outcomes of Cyber Security Course in Chicago
Our lives in the digital world are being pulled towards the world of the internet, mobile computing, and electronic media. As our economy is moving into internet-based computing and connectivity we are becoming more vulnerable to hacking and cyber-crimes. To keep this world in order and secure we need to understand the various threats out there and need to apply the best security measures while using the internet. In this course, learners will learn how data and systems are secured. Students will also learn to reduce the vulnerabilities in the system by responding to threats and combating hackers from intruding into the system to gain unauthorized access. With this students will be able to identify and analyze security breaches and learn to secure computer networks in an organization. They will understand the principles and policies of web security and will be exposed to the fundamentals and concepts of Cyber Security Course in Chicago. Students will also understand the key beliefs and concepts in Cryptography, how it evolved, and some vital encryption techniques used today. They will also gain an understanding of the best practices to prevent cyber-attacks and how to incorporate approaches for risk management. This training provides a foundational platform that focuses on the development of cybersecurity software theoretically and practically. The learner will also be able to
Block Your Time
Who Should Sign Up?
- Internal Auditors
- CFO/Director/Head of Accounting
- Business Analysts
- Data Analysts
- Banking and Accounting Analysts
- Certified Financial Analysts
- Credit Analysts
- Financial Advisors
- Math, Science and Commerce Graduates
- IT Security officials, IT Admin (Network, Firewall, System Admin), IT professionals
- Mid-level Executives
- Information Security
- Information Law
Training Modules of Cyber Security Course in Chicago
Cyber Security experts plan and carry out security measures to protect an organization’s computer networks and systems. The training module starts with an introduction to the fundamentals and concepts of the Cyber Security course in Chicago, followed by understanding the differences between Information Security and Cyber Security. The next step in training will be core concepts of Cyber Security, various risks involved, common attack types and vectors, different security policies, and used in Cyber Security. It also covers cryptography and its evolution and encryption techniques that are relevant today. The course will help you understand and incorporate various approaches for incident analysis and response. All the concepts illustrated in the course are explained with examples and are incorporated with hands-on exercises with relevant tools and techniques.
Introduction to Cybersecurity
- The evolution of Cybersecurity
- Cybersecurity & Situational Awareness
- The Cybersecurity skills gap
Difference between Information Security & Cybersecurity
- Protecting digital assets
Cybersecurity objectives
- Confidentiality, integrity, & availability
- Nonrepudiation
Cybersecurity Roles
- Governance, risk management, & compliance
- What does a Cybersecurity professional do?
- Information Security roles
- Board of Directors
- Executive management
- Senior Information security management
- Cybersecurity practitioners
Risk
- Approaches to Cybersecurity
- Key terms & definitions
- Likelihood & impact
- Approaches to risk
- Third-party risk
- Risk management
Common Attack Types & Vectors
- Threat agents
- Attack attributes
- Generalized attack process
- Non-adversarial threat events
- Malware & attack types
Policies & Procedures
- Policy life cycle
- Guidelines
- Policy frameworks
- Types of Information Security policies
- Access control policy
- Personnel Information Security policy
- Security incident response policy
Cybersecurity Controls
- Identity management
- Provisioning & de-provisioning
- Authorization
- Access control lists
- Privileged user management
- Change management
- Configuration management
- Patch management
Overview of security architecture
- The security perimeter
- Inter-dependencies
- Security architectures & frameworks
- SABSA & the Zachman framework
- The open group architecture framework (TOGAF)
The OSI model
- TCP/IP
Defense in Depth
Firewalls
- Firewall general features
- Network firewall types
- Packet filtering firewalls
- Stateful inspection firewalls
- Stateless vs. stateful
- Examples of firewall implementations
- Firewall issues
- Firewall platforms
Isolation & segmentation
- VLANs
- Security zones & DMZs
Monitoring, Detection, and Logging
- Ingress, egress, & data loss prevention (DLP)
- Antivirus & anti-malware
- Intrusion detection systems
- IDS limitations
- IDS policy
- Intrusion prevention systems
Cryptography Fundamentals
- Key elements of cryptographic systems
- Key systems
Encryption Techniques
- Symmetric (private) key encryption
- Asymmetric (private) key encryption
- Elliptical curve cryptography
- Quantum cryptography
- Advanced encryption standard
- Digital signature
- Virtual private network
- Wireless network protection
- Stored data
- Public key infrastructure
Encryption Applications
- Applications of cryptographic systems
Process Controls – Risk Assessments
- Attributes of risk
- Risk response workflow
- Risk analysis
- Evaluating security controls
- Risk assessment success criteria
- Managing risk
- Using the results of the risk assessment
Process Controls – Vulnerability Management
- Vulnerability management
- Vulnerability scans
- Vulnerability assessment
- Remediation
- Reporting & metrics
Process Controls – Penetration Testing
- Penetration testers
- Penetration testing phases
Network Security
- Network management
- LAN/WAN security
- Network risks
- Wireless local area networks
- Wired equivalent privacy & Wi-Fi protected access (WPA/WPA2)
- Ports & protocols
- Port numbers
- Protocol numbers & assignment services
- Virtual private networks
- Remote access
Operating System Security
- System/platform hardening
- Modes of operations
- File system permissions
- Credentials & privileges
- Command-line knowledge
- Logging & system monitoring
- Virtualization
- Specialized systems
Application Security
- System development life cycle (SDLC)
- Security within SDLC
- Design requirements
- Testing
- Review process
- Separation of development, testing, & production environments
- OWASP top ten
- Wireless application protocol (WAP)
Data Security
- Data classification
- Data owners
- Data classification requirements
- Database security
Event vs. Incident
- Events vs. incident
- Types of incidents
Security Incident Response
- What is the incident response?
