46 Cryptocurrency courses delivered Live Online

Duration 5 Days 30 CPD hours This course is intended for The CHFI course will benefit: Police and other laws enforcement personnel Defense and Military personnel e-Business Security professionals Systems administrators Legal professionals Banking, Insurance and other professionals Government agencies Overview At the end of this course, you will possess the skills needed to: Understand the fundamentals of computer forensics Understand the computer forensic investigation process Describe in detail different types of hard disks and file systems Understand data acquisition and duplication Counteract anti-forensic techniques Leverage forensic skills in Windows, Linux, and Mac Investigate web attacks Understand dark web forensics Deploy forensic techniques for databases, cloud, and networks Investigate email crimes including malware Perform forensics in mobile and IoT environments Every crime leaves a digital footprint, and you need the skills to track those footprints. In this course, students will learn to unravel these pieces of evidence, decode them and report them. From decoding a hack to taking legal action against the perpetrators, they will become an active respondent in times of cyber-breaches. COMPUTER FORENSICS IN TODAY?S WORLD * 1.1. Understand the Fundamentals of Computer Forensics * 1.2. Understand Cybercrimes and their Investigation Procedures * 1.3. Understand Digital Evidence * 1.4. Understand Forensic Readiness, Incident Response and the Role of SOC (Security * Operations Center) in Computer Forensics * 1.5. Identify the Roles and Responsibilities of a Forensic Investigator * 1.6. Understand the Challenges Faced in Investigating Cybercrimes * 1.7. Understand Legal Compliance in Computer Forensics * COMPUTER FORENSICS INVESTIGATION PROCESS * 2.1. Understand the Forensic Investigation Process and its Importance * 2.2. Understand the Pre-investigation Phase * 2.3. Understand First Response * 2.4. Understand the Investigation Phase * 2.5. Understand the Post-investigation Phase * UNDERSTANDING HARD DISKS AND FILE SYSTEMS * 3.1. Describe Different Types of Disk Drives and their Characteristics * 3.2. Explain the Logical Structure of a Disk * 3.3. Understand Booting Process of Windows, Linux and Mac Operating Systems * 3.4. Understand Various File Systems of Windows, Linux and Mac Operating Systems * 3.5. Examine File System Using Autopsy and The Sleuth Kit Tools * 3.6 Understand Storage Systems * 3.7. Understand Encoding Standards and Hex Editors * 3.8. Analyze Popular File Formats Using Hex Editor * DATA ACQUISITION AND DUPLICATION * 4.1. Understand Data Acquisition Fundamentals * 4.2. Understand Data Acquisition Methodology * 4.3. Prepare an Image File for Examination * DEFEATING ANTI-FORENSICS TECHNIQUES * 5.1. Understand Anti-forensics Techniques * 5.2. Discuss Data Deletion and Recycle Bin Forensics * 5.3. Illustrate File Carving Techniques and Ways to Recover Evidence from Deleted Partitions * 5.4. Explore Password Cracking/Bypassing Techniques * 5.5. Detect Steganography, Hidden Data in File System Structures, Trail Obfuscation, and File Extension Mismatch * 5.6. Understand Techniques of Artifact Wiping, Overwritten Data/Metadata Detection, and Encryption * 5.7. Detect Program Packers and Footprint Minimizing Techniques * 5.8. Understand Anti-forensics Countermeasures * WINDOWS FORENSICS * 6.1. Collect Volatile and Non-volatile Information * 6.2. Perform Windows Memory and Registry Analysis * 6.3. Examine the Cache, Cookie and History Recorded in Web Browsers * 6.4. Examine Windows Files and Metadata * 6.5. Understand ShellBags, LNK Files, and Jump Lists * 6.6. Understand Text-based Logs and Windows Event Logs * LINUX AND MAC FORENSICS * 7.1. Understand Volatile and Non-volatile Data in Linux * 7.2. Analyze Filesystem Images Using The Sleuth Kit * 7.3. Demonstrate Memory Forensics Using Volatility & PhotoRec * 7.4. Understand Mac Forensics * * NETWORK FORENSICS * 8.1. Understand Network Forensics * 8.2. Explain Logging Fundamentals and Network Forensic Readiness * 8.3. Summarize Event Correlation Concepts * 8.4. Identify Indicators of Compromise (IoCs) from Network Logs * 8.5. Investigate Network Traffic * 8.6. Perform Incident Detection and Examination with SIEM Tools * 8.7. Monitor and Detect Wireless Network Attacks * INVESTIGATING WEB ATTACKS * 9.1. Understand Web Application Forensics * 9.2. Understand Internet Information Services (IIS) Logs * 9.3. Understand Apache Web Server Logs * 9.4. Understand the Functionality of Intrusion Detection System (IDS) * 9.5. Understand the Functionality of Web Application Firewall (WAF) * 9.6. Investigate Web Attacks on Windows-based Servers * 9.7. Detect and Investigate Various Attacks on Web Applications * DARK WEB FORENSICS * 10.1. Understand the Dark Web * 10.2. Determine How to Identify the Traces of Tor Browser during Investigation * 10.3. Perform Tor Browser Forensics * DATABASE FORENSICS * 11.1. Understand Database Forensics and its Importance * 11.2. Determine Data Storage and Database Evidence Repositories in MSSQL Server * 11.3. Collect Evidence Files on MSSQL Server * 11.4. Perform MSSQL Forensics * 11.5. Understand Internal Architecture of MySQL and Structure of Data Directory * 11.6. Understand Information Schema and List MySQL Utilities for Performing Forensic Analysis * 11.7. Perform MySQL Forensics on WordPress Web Application Database * CLOUD FORENSICS * 12.1. Understand the Basic Cloud Computing Concepts * 12.2. Understand Cloud Forensics * 12.3. Understand the Fundamentals of Amazon Web Services (AWS) * 12.4. Determine How to