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68.895 resultaten

EC-Council Certified Secure Computer User (CCSU) + Exam voucher [CSCU]

VIRTUAL TRAINING CENTER wo 22 jul. 2026 en 6 andere data
OVERVIEW The purpose of the CSCU training program is to provide individuals with the necessary knowledge and skills to protect their information assets. This class will immerse students into an interactive environment where they will acquire a fundamental understanding of various computer and network security threats such as identity theft, credit card fraud, online banking phishing scams, virus and backdoors, emails hoaxes, sex offenders lurking online, loss of confidential information, hacking attacks and social engineering. More importantly, the skills learned from the class helps students take the necessary steps to mitigate their security exposure. This course prepares an individual to sit for CSCU exam 112-12 This certification is an excellent complement to educational offerings in the domain of security and networking. OBJECTIVES Educational institutions can provide greater value to students by providing them not only with one of the most updated courses available today, but also a certification that empowers students in the corporate world. AUDIENCE This course is specifically designed for todays’ computer users who use the internet extensively to work, study and play. Course Duration: 16 Hours CERTIFICATION Exam Name: CSCU (112-12) Exam Credit Towards Certification: Secure Computer User Specialist (CSCU) Exam Details: Number of Questions: 50 Passing Score: 70% Test Duration: 2 Hours Test Format: Multiple Choice Test Delivery: EC-Council Exam Portal CONTENT Introduction to Security Securing Operating Systems Malware and Antivirus Internet Security Security on Social Networking Sites Securing Email Communications Securing Mobile Devices Securing the Cloud Securing Network Connections Data Backup and Disaster Recovery
€1.295
Klassikaal
max 16

Certified Blockchain Professional (CBP) for Business Leaders [EC-CBP-BUSINESSLEADER]

OVERVIEW Introducing the first Blockchain Professional Training and Blockchain Certification Program to set the global standard in Blockchain Technology. The Certified Blockchain Professional (CBP) Course was developed to help professionals gain the knowledge they need in Blockchain technology to understand its impact on business and beyond. The Certified Blockchain Professional is fully vendor-agnostic and practical, focusing on the current state of blockchain technology as well as its future potential. The Certified Blockchain Professional course digs deep into the main characteristics and features of the distributed ledger technology (DLT) as well as introduces Blockchain’s new 3S (Secure-Scalable-Sustainable) proprietary framework. Students will also get a deep understanding of blockchain technology and mining of cryptocurrency. The Certified Blockchain Professional course begins with the technical foundations of blockchain, such as distributed and decentralized systems, cryptography, and mining. Students will then learn how to develop applications using Ethereum, a decentralized virtual machine. Additionally, students will explore different blockchain enterprise applications such as Hyperledger, introduced by the Linux Foundation and widely used by IBM. Most importantly, the course will cover multiple blockchain implementation concepts by immersing students into sustainable and scalable blockchain development, the cornerstone of a decentralization strategy. - The Business Leaders Program gives a comprehensive look into the inner workings of Blockchain technology and how it applies multiple industries like healthcare, food supply chain, shipping, and more. We don’t focus on one or the other as we believe that understanding of both is essential to excel in a blockchain career for business leaders. - Assignments and alternatives testing methods keep students engaged in the topics beyond the program itself - The course is authored and endorsed by best-selling authors and subject matter experts in the field of Blockchain. - The course gives you practical advice on how and when to use blockchain in any industry. - Our program is beginner-friendly and doesn’t require any technical prerequisite knowledge of blockchain or cryptocurrencies. OBJECTIVES The benefits of using blockchain technology How Decentralization works with Blockchain The structure and elements of Blockchain Hashing and Consensus algorithms and the role they play in blockchain technology How Proof of Work (POW) and Proof of Stake (POS) are used in blockchain Distributed Ledgers and Digital Currencies Determine if blockchain is the right solution for your business The different types of crypto assets The process of tokenization How different cryptocurrencies work (including Bitcoin, Altcoins, Litecoin, and Zcash) Initial Coin Offerings (ICOs) and how they compare to IPOs Securitization of physical assets The scalability issues of Blockchain and how they can be resolved The design of blockchain-based identity solutions How Blockchain is used in supply chain management How blockchain is used in the energy and shipping industries How blockchain is used in Healthcare How blockchain can be used in decentralized storage platforms Creating Private blockchain networks using Ethereum The basics of how Solidity and Ethereum work The components of Bitcoin networks, Mining, and POW Consensus The Bitcoin Blockchain structure and how it works Bitcoin limitations, variants, and clients Building secure Smart Contracts Vulnerabilities in Smart Contracts and how to mitigate them Privacy and confidentiality in Blockchain Formal verification of Smart Contracts Blockchain as a Service (BaaS) Elements of the Ethereum Ecosystem Permissioned and Permissionless Blockchain The basics of the Hyperledger Framework Introduction to Blockchain Projects (including Fabric, Iroha, Burrow, and Indy) Decentralized Autonomous Organizations (DAOs) CONTENT Outline: Lesson 1 Introduction to Blockchain Technology Lesson 2 Crypto Assets Lesson 3 Blockchain Mining Lesson 4 Bitcoin Lesson 5 Sustainable Blockchain Lesson 6 Open Source Blockchain Frameworks Lesson 7 Ethereum Lesson 8 Decentralized Applications (DApps) Lesson 9 AI and Blockchain Lesson 10 Impact on Industry Lesson 11 Industry Use Cases Lesson 12 IoT and Blockchain (BoT) Lesson 13 Blockchain Project Implementation Lesson 14 Scalable Blockchain Lesson 15 Security in Blockchain Lesson 16  Blockchain as a Service Lesson 17 Open Research Problems in Blockchain
€995
E-Learning