- Why do we need an incident response?
- Elements of an incident response plan
- Security event management
Investigations, Legal Holds, & Preservation
- Investigations
- Evidence preservation
- Legal requirements
Forensics
- Data protection
- Data acquisition
- Imaging
- Extraction
- Interrogation
- Ingestion/normalization
- Reporting
- Network traffic analysis
- Logfile analysis
- Timelines
- Anti-forensics
Disaster recovery & business continuity plans
- What is a disaster?
- Business continuity & disaster recovery
- Business impact analysis
- Recovery time objectives (RTO)
- Recovery point objective (RPO)
- IS business continuity planning
- Recovery concepts
- Backup procedures
Current Threat Landscape
Advanced persistent threats (APT's)
- Evolution of the threat landscape
- Defining APIs
- APT characteristics
- APT targets
- Stages of an APT attack
Mobile Technology – Vulnerabilities, Threats, & Risk
- Physical risk
- Organizational risk
- Technical risk
- Activity monitoring & data retrieval
- Unauthorized network connectivity
- Web view/user interface (UI) impersonation
- Sensitive data leakage
- Unsafe sensitive data storage
- Unsafe sensitive data transmission
- Drive-by vulnerabilities
Consumerization of IT & Mobile Devices
- Consumerization of IT
- BYOD
Cloud & Digital Collaboration
- Risk of cloud computing
- Web application risk
- Benefits of cloud computing
Trends in the Field of Cyber Security
With digitization and technological advancement, the need for data has increased multiple folds. Every second terabyte of data is created globally, and this data is continuously transferred across the networks. Hackers started taking advantage of the technological boom and threatening organizations for their vulnerabilities. A simple mishap or missing data can cause major problems for a company. If not addressed immediately, the company loses its reputation along with customer trust and competitive advantage. Cyber-attacks have become more frequent with the new technologies, with hackers portraying high levels of sophistication to bring the organizations to their knees. It has become a vital element for an organization to counter attacks with relevant techniques and practices.
Artificial Intelligence, Machine Learning, and Deep Learning Technologies have become the savior of organizations against Cyber Attackers. Cyber Security Course in Chicago; offers a deep insight into how to use these technologies to improve the cyber security of businesses around the globe. Cyber Security plan and strategy is no more a luxury, but a necessity for the companies. Cyber security mesh, cyber-savvy boards, vendor consolidation, identity first security, beach and attack stimulation, remote work now just work, privacy-enhancing computation techniques and, managing machine identities becoming a critical security capability are the top Cyber security trends of 2021. With more than 6.3 billion Internet users by 2022 and 7.7 Billion Internet users by 2030, demand for cyber security professionals will increase multifold.
How we prepare you
-
60+ Hours of Practical Assignments
-
Live Free Webinars
-
Resume and LinkedIn Review Sessions
-
Lifetime LMS Access
-
24/7 Support
-
Job Placements Assistance in Cyber Security Fields
-
Complimentary Courses
-
Unlimited Mock Interview and Quiz Session
-
Hands-on Experience in a Live Project
-
Offline Hiring Events
Call us Today!
+60 19-383 1378