Investigate Security Incidents in AWS * 12.5. Understand the Fundamentals of Microsoft Azure * 12.6. Determine How to Investigate Security Incidents in Azure * 12.7. Understand Forensic Methodologies for Containers and Microservices * INVESTIGATING EMAIL CRIMES * 13.1. Understand Email Basics * 13.2. Understand Email Crime Investigation and its Steps * 13.3. U.S. Laws Against Email Crime * MALWARE FORENSICS * 14.1. Define Malware and Identify the Common Techniques Attackers Use to Spread Malware * 14.2. Understand Malware Forensics Fundamentals and Recognize Types of Malware Analysis * 14.3. Understand and Perform Static Analysis of Malware * 14.4. Analyze Suspicious Word and PDF Documents * 14.5. Understand Dynamic Malware Analysis Fundamentals and Approaches * 14.6. Analyze Malware Behavior on System Properties in Real-time * 14.7. Analyze Malware Behavior on Network in Real-time * 14.8. Describe Fileless Malware Attacks and How they Happen * 14.9. Perform Fileless Malware Analysis - Emotet * MOBILE FORENSICS * 15.1. Understand the Importance of Mobile Device Forensics * 15.2. Illustrate Architectural Layers and Boot Processes of Android and iOS Devices * 15.3. Explain the Steps Involved in Mobile Forensics Process * 15.4. Investigate Cellular Network Data * 15.5. Understand SIM File System and its Data Acquisition Method * 15.6. Illustrate Phone Locks and Discuss Rooting of Android and Jailbreaking of iOS Devices * 15.7. Perform Logical Acquisition on Android and iOS Devices * 15.8. Perform Physical Acquisition on Android and iOS Devices * 15.9. Discuss Mobile Forensics Challenges and Prepare Investigation Report * IOT FORENSICS * 16.1. Understand IoT and IoT Security Problems * 16.2. Recognize Different Types of IoT Threats * 16.3. Understand IoT Forensics * 16.4. Perform Forensics on IoT Devices *

Duration 5 Days 30 CPD hours This course is intended for The C|CT is ideal for anyone looking to start their career in cybersecurity or add a strong foundational understanding of the cybersecurity concepts and techniques required to be effective on the job. The course is especially well suited to: Early-career IT professionals, IT managers, career changers, and career advancers Students and recent graduates Overview After completing this course, you will understand: Key concepts in cybersecurity, including information security and network security Information security threats, vulnerabilities, and attacks The different types of malware Identification, authentication, and authorization Network security controls Network security assessment techniques and tools (threat hunting, threat intelligence, vulnerability assessment, ethical hacking, penetration testing, configuration and asset management) Application security design and testing techniques Fundamentals of virtualization, cloud computing, and cloud security Wireless network fundamentals, wireless encryption, and related security measures Fundamentals of mobile, IoT, and OT devices and related security measures Cryptography and public-key infrastructure Data security controls, data backup and retention methods, and data loss prevention techniques Network troubleshooting, traffic and log monitoring, and analysis of suspicious traffic The incident handling and response process Computer forensics and digital evidence fundamentals, including the phases of a forensic investigation Concepts in business continuity and disaster recovery Risk management concepts, phases, and frameworks EC-Council?s C|CT certification immerses students in well-constructed knowledge transfer. Training is accompanied by critical thinking challenges and immersive lab experiences that allow candidates to apply their knowledge and move into the skill development phase in the class itself. Upon completing the program, C|CT-certified professionals will have a strong foundation in cybersecurity principles and techniques as well as hands-on exposure to the tasks required in real-world jobs. COURSE OUTLINE * 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 * Application Security * Virtualization and Cloud Computing * Wireless Network Security * Mobile Device Security * Internet of Things (IoT) and Operational Technology (OT) Security * Cryptography * Data Security * Network Troubleshooting * Network Traffic Monitoring * Network Log Monitoring and Analysis * Incident Response * Computer Forensics * Business Continuity and Disaster Recovery * Risk Management

Duration 3 Days 18 CPD hours This course is intended for The intended audience for this course is information security and IT professionals, such as network administrators and engineers, IT managers, and IT auditors, and other individuals who want to learn more about information security, who are interested in learning in-depth information about information security management, who are looking for career advancement in IT security, or who are interested in earning the CISM certification. Overview Establish and maintain a framework to provide assurance that information security strategies are aligned with business objectives and consistent with applicable laws and regulations. Identify and manage information security risks to achieve business objectives. Create a program to implement the information security strategy. Implement an information security program. Oversee and direct information security activities to execute the information security program. Plan, develop, and manage capabilities to detect, respond to, and recover from information security incidents. In this course, students will establish processes to ensure that information security measures align with established