Certified Blockchain Professional (CBP) for Developers [EC-CBP-DEVELOPER]

OVERVIEW Introducing the first Blockchain Professional Training and Blockchain Certification Program to set the global standard in Blockchain Technology. The Certified Blockchain Professional (CBP) Course was developed to help professionals gain the knowledge they need in Blockchain technology to understand its impact on business and beyond. The Certified Blockchain Professional is fully vendor-agnostic and practical, focusing on the current state of blockchain technology as well as its future potential. The Certified Blockchain Professional course digs deep into the main characteristics and features of the distributed ledger technology (DLT) as well as introduces Blockchain’s new 3S (Secure-Scalable-Sustainable) proprietary framework. Students will also get a deep understanding of blockchain technology and mining of cryptocurrency. The Certified Blockchain Professional course begins with the technical foundations of blockchain, such as distributed and decentralized systems, cryptography, and mining. Students will then learn how to develop applications using Ethereum, a decentralized virtual machine. Additionally, students will explore different blockchain enterprise applications such as Hyperledger, introduced by the Linux Foundation and widely used by IBM. Most importantly, the course will cover multiple blockchain implementation concepts by immersing students into sustainable and scalable blockchain development, the cornerstone of a decentralization strategy. - The Developers program comes with over 13 projects on blockchain applications so students can truly master and practice everything they are learning. - The program also focuses on the future of blockchain and how interacts with other growing technologies like AI, Machine Learning, and IoT. - The program delves deeper into multiple blockchain frameworks and doesn’t focus on only Ethereum. Assignments and alternatives testing methods keep students engaged in the topics beyond the program itself - The course is authored and endorsed by best-selling authors and subject matter experts in the field of Blockchain. - The course gives you practical advice on how and when to use blockchain in any industry. OBJECTIVES The benefits of using blockchain technology How Decentralization works with Blockchain The structure and elements of Blockchain Hashing and Consensus algorithms How Proof of Work (POW) and Proof of Stake (POS) are used in blockchain Distributed Ledgers and Digital Currencies Determine if blockchain is the right solution for your business The different types of crypto assets The process of tokenization The process and tools used in Crypto-mining. Master Crypto-mining algorithms like Equihash and CryptoNight How different cryptocurrencies work (including Bitcoin, Altcoins, Litecoin, and Zcash) The scalability issues of Blockchain and how they can be resolved Using Python for Blockchain Using JavaScript for Blockchain Using Java for Blockchain How to use Remix IDE, Solidity and ETH FIDDLE for blockchain Creating Private blockchain networks using Ethereum How to work with Solidity and Ethereum The components of Bitcoin networks, Mining, and POW Consensus The Bitcoin Blockchain structure and how it works Bitcoin limitations, variants, and clients Building secure Smart Contracts with Ethereum and Solidity Vulnerabilities in Smart Contracts and how to mitigate them Formal verification of Smart Contracts Elements of the Ethereum Ecosystem Permissioned and Permissionless Blockchain How to work with the Hyperledger Framework Deep dive into Blockchain Projects (including Fabric, Iroha, Burrow, and Indy) Privacy and confidentiality in Blockchain Decentralized Autonomous Organizations (DAOs) The design of blockchain-based identity solutions Machine Learning and Blockchain Intelligent Smart Contract and the convergence of Blockchain and AI The basics of IoT How to achieve convergence between IoT and Blockchain Blockchain of Things How Blockchain is used in different industries like healthcare, FinTech, and Supply Chain Blockchain as a Service (BaaS) Fundamentals of Quantum Computing Quantum Computing and Blockchain The future of Blockchain technology and open-research issues CONTENT OUTLINE: Lesson 1 Introduction to Blockchain Technology Lesson 2 Crypto Assets Lesson 3 Blockchain Mining Lesson 4 Bitcoin Lesson 5 Sustainable Blockchain Lesson 6 Open Source Blockchain Frameworks Lesson 7 Ethereum Lesson 8 Decentralized Applications (DApps) Lesson 9 AI and Blockchain Lesson 10 Impact on Industry Lesson 11 Industry Use Cases Lesson 12 IoT and Blockchain (BoT) Lesson 13 Blockchain Project Implementation Lesson 14 Scalable Blockchain Lesson 15 Security in Blockchain Lesson 16  Blockchain as a Service Lesson 17 Open Research Problems in Blockchain   LABS: Exploring Blockchain through Bitcoin CLI Setting up a private net and Mining Installing Namecoin Client and Creating a Namecoin record Remix IDE Deployment and Testing Using Solidity, Truffle, and Ganache to create a new coin Notarizing and hashing documents with Proof of Idea Alternative Blockchain Smart Contract Deployment Finding a bug in a solidity program Using Python for Blockchain Using Java for Blockchain Using JavaScript for Blockchain How to run Ganache with Metamask Build a simple productivity app with Blockchain
€1.895
E-Learning

Certified Blockchain Professional (CBP) for FinTech Professionals [EC-CBP-FINTECH]