business needs. Prerequisites Information security governance Information risk management Information security program development Information security program management Incident management and response 1 - INFORMATION SECURITY GOVERNANCE * Develop an Information Security Strategy * Align Information Security Strategy with Corporate Governance * Identify Legal and Regulatory Requirements * Justify Investment in Information Security * Identify Drivers Affecting the Organization * Obtain Senior Management Commitment to Information Security * Define Roles and Responsibilities for Information Security * Establish Reporting and Communication Channels 2 - INFORMATION RISK MANAGEMENT * Implement an Information Risk Assessment Process * Determine Information Asset Classification and Ownership * Conduct Ongoing Threat and Vulnerability Evaluations * Conduct Periodic BIAs * Identify and Evaluate Risk Mitigation Strategies * Integrate Risk Management into Business Life Cycle Processes * Report Changes in Information Risk 3 - INFORMATION SECURITY PROGRAM DEVELOPMENT * Develop Plans to Implement an Information Security Strategy * Security Technologies and Controls * Specify Information Security Program Activities * Coordinate Information Security Programs with Business Assurance Functions * Identify Resources Needed for Information Security Program Implementation * Develop Information Security Architectures * Develop Information Security Policies * Develop Information Security Awareness, Training, and Education Programs * Develop Supporting Documentation for Information Security Policies 4 - INFORMATION SECURITY PROGRAM IMPLEMENTATION * Integrate Information Security Requirements into Organizational Processes * Integrate Information Security Controls into Contracts * Create Information Security Program Evaluation Metrics 5 - INFORMATION SECURITY PROGRAM MANAGEMENT * Manage Information Security Program Resources * Enforce Policy and Standards Compliance * Enforce Contractual Information Security Controls * Enforce Information Security During Systems Development * Maintain Information Security Within an Organization * Provide Information Security Advice and Guidance * Provide Information Security Awareness and Training * Analyze the Effectiveness of Information Security Controls * Resolve Noncompliance Issues 6 - INCIDENT MANAGEMENT AND RESPONSE * Develop an Information Security Incident Response Plan * Establish an Escalation Process * Develop a Communication Process * Integrate an IRP * Develop IRTs * Test an IRP * Manage Responses to Information Security Incidents * Perform an Information Security Incident Investigation * Conduct Post-Incident Reviews

Duration 4 Days 24 CPD hours This course is intended for This course is designed for the aspiring or sitting upper-level manager striving to advance his or her career by learning to apply their existing deep technical knowledge to business problems. In this course, students will learn in-depth content in each of the 5 CCISO Domains DOMAIN 01 - GOVERNANCE * Define, Implement, Manage, and Maintain an Information Security Governance Program * Information Security Drivers * Establishing an information security management structure * Laws/Regulations/Standards as drivers of Organizational Policy/Standards/Procedures * Managing an enterprise information security compliance program * Risk Management * Risk mitigation, risk treatment, and acceptable risk * Risk management frameworks * NIST * Other Frameworks and Guidance (ISO 31000, TARA, OCTAVE, FAIR, COBIT, and ITIL) * Risk management plan implementation * Ongoing third-party risk management * Risk management policies and processes * Conclusion DOMAIN 2 - SECURITY RISK MANAGEMENT, CONTROLS, & AUDIT MANAGEMENT * INFORMATION SECURITY CONTROLS * COMPLIANCE MANAGEMENT * GUIDELINES, GOOD AND BEST PRACTICES * AUDIT MANAGEMENT * SUMMARY DOMAIN 03 - SECURITY PROGRAM MANAGEMENT AND OPERATIONS * PROGRAM MANAGEMENT * OPERATIONS MANAGEMENT * Summary DOMAIN 04 - INFORMATION SECURITY CORE CONCEPTS * ACCESS CONTROL * PHYSICAL SECURITY * NETWORK SECURITY * ENDPOINT PROTECTION * APPLICATION SECURITY * ENCRYPTION TECHNOLOGIES * VIRTUALIZATION SECURITY * CLOUD COMPUTING SECURITY * TRANSFORMATIVE TECHNOLOGIES * Summary DOMAIN 05 - STRATEGIC PLANNING, FINANCE, PROCUREMENT AND VENDOR MANAGEMENT * STRATEGIC PLANNING * Designing, Developing, and Maintaining an Enterprise Information Security Program * Understanding the Enterprise Architecture (EA) * FINANCE * PROCUREMENT * VENDOR MANAGEMENT * Summary

Duration 5 Days 30 CPD hours This course is intended for The intended audience for this course is information systems security professionals, internal review auditors, and other individuals who have an interest in aspects of information systems audit, controls, and security. Overview Upon successful completion of this course, students will be able to: - implement information systems audit services in accordance with information systems audit standards, guidelines, and best practices. - evaluate an organizations structure, policies, accountability, mechanisms, and monitoring practices. - evaluate information systems acquisition, development, and implementation. - evaluate the information systems operations, maintenance, and support of an organization; and evaluate the business continuity and disaster recovery processes used to provide assurance that in the event of a disruption, IT services are maintained. - define the protection policies used to promote the confidentiality, integrity, and availability of information assets. In this course, students will evaluate organizational policies, procedures, and processes to ensure that an organizations information systems align with its overall business goals and objectives. 