OVERVIEW Introducing the first Blockchain Professional Training and Blockchain Certification Program to set the global standard in Blockchain Technology. The Certified Blockchain Professional (CBP) Course was developed to help professionals gain the knowledge they need in Blockchain technology to understand its impact on business and beyond. The Certified Blockchain Professional is fully vendor-agnostic and practical, focusing on the current state of blockchain technology as well as its future potential. The Certified Blockchain Professional course digs deep into the main characteristics and features of the distributed ledger technology (DLT) as well as introduces Blockchain’s new 3S (Secure-Scalable-Sustainable) proprietary framework. Students will also get a deep understanding of blockchain technology and mining of cryptocurrency. The Certified Blockchain Professional course begins with the technical foundations of blockchain, such as distributed and decentralized systems, cryptography, and mining. Students will then learn how to develop applications using Ethereum, a decentralized virtual machine. Additionally, students will explore different blockchain enterprise applications such as Hyperledger, introduced by the Linux Foundation and widely used by IBM. Most importantly, the course will cover multiple blockchain implementation concepts by immersing students into sustainable and scalable blockchain development, the cornerstone of a decentralization strategy. - The FinTech Program gives a comprehensive look into the inner workings of Blockchain technology and how it applies specifically to the FinTech Industry. We don’t focus on one or the other as we believe that understanding of both is essential to excel in a blockchain career for finance professionals. - Assignments and alternatives testing methods keep students engaged in the topics beyond the program itself - The course is authored and endorsed by best-selling authors and subject matter experts in the field of FinTech and Blockchain - The course gives you practical advice on how and when to use blockchain in any financial application OBJECTIVES The benefits of using blockchain technology How Decentralization works with Blockchain The structure and elements of Blockchain Hashing and Consensus algorithms and the role they play in blockchain technology How Proof of Work (POW) and Proof of Stake (POS) are used in blockchain Bitcoin Wallets and Bitcoin Exchanges Distributed Ledgers and Digital Currencies Laws and regulations around financial applications of blockchain Determine if blockchain is the right solution for your business Decentralized Finance, Decentralized Apps, and Decentralized Exchanges How Blockchain works in the financial sector Common uses of blockchain in finance How security tokens are regulated The different types of crypto assets The process of tokenization How different cryptocurrencies work (including Bitcoin, Altcoins, Litecoin, and Zcash) Initial Coin Offerings (ICOs) and how they compare to IPOs Securitization of physical assets The many applications of Blockchain in the insurance industry Creating Private blockchain networks using Ethereum The basics of how Solidity and Ethereum work The components of Bitcoin networks, Mining, and POW Consensus The Bitcoin Blockchain structure and how it works Bitcoin limitations, variants, and clients Building secure Smart Contracts Vulnerabilities in Smart Contracts and how to mitigate them Privacy and confidentiality in Blockchain Formal verification of Smart Contracts Blockchain as a Service (BaaS) Elements of the Ethereum Ecosystem Permissioned and Permissionless Blockchain The basics of the Hyperledger Framework Introduction to Blockchain Projects (including Fabric, Iroha, Burrow, and Indy) Decentralized Autonomous Organizations (DAOs) CONTENT Outline: Lesson 1 Introduction to Blockchain Technology Lesson 2 Crypto Assets Lesson 3 Blockchain Mining Lesson 4 Bitcoin Lesson 5 Sustainable Blockchain Lesson 6 Open Source Blockchain Frameworks Lesson 7 Ethereum Lesson 8 Decentralized Applications (DApps) Lesson 9 AI and Blockchain Lesson 10 Impact on Industry Lesson 11 Industry Use Cases Lesson 12 IoT and Blockchain (BoT) Lesson 13 Blockchain Project Implementation Lesson 14 Scalable Blockchain Lesson 15 Security in Blockchain Lesson 16  Blockchain as a Service Lesson 17 Open Research Problems in Blockchain
€995
E-Learning

Certified Cybersecurity Technician [EC-CCT]