1 - THE PROCESS OF AUDITING INFORMATION SYSTEMS * ISACA Information Systems Auditing Standards and Guidelines * Fundamental Business Processes * Develop and Implement an Information Systems Audit Strategy * Plan an Audit * Conduct an Audit * The Evidence Life Cycle * Communicate Issues, Risks, and Audit Results * Support the Implementation of Risk Management and Control Practices 2 - IT GOVERNANCE AND MANAGEMENT * Evaluate the Effectiveness of IT Governance * Evaluate the IT Organizational Structure and HR Management * Evaluate the IT Strategy and Direction * Evaluate IT Policies, Standards, and Procedures * Evaluate the Effectiveness of Quality Management Systems * Evaluate IT Management and Monitoring of Controls * IT Resource Investment, Use, and Allocation Practices * Evaluate IT Contracting Strategies and Policies * Evaluate Risk Management Practices * Performance Monitoring and Assurance Practices * Evaluate the Organizations Business Continuity Plan 3 - INFORMATION SYSTEMS ACQUISITION, DEVELOPMENT, AND IMPLEMENTATION * Evaluate the Business Case for Change * Evaluate Project Management Frameworks and Governance Practices * Development Life Cycle Management * Perform Periodic Project Reviews * Evaluate Control Mechanisms for Systems * Evaluate Development and Testing Processes * Evaluate Implementation Readiness * Evaluate a System Migration * Perform a Post-Implementation System Review 4 - INFORMATION SYSTEMS OPERATIONS, MAINTENANCE, AND SUPPORT * Perform Periodic System Reviews * Evaluate Service Level Management Practices * Evaluate Third-Party Management Practices * Evaluate Operations and End User Management Practices * Evaluate the Maintenance Process * Evaluate Data Administration Practices * Evaluate the Use of Capacity and Performance Monitoring Methods * Evaluate Change, Configuration, and Release Management Practices * Evaluate Problem and Incident Management Practices * Evaluate the Adequacy of Backup and Restore Provisions 5 - PROTECTION OF INFORMATION ASSETS * Information Security Design * Encryption Basics * Evaluate the Functionality of the IT Infrastructure * Evaluate Network Infrastructure Security * Evaluate the Design, Implementation, and Monitoring of Logical Access Controls * Risks and Controls of Virtualization * Evaluate the Design, Implementation, and Monitoring of Data Classification Process * Evaluate the Design, Implementation, and Monitoring of Physical Access Controls * Evaluate the Design, Implementation, and Monitoring of Environmental Controls

Duration 1 Days 6 CPD hours This course is intended for Technical leaders Overview This course provides general overview of Blockchain technology and is specifically designed to answer the following questions:What is Blockchain? (What exactly is it?)Non-Technical Technology Overview (How does it work?)Benefits of Blockchain (Why should anyone consider this?)Use Cases (Where and for what apps is it appropriate?)Adoption (Who is using it and for what?)Implementation (How do I get started?)Future of Blockchain (What is its future?) This instructor-led 1 day Blockchain Architecture training is for technical leaders who need to make decisions about architecture, environment, and development platforms. WHAT IS BLOCKCHAIN? * A record keeping system * Trust * Decentralization * Trustless environment HOW DOES BLOCKCHAIN WORK? * Announcements * Blocks * Nodes * Chaining * Verification * Consensus * Scalability * Privacy * Crypto Hashing * Digital Fingerprinting * PoW vs PoS TYPES OF BLOCKCHAINS * Public vs Private * Open vs closed * Smart Contracts * Blockchain as History * Tokens / Coins * Gas HOW IS BLOCKCHAIN DIFFERENT FROM WHAT WE HAVE TODAY? * Decentralized * Peer-to-peer architecture * Software vs Firmware * Database vs Blockchain * Distributed database or other technology? * Data Sovereignty * Group Consensus WHAT ARE USE CASES FOR BLOCKCHAIN? * Use Case Examples * Currency * Banking Services * Voting * Medical Records * Supply Chain / Value Chain * Content Distribution * Verification of Software Updates (cars, planes, trains, etc) * Law Enforcement * Title and Ownership Records * Social Media and Online Credibility * Fractional asset ownership * Cable Television billing * High fault tolerance * DDoS-proof * Public or Private Blockchain? * Who are the participants? WHAT DOES A BLOCKCHAIN APP LOOK LIKE? * DApp * Resembles typical full stack web application * Any internal state changes and all transactions are written to the blockchain * Node.js * IDE * Public Blockchain visibility * Private Blockchain solutions * Oracles HOW DO I DESIGN A BLOCKCHAIN APP? * What does this solution need to let users do? * Will the proposed solution reduce or remove the problems and pain points currently felt by users? * What should this solution prevent users from doing? * Do you need a solution ready for heavy use on day 1? * Is your solution idea enhanced by the use of Blockchain? Does the use of Blockchain create a better end-user experience? If so, how? * Has your business developed custom software solutions before? * What level of support are you going to need? * How big is the developer community? * Does your vision of the future align with the project or platform's vision of the future? * Does the platform aim to make new and significant contributions to the development space, or is it an efficiency / cost play? * Should the solution be a public or private Blockchain? * Should the solution be an open or closed Blockchain? * Create a plan for contract updates and