OVERVIEW EC-Council has developed the Certified Cybersecurity Technician certification: - To validate hands-technician-level IT and cybersecurity skills. - It’s an entry-level cybersecurity program engineered by the creators of the Certified Ethical Hacker program to address the global demand for cybersecurity technicians. - To prepare individuals with core security skills to pursue and develop their cybersecurity careers as cybersecurity specialists, consultants, network engineers, or IT administrators OBJECTIVES Key issues plaguing the cyber security (information security and network security) Information security threats, vulnerabilities, and attacks Different types of malware Network security fundamentals Network security controls:                     - Administrative controls (frameworks, laws, acts, governance and compliance program, and security policies)                     - Physical controls (physical security controls, workplace security, and environmental controls)                     - Technical controls (network security protocols, network segmentation, firewall, IDS/IPS, honeypot, proxy server,                     - VPN, UBA, NAC, UTM, SIEM, SOAR, load balancer, and anti-malware tools) Network security assessment techniques and tools (threat hunting, threat intelligence, vulnerability assessment, ethical hacking, penetration testing, and configuration and asset management) Identification, authentication, and authorization concepts Application security design and testing techniques Fundamentals of virtualization, cloud computing, and cloud security Wireless network fundamentals, wireless encryption, and security measures Fundamentals of mobile, IoT, and OT devices and their security measures Cryptography and public key infrastructure concepts Data security controls, data backup and retention methods, and data loss prevention techniques Network troubleshooting, traffic monitoring, log monitoring and analysis for suspicious traffic Incident handling and response process Computer forensics fundaments, digital evidence, and forensic investigation phases Business continuity (BC) and disaster recovery (DR) concepts Risk management concepts, phases, and frameworks CONTENT Information Security Threats and Vulnerabilities Information Security Attacks Network Security Fundamentals Identification, Authentication, and Authorization Network Security Controls – Administrative Controls Network Security Controls – Physical Controls Network Security Controls – Technical Controls Network Security Assessment Techniques and Tools Business Continuity and Disaster Recovery Application Security Virtualization and Cloud Computing Wireless Network Security Mobile Device Security IoT and OT Security Cryptography Data Security Network Troubleshooting Network Traffic Monitoring Network Logs Monitoring and Analysis Incident Response Computer Forensics Risk Management
€995
E-Learning

Certified Project Management [EC-CPM]

OVERVIEW Gain Analytical Skills You’ll learn how to process raw and unstructured data and how to provide insights that impact your business decisions Gain Tactical Skills Learn when and how to apply certain methodologies in your projects for guaranteed success OBJECTIVES CONTENT Introduction to Project Management The first chapter will be covering the fundamentals of project management. It thoroughly covers project management basics and project management lifecycle that those new to project management will need to get acquainted with, as well as terms and definitions that are widely used in organizations. This chapter teaches how to choose the project management methodology best fit for your project and if it will have a traditional predictive or an adaptive approach. You will also be introduced to the Digital Transformation concept that is disrupting businesses and changing our lives. Project Scope & Technology Integration After the project management introduction, in this chapter, we will be introducing the processes of scope changes as well as the predictive approach and how it differs from the adaptive way. In the second chapter, we will address real-world challenges that project managers face while managing the scope, including the most widely recognized best practices and tools for project management that can be applied across a wide variety of disciplines and industries. In the practical section, we provide step-by-step guidelines on how to use the web application scope management tool and map it to the scope management processes that we have learned. Project Scheduling & Time Management This chapter covers the fundamental processes of the project planning phase, as we will see real-world challenges that the project manager faces while managing the time of the project will be addressed. The 3rd Chapter will help you to get the max of the benefits from current digital technologies on project schedule management and learn how to integrate these technologies into your project management processes in a way that would guarantee your project’s status is accurate, predictable, and profitable. In the practical section, we will provide a step-by-step guide on how to use the web application schedule management tool and map it to the schedule management processes that we have learned. Project Cost and Budget Management The current chapter’s goal is to provide meaningful insights for project cost and budget estimates. Cost management usually refers to the overall process of planning, allocating and managing the costs of a project. Activities like cost reporting, breakdown techniques, and estimation process, should be understood and reviewed in order to have a solid approach when facing a challenge. Therefore, this chapter helps to develop a common understanding of risk across multiple areas and business units in order to learn how to manage risk more effectively. Project Sourcing & Vendor Management This chapter is developed to provide Project Managers with an overview of Project Sourcing best practices and Vendor Management techniques, in order to successfully manage a multi-vendor environment throughout the entire project life-cycle. The 5th chapter will ensure you understand the importance of Procurement Planning; illustrate the process of identifying, selecting, and negotiating with potential vendors; and provide guidance and tools for managing outsourcing decisions in a multi-vendor environment. Project Controls & Quality Assurance This chapter covers the fundamental processes for project controls and quality assurance throughout the project life cycle. We will see in this module, the difference between quality processes in predictive versus adaptive approaches. This chapter furthermore introduces software tools that are widely used across big organizations to help digitize their project management processes. In the practical section, we will cover the features in “Jira” software that could help us control the quality of the project. Project Opportunity & Risk Management After getting a clear idea about quality assurance, this chapter ensures you understand the importance of Risk Management in an Organization and illustrate the process of identifying, analyzing and responding to risk factors throughout the life of a project. This chapter Provide also guidance and tools for managing and mitigating all types of Project Risks. Project Governance & Team Management Project governance appears to be an elusive concept, which is further complicated by the fact that there is a lack of an agreed upon generally accepted definition for “project governance.” Consequently, this means that individuals are left to develop their own understanding of what project governance means or else try to find an implicit meaning from the context in which the term is used. So, in the absence of an explicit or agreed on definition, each person is left to infer what is meant when the term “project governance” is used. To reduce this ambiguity, this chapter will investigate the concepts of governance from an organizational viewpoint and project governance from a project level perspective. This chapter will provide tools the reader can use to understand the essence of implementing a new or improving an existing system of project governance. Project Visualization, Analytics & Reporting Designing and relying on data visualizations is a skill, and graphics are steadily becoming a new type of literacy. You don’t have to become a graphic designer to put together great data visualizations, but you do want to know some principles to communicate effectively through visualizations. Through this chapter, we will underline project visualization techniques and we will see how to employ the structure of the SDLC Methodology for the Solution Development Center (SDC). Project Stakeholder Engagement & Expectations Management In this module, you will have an overview of the existing features in collaboration software tools to help an organization digitize their project management processes, how it works and its potential issues. In the practical section, we will explore some features in Mavenlink SaaS that are related to stakeholder management.
€970
E-Learning