changes! * Hybrid solutions * Monetary exchanges? HOW DO I DEVELOP A BLOCKCHAIN APP? * AGILE approach pre-release * Define guiding principles up front * Software vs Firmware * Announcements, not transactions! * Classes, not contracts * Link contracts to share functions * Use calling contracts to keep contract address the same * Hyperledger vs Ethereum * CONSIDER No of Users * Avg No of Transactions (state changes) per User * Should a Blockless solution be applied? * Performance * Security * Anonymity * Security * Monolithic vs Modular * Sandwich complexity model HOW DO I TEST A BLOCKCHAIN APP? * Recommend 5x to 10x traditional application testing time * Security * Networks ADDITIONAL COURSE DETAILS: Nexus Humans Blockchain - An Overview for Business Professionals training program is a workshop that presents an invigorating mix of sessions, lessons, and masterclasses meticulously crafted to propel your learning expedition forward. This immersive bootcamp-style experience boasts interactive lectures, hands-on labs, and collaborative hackathons, all strategically designed to fortify fundamental concepts. Guided by seasoned coaches, each session offers priceless insights and practical skills crucial for honing your expertise. Whether you're stepping into the realm of professional skills or a seasoned professional, this comprehensive course ensures you're equipped with the knowledge and prowess necessary for success. While we feel this is the best course for the Blockchain - An Overview for Business Professionals course and one of our Top 10 we encourage you to read the course outline to make sure it is the right content for you. Additionally, private sessions, closed classes or dedicated events are available both live online and at our training centres in Dublin and London, as well as at your offices anywhere in the UK, Ireland or across EMEA.

Duration 2 Days 12 CPD hours This course is intended for The primary audiences for this course are quality directors and quality assurance managers, managers responsible for the governance of an enterprise and management of its risks, technical experts, project managers and consultants, internal auditors, compliance officers and virtually anybody involved in ANSI/TIA-942 compliance certification related projects either from an end-user or vendor perspective. Participants must hold a valid CTDC certificate in order to be able to register for the CTIA class. Overview After completion of the course the participant will be able to: 1. Prepare the organisation for an audit according to ANSI/TIA-942 including preparation of the required documents, resource planning and management of the audit process itself 2. Conduct an internal audit according to ANSI/TIA-942 following ISO-19011 guidelines 3. Facilitate and support the external audit to ANSI/TIA-942 4. Manage the post-audit process with respect to CAR (Corrective Action Reports), gap closing and _nal certification 5. Facilitate surveillance and recertification audits This intensive course builds further on the technical understanding of the standard acquired in the CTDC© (Certified TIA-942 Design Consultant) course. FUNDAMENTAL CONCEPTS AND PROCESS OF AN INTERNAL AUDIT * Terms and de_nitions * Difference between an internal and external auditor * Audit principles * Auditor competency requirements MANAGING AN AUDIT PROGRAMME * Establishing the audit objectives * Establishing the audit programme PLANNING THE AUDIT * Planning the schedule * Resource planning * Tools/equipment required * Document requirements * - Design documents * - Process documents * - Declarations CONDUCTING THE AUDIT * Conducting an opening meeting * Conducting the audit * Interviews * Document review * Facility review * Typical non-conformities * - Architectura * - Electrica * - Mechanical * - Telecommunications * Preparing the audit conclusions * Conducting the closing meeting PREPARING AND DISTRIBUTING THE AUDIT REPORT * Audit report requirements * Classification of non-conformities * Typical format of an audit report FOLLOWING UP ON THE AUDIT * The CAR ? Corrective Action Report * Evaluation of the Corrective Action Report REQUESTING A FORMAL EXTERNAL AUDIT ISSUING A CONFORMITY CERTIFICATE * Requirements of the certificate * Registration of the certificate SURVEILLANCE AUDITS RECERTIFICATION AUDITS EXAM: CERTIFIED TIA-942 INTERNAL AUDITOR) * Actual course outline may vary depending on offering center. Contact your sales representative for more information. ADDITIONAL COURSE DETAILS: Nexus Humans Certified TIA-942 Internal Auditor (CTIA) training program is a workshop that presents an invigorating mix of sessions, lessons, and masterclasses meticulously crafted to propel your learning expedition forward. This immersive bootcamp-style experience boasts interactive lectures, hands-on labs, and collaborative hackathons, all strategically designed to fortify fundamental concepts. Guided by seasoned coaches, each session offers priceless insights and practical skills crucial for honing your expertise. Whether you're stepping into the realm of professional skills or a seasoned professional, this comprehensive course ensures you're equipped with the knowledge and prowess necessary for success. While we feel this is the best course for the Certified TIA-942 Internal Auditor (CTIA) course and one of our Top 10 we encourage you to read the course outline to make sure it is the right content for you. Additionally, private sessions, closed classes or dedicated events are available both live online and at our training centres in Dublin and London, as well as at your offices anywhere in the UK, Ireland or across EMEA.

Duration 3 Days 18 CPD hours This course is intended for Programmers Application DevelopersSystem Architects Network ArchitectsNetwork Security Architects IT Professionals w/programming experience Overview Those who attend the Ethereum Development course and pass the exam certification will have a demonstrated knowledge of:An excellent overall understanding of the Ethereum architecture and Solidity language.All functional components (including smart contracts) required to develop an Ethereum Blockchain.The understanding of how to instantiate an Ethereum application on the network.An in-depth understanding of how transactions are created and implemented on an Ethereum network. This 3 day instructor-led course is designed for programmers and developers who want to take a comprehensive deep dive in writing smart contracts and building applications that interact with them. This course provides detailed overviews of Ethereum, smart contracts, and the development language, Solidity. The student will be exposed to Ethereum?s adaptable feature set which allows the developer to design decentralized applications for countless applications. Students will also participate in hands-on programming lab sessions to learn, develop, and advance their skills in Ethereum development. The Ethereum Development Training Course is designed for those seeking an in-depth understanding and development experience of the Ethereum Blockchain platform. Students will participate in approximately 50% programming lab time providing practical experience, enhancing their knowledge and existing skill set. WHAT IS BLOCKCHAIN AND SMART CONTRACTS? * What is Blockchain and how does it work? * Bitcoin vs Ethereum * Smart Contract * How you can use Smart Contracts? * Advantages of Smart Contracts * Solidity * LAB TASK * Types of Variables in Solidity * Public and Private Code * Public Variables and Functions * Private Variables and Functions * Internal Functions * External Functions * Smart Contract Constructors * Constant Variables * Setting Variables * LAB CHALLENGE SMART CONTRACTS WITH WEB3.JS * LAB * Installing & Running the Ethereum TestRPC * Installing Web3.js * Changing the Environment in Remix * Creating the UI * Using Web3.js to Connect & Interact with the Smart Contract * SOLUTION * LAB CHALLENGE SMART CONTRACT EVENTS WITH WEB3.JS * AIM * LAB * The Current Contract * Defining the Smart Contract Event * Updating the UI * LAB CHALLENGE FUNCTIONS, MAPPINGS AND STRUCTS * THEORY * Functions * Mappings * Structs * LAB * The Smart Contract * Creating a Modifier * Using the Modifier * Web3 UI?s Modifier Handling * LAB * Creating a Struct * Creating the Mapping * Map Addition * Get from the Mapping * The Full Contract * Count from Map * LAB CHALLENGE INHERITANCE AND DEPLOYMENT * THEORY * Object-oriented programming * Inheritance * LAB * Current Contract * Creating a Base Contract * Changing from Strings to bytes * Continuing the Project * Installing MetaMask * Deploy Contract to the Ropsten Test Network * LAB * Update the HTML Form * Update the JavaScript * Using the App * LAB CHALLENGE EMBARK FRAMEWORK AND IT'S DEPLOYMENT * Blockchain (Ethereum) * Decentralized Storage (IPFS) * Decentralized Communication * Web Technologies * LAB * Installing Embark Framework * Hello World with Embark Framework * First Contract Deployment with Embark Framework SOLIDITY SMART CONTRACTS TESTING * THEORY * What is Software Testing? * LAB * LAB CHALLENGE CONTRACTS MANAGEMENT WITH FACTORIES * THEORY * Factory * LAB * LAB CHALLENGE IPFS FILES HOSTING * THEORY * IPFS * FILES HOSTING * LAB * 1. Get your hosting server * 2. Install IPFS on the Server * LAB CHALLENGE END TO END DEVELOPMENT OF DAPP * AIM * LAB * Setup the Project * Program the Smart Contract * Create the Front-end of the application * Deploy the App with IPFS * LAB CHALLENGE