Digital Forensics Essentials [EC-DFE]

OVERVIEW For those with an interest in pursuing a career in Digital Forensics, you’ve found the one essentials course designed with your needs in mind. Digital Forensics Essentials is the ideal entry point for all students interested in understanding digital forensics. This course will introduce students to Computer Forensics Fundamentals as well as the Computer Forensics Investigation Process. Plan to learn about Dark Web, Windows, Linux, Malware Forensics and so much more! With 28 live labs you won’t find a more robust, hands-on, entry-level digital forensics course anywhere. OBJECTIVES Discuss the fundamental concepts of computer forensics, digital evidence, forensic readiness, identify the roles and responsibilities of a forensic investigator and review legal compliance issues in computer forensics. Examine the computer forensic investigation process and its phases. Describe different disk drives, characteristics, and logical structure, understand Windows, Linux, and Mac boot processes, and examine various file systems and formats. Discuss data acquisition concepts, types, format, and methodology. Examine various anti-forensics techniques and identify countermeasures. Examine various volatile and non-volatile information gathering techniques for Windows, Linux, and Mac systems, including Windows memory and registry analysis, cache, cookie, history analysis, and metadata investigation. Explain network forensics fundamentals, event correlation, and perform network traffic investigation. Comprehend web server logs and perform web application forensics to detect and investigate various attacks on web applications. Discuss the working of the dark web and email systems, and perform Dark Web, TOR browser, and email forensics Discuss malware forensics fundamentals, list and perform different types of malware analysis. CONTENT Computer Forensics Fundamentals Computer Forensics Investigation Process Understanding Hard Disks and File Systems Data Acquisition and Duplication Defeating Anti-forensics Techniques Windows Forensics Linux and Mac Forensics Network Forensics Investigating Web Attacks Dark Web Forensics Investigating Email Crimes Malware Forensics
€194
E-Learning

Ethical Hacking Essentials [EC-EHE]