Duration 3 Days 18 CPD hours This course is intended for Blockchain Architects Blockchain DevelopersApplication Developers Blockchain System AdministratorsNetwork Security Architects Cyber Security ExpertsIT Professionals w/cyber security experience Overview Those who attend the Security for Blockchain Professionals course and pass the exam certification will have a demonstrated knowledge of:Identifying and differentiating between security threats and attacks on a Blockchain network.Blockchain security methods, best practices, risk mitigation, and more.All known (to date) cyber-attack vectors on the Blockchain.Performing Blockchain network security risk analysis.A complete understanding of Blockchain?s inherent security features and risks.An excellent knowledge of best security practices for Blockchain System/Network Administrators.Demonstrating appropriate Blockchain data safeguarding techniques. This course covers all known aspects of Blockchain security that exist in the Blockchain environment today and provides a detailed overview of all Blockchain security issues, including threats, risk mitigation, node security integrity, confidentiality, best security practices, advanced Blockchain security and more. FUNDAMENTAL BLOCKCHAIN SECURITY CRYPTOGRAPHY FOR THE BLOCKCHAIN HASH FUNCTIONS * Public Key Cryptography * Elliptic Curve Cryptography * A Brief Introduction to Blockchain The Blocks * The Chains * The Network * Promises of the Blockchain * Blockchain Security Assumptions Digital Signature Security * Hash Function Security * Limitations of Basic Blockchain Security Public Key Cryptography Review * Real-Life Public Key Protection * Cryptography and Quantum Computers * Lab 1 (Tentative) Finding Hash Function Collisions Reversible hash function * Hash function with poor non-locality * Hash function with small search space * Breaking Public Key Cryptography Brute Forcing a Short Private Key * Brute Forcing a Poorly-Chosen Private Key CONSENSUS IN THE BLOCKCHAIN * Blockchain Consensus and Byzantine Generals Blockchain Networking Review * Byzantine Generals Problem Relation to Blockchain * Byzantine Fault Tolerance * Introduction to Blockchain Consensus Security Blockchain Consensus Breakthrough * Proof of Work What is Proof of Work? * How does Proof of Work Solve BGP? * Proof of Work Security Assumptions * Attacking Proof of Work * Proof of Stake What is Proof of Stake? * How does Proof of Stake Solve BGP? * Proof of Stake Security Assumptions * Attacking Proof of Stake * General Attacks on Blockchain Consensus * Other Blockchain Consensus Algorithms * Lab 2 (Tentative) Attacking Proof of Work Performing a 51% Attack * Performing a Selfish Mining Attack * Attacking Proof of Stake Performing a XX% Attack * Performing a Long-Range Attack * Malleable Transaction Attacks ADVANCED BLOCKCHAIN SECURITY MECHANISMS ARCHITECTURAL SECURITY MEASURES PERMISSIONED BLOCKCHAINS * Checkpointing * Advanced Cryptographic Solutions Multiparty Signatures * Zero-Knowledge Proofs * Stealth Addresses * Ring Signatures * Confidential Transactions * Lab 3 (Tentative) Permissioned Blockchains * 51% on a Checkpointed Blockchain * Data mining on a blockchain with/without stealth addresses * Zero-Knowledge Proof Simulation * Trying to fake knowledge of a ZKP * Module 4: Blockchain for Business Introduction to Ethereum Security What is Ethereum * Consensus in Ethereum * Smart Contracts in Ethereum * Ethereum Security * Pros and Cons of Ethereum Blockchains * Introduction to Hyperledger Security What is Hyperledger * Consensus in Hyperledger * Smart Contracts in Hyperledger * Hyperledger Security * Pros and Cons of Hyperledger Blockchains * Introduction to Corda Security What is Corda * Consensus in Corda * Smart Contracts in Corda * Corda Security * Pros and Cons of Corda Blockchains * Lab 4 BLOCKCHAIN RISK ASSESSMENT WHAT ARE THE RISKS OF THE BLOCKCHAIN? * Information Security * Information Sensitivity Data being placed on blockchain * Risks of disclosure * Regulatory Requirements Data encryption * Data control * PII protection * Blockchain Architectural Design Public and Private Blockchains * Open and Permissioned Blockchains * Choosing a Blockchain Architecture * Lab 5 * Exploring public/private open/permissioned blockchains? BASIC BLOCKCHAIN SECURITY BLOCKCHAIN ARCHITECTURE * User Security Protecting Private Keys * Malware * Update * Node Security * Configuring MSPs * Network Security * Lab 6 (TBD) SMART CONTRACT SECURITY INTRODUCTION TO SMART CONTRACTS * Smart Contract Security Considerations Turing-Complete * Lifetime * External Software * Smart Contract Code Auditing Difficulties * Techniques * Tools * Lab 7 (Tentative) * Try a couple of smart contract code auditing tool against different contracts with built-in vulnerabilities * Module 8: Security Implementing Business Blockchains Ethereum Best Practices * Hyperledger Best Practices * Corda Best Practices * Lab 8 NETWORK-LEVEL VULNERABILITIES AND ATTACKS INTRODUCTION TO BLOCKCHAIN NETWORK ATTACKS * 51% Attacks * Denial of Service Attacks * Eclipse Attacks * Routing Attacks * Sybil Attacks * Lab 9 * Perform different network-level attacks SYSTEM-LEVEL VULNERABILITIES AND ATTACKS INTRODUCTION TO BLOCKCHAIN SYSTEM VULNERABILITIES * The Bitcoin Hack * The Verge Hack * The EOS Vulnerability * Lab 10 SMART CONTRACT VULNERABILITIES AND ATTACKS INTRODUCTION TO COMMON SMART CONTRACT VULNERABILITIES * Reentrancy * Access Control * Arithmetic * Unchecked Return Values * Denial of Service * Bad Randomness * Race Conditions * Timestamp Dependence * Short Addresses * Lab 11 * Exploiting vulnerable smart contracts SECURITY OF ALTERNATIVE DLT ARCHITECTURES WHAT ARE ALTERNATIVE DLT ARCHITECTURES? * Introduction to Directed Acyclic Graphs (DAGs) * DAGs vs. Blockchains * Advantages of DAGs * DAG Vulnerabilities and Security * Lab 12 * Exploring a DAG network

Duration 3 Days 18 CPD hours This course is intended for Technical Leaders Overview What is BlockchainHow does Blockchain workTypes of BlockchainsHow is Blockchain different from what we have todayWhat are use cases for BlockchainWhat does a Blockchain app look likeHow do I design a Blockchain appHow do I develop a Blockchain appHow do I test a Blockchain app This instructor-led 3 day Blockchain Architecture training is for technical leaders who need to make decisions about architecture, environment, and development platforms. WHAT IS BLOCKCHAIN? * A record keeping system * Trust * Decentralization * Trustless environment HOW DOES BLOCKCHAIN WORK? * Announcements * Blocks * Nodes * Chaining * Verification * Consensus * Scalability * Privacy * Crypto Hashing * Digital Fingerprinting * PoW vs PoS TYPES OF BLOCKCHAINS * Public vs Private * Open vs closed * Smart Contracts * Blockchain as History * Tokens / Coins * Gas HOW IS BLOCKCHAIN DIFFERENT FROM WHAT WE HAVE TODAY? * Decentralized * Peer-to-peer architecture * Software vs Firmware * Database vs Blockchain * Distributed database or other technology? * Data Sovereignty * Group Consensus WHAT ARE USE CASES FOR BLOCKCHAIN? * Use Case Examples * Currency * Banking Services * Voting * Medical Records * Supply Chain / Value Chain * Content Distribution * Verification of Software Updates (cars, planes, trains, etc) * Law Enforcement * Title and Ownership Records * Social Media and Online Credibility * Fractional asset ownership * Cable Television billing * High fault tolerance * DDoS-proof * Public or Private Blockchain? * Who are the participants? WHAT DOES A BLOCKCHAIN APP LOOK LIKE? * DApp * Resembles typical full stack web application * Any internal state changes and all transactions are written to the blockchain * Node.js * IDE * Public Blockchain visibility * Private Blockchain solutions * Oracles HOW DO I DESIGN A BLOCKCHAIN APP? * What does this solution need to let users do? * Will the proposed solution reduce or remove the problems and pain points currently felt by users? * What should this solution prevent users from doing? * Do you need a solution ready for heavy use on day 1? * Is your solution idea enhanced by the use of Blockchain? Does the use of Blockchain create a better end-user experience? If so, how? * Has your business developed custom software solutions before? * What level of support are you going to need? * How big is the developer community? * Does your vision of the future align with the project or platform's vision of the future? * Does the platform aim to make new and significant contributions to the development space, or is it an efficiency / cost play? * Should the solution be a public or private Blockchain? * Should the solution be an open or closed Blockchain? * Create a plan for contract updates and changes! * Hybrid solutions * Monetary exchanges? HOW DO I DEVELOP A BLOCKCHAIN APP? * AGILE approach pre-release * Define guiding principles up front * Software vs Firmware * Announcements, not transactions! * Classes, not contracts * Link contracts to share functions * Use calling contracts to keep contract address the same * Hyperledger vs Ethereum * CONSIDER No of Users * Avg No of Transactions (state changes) per User * Should a Blockless solution be applied? * Performance * Security * Anonymity * Security * Monolithic vs Modular * Sandwich complexity model HOW DO I TEST A BLOCKCHAIN APP? * Recommend 5x to 10x traditional application testing time * Security * Networks