OVERVIEW Ethical Hacking Essentials is an introductory cybersecurity course that prepares students to begin their career in cybersecurity by teaching ethical hacking and penetration testing fundamentals. This course will introduce students to cybersecurity threats, vulnerabilities, and attack vectors such as web applications, wireless, mobile, IoT, network-level attacks, and countermeasures. Students will learn what to expect in the field of ethical hacking and with 29 labs, this active learning course ensures that students receive the hands-on, practical experience to give them the skills necessary for a future in cybersecurity. OBJECTIVES Discuss the key issues plaguing the information security world and review various information security laws and regulations. Comprehend Cyber Kill Chain Methodology, hacking and ethical hacking concepts, hacker classes, different phases of a hacking cycle, and assess essential ethical hacking tools. Examine various information security threats and vulnerabilities, identify different types of malware and perform vulnerability assessments. Explain and use different password cracking, social engineering, insider threats, and identity theft techniques, and discuss their countermeasures. Examine various network-level attacks, including sniffing, denial-of-service, and session hijacking, and discuss their countermeasures. Examine various application-level attacks, including webserver exploitation, OWASP top10 attacks, and SQL injection, and discuss their countermeasures. Discuss different types of wireless encryption, examine wireless threats and attacks, and suggest countermeasures. Describe various mobile platform attack vectors, mobile device management, mobile security guidelines, and identify essential mobile security tools. Discuss IoT and OT concepts, examine various IoT and OT threats and attacks, and suggest countermeasures. Describe various Cloud computing technologies, examine cloud computing threats and attacks, and identify security techniques. Discuss fundamentals of penetration testing, its benefits, strategies, and phases, and examine guidelines for penetration testing. CONTENT Information Security Fundamentals Ethical Hacking Fundamentals Information Security Threats and Vulnerabilities Password Cracking Techniques and Countermeasures Social Engineering Techniques and Countermeasures Network Level Attacks and Countermeasures Web Application Attacks and Countermeasures Wireless Attacks and Countermeasures Mobile Attacks and Countermeasures IoT and OT Attacks and Countermeasures Cloud Computing Threats and Countermeasures Penetration Testing Fundamentals
€195
E-Learning

ICS/SCADA Cyber Security [EC-ISCS]

OVERVIEW The ICS/SCADA Cybersecurity course is a hands-on training module that teaches the foundations of security and defending network architectures from attacks. Students will learn to think like a malicious hacker to defend their organizations. ICS/SCADA teaches powerful methods to analyze risks possessed by network infrastructure in IT and corporate spaces. Once your foundation or basic concepts are clear, you will learn a systematic process of intrusion and malware analysis. After this, you will learn about digital forensic process and incident response techniques upon detecting a breach. Class Connect™ Met Class Connect worden klaslokalen virtueel met elkaar verbonden. Class Connect biedt u de mogelijkheid om een training klassikaal op afstand bij te wonen in een Global Knowledge locatie bij u in de buurt. Een hoge kwaliteitsverbinding (HD audio en video) tussen de klaslokalen garandeert de cursisten een maximale interactie met de docent en met elkaar. Samen met uw medecursisten ziet u de docent en de andere cursisten op een groot scherm alsof u er zelf bijzit. OBJECTIVES CONTENT Module 1: Introduction to ICS/SCADA Network Defense IT Security Model ICS/SCADA Security Model LAB: Security Model Security Posture Risk Management in ICS/SCADA Risk Assessment Defining Types of Risk Security Policy LAB: Allowing a Service Module 2: TCP/IP 101 Introduction and Overview Introducing TCP/IP Networks Internet RFCs and STDs TCP/IP Protocol Architecture Protocol Layering Concepts TCP/IP Layering Components of TCP/IP Networks ICS/SCADA Protocols Module 3: Introduction to Hacking Review of the Hacking Process Hacking Methodology Intelligence Gathering Footprinting Scanning Enumeration Identify Vulnerabilities Exploitation Covering Tracks LAB: Hacking ICS/SCADA Networks Protocols How ICS/SCADA Are Targeted Study of ICS/SCADA Attacks ICS/SCADA as a High–Value Target Attack Methodologies In ICS Module 4: Vulnerability Management Challenges of Vulnerability Assessment System Vulnerabilities Desktop Vulnerabilities ICS/SCADA Vulnerabilities Interpreting Advisory Notices CVE ICS/SCADA Vulnerability Sites Life Cycle of a Vulnerability and Exploit Challenges of Zero-Day Vulnerability Exploitation of a Vulnerability Vulnerability Scanners ICS/SCADA Vulnerability Uniqueness Challenges of Vulnerability Management Within ICS/SCADA LAB: Vulnerability Assessment Prioritizing Vulnerabilities CVSS OVAL Module 5: Standards and Regulations for Cybersecurity ISO 27001 ICS/SCADA NERC CIP CFATS ISA99 IEC 62443 NIST SP 800-82 Module 6: Securing the ICS network Physical Security Establishing Policy – ISO Roadmap Securing the Protocols Unique to the ICS Performing a Vulnerability Assessment Selecting and Applying Controls to Mitigate Risk Monitoring Mitigating the Risk of Legacy Machines Module 7: Bridging the Air Gap Do You Really Want to Do This? Advantages and Disadvantages Guard Data Diode Next Generation Firewalls Module 8: Introduction to Intrusion Detection Systems (IDS) and Intrusion Prevention Systems (IPS) What IDS Can and Cannot Do Types IDS Network Host Network Node Advantages of IDS Limitations of IDS Stealthing the IDS Detecting Intrusions LAB: Intrusion Detection Log Analysis ICS Malware Analysis LAB: ICS Malware Analysis Essential Malware Mitigation Techniques ICS/SCADA Network Monitoring ICS/SCADA IDS
€1.595
E-Learning

Network Defense Essentials [EC-NDE]

OVERVIEW Network Defense Essentials is an introductory cybersecurity course that covers the fundamental concepts of information security and network defense. Those who are interested in pursuing a career in information security will learn the various fundamentals of information security and network defense, as well as what to expect in the field of network defense. The interactive labs component of this course ensures that student receive the hands-on, practical experience to give them the skills necessary for a future in cybersecurity. Learn a holistic overview of the key components of information security such as Identification, Authentication and Authorization, Virtualization and Cloud Computing, Wireless Network, Mobile Device and IoT Device and Data Security. This active learning course ensures that students receive the hands-on, practical experience required to give them the skills necessary for a future in cybersecurity. OBJECTIVES Discuss fundamental concepts of network security, including Information Assurance (IA) principles, network defense challenges, defense approaches, security controls, and review essential network security protocols. Discuss access control principles, terminologies, and models, and describe Identity and Access Management (IAM) concepts. Examine various administrative network defense controls, including frameworks, laws,acts, and security policies. Examine various physical network defense controls, including physical security controls, workplace security, and environmental controls. Examine various technical network defense controls, including network segmentation, firewall, IDS/IPS, honeypot, proxy server, VPN, SIEM, UBA, and anti-malware. Comprehend fundamental virtualization concepts, Virtualization Security Concerns, cloud computing, and suggest security best practices. Explain wireless network fundamentals, different types of wireless encryption, and suggest security measures. Discuss various mobile device connection methods, Mobile Device Management concepts, common mobile usage policies, examine different security risks, and review general security guidelines and best practices for mobile platforms. Discuss working of IoT devices, application areas, communication models, IoT security principles, IoT framework security considerations, IoT device management, and identify IoT security best practices. Discuss cryptography techniques, various cryptographic algorithms, and Public Key Infrastructure (PKI), and use various cryptography tools to protect information. Discuss data security concepts, the importance of data encryption, data loss prevention, and compare different data backup concepts and technologies. Discuss the need and advantages of network traffic monitoring, determine baseline traffic signatures for normal and suspicious network traffic, and perform network monitoring for suspicious traffic. CONTENT Network Security Fundamentals Identification, Authentication and Authorization Administrative Controls Physical Controls Technical Controls Virtualization and Cloud Computing Wireless Network Security Mobile Device Security IoT Device Security Cryptography and PKI Data Security Network Traffic Monitoring
€195
E-Learning