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We're here to help you find itThe 40032-A: Networking and Security Fundamentals: 2-Pack for MTA Exams 98-366 and 98-367 course is designed to provide foundational knowledge in networking and security concepts, preparing learners for the Microsoft Technology Associate (MTA) certification exams 98-366 (Networking Fundamentals) and 98-367 (Security Fundamentals). The course is structured in a series of modules, each focusing on a key area of networking or security.
Starting with the basics of Local Area Networking, the course progresses through the OSI model, Wired and wireless networks, Internet Protocol (IP), and TCP/IP command-line tools. It delves into Networking services, Wide Area Networks (WAN), and the components of Network infrastructures and security. The security modules cover Layers of security, Authentication, Authorization, and Accounting, as well as Security policies, network security practices, and Techniques to protect servers and clients.
By completing this course, learners will gain a solid understanding of network operations and security measures, equipping them with the skills necessary to pass the 98-366 MTA and 98-367 exams and pursue further studies or entry-level careers in IT networking and security.
Successfully delivered 10 sessions for over 284 professionals
Successfully delivered 10 sessions for over 284 professionals
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♱ Excluding VAT/GST
You can request classroom training in any city on any date by Requesting More Information
To ensure that our students are well-prepared to take the 40032-A: Networking and Security Fundamentals: 2-Pack for MTA Exams 98-366 and 98-367 course, we recommend that they meet the following minimum prerequisites:
While prior technical experience is not mandatory, it can be beneficial. The course is designed to teach the fundamentals, so a willingness to learn and engage with the material is the most important requirement.
The course 40032-A covers essential networking and security principles, ideal for individuals preparing for MTA Exams 98-366 and 98-367.
Target Audience for Course 40032-A:
Gain fundamental knowledge of networking concepts and security principles through the 40032-A course, prepping you for MTA Exams 98-366 & 98-367.
Understand Local Area Networking:
Define Networks with the OSI Model:
Comprehend Wired and Wireless Networks:
Grasp Internet Protocol (IP) Fundamentals:
Implement TCP/IP in the Command Line:
Work with Networking Services:
Understand Wide Area Networks (WAN):
Define Network Infrastructures and Network Security:
Understand Security Layers:
Authentication, Authorization, and Accounting:
Understand Security Policies:
Comprehend Network Security:
Protect the Server and Client:
Local Area Networking (LAN) is a network that connects computers and devices within a limited area like a home, school, or office building. This network facilitates sharing of resources like printers and data storage, and enables the connected devices to communicate smoothly and quickly with each other. LAN setups are known for their relatively easy maintenance and cost-effectiveness, making them essential for small and medium-sized organizational operations. LAN is foundational to understanding broader networking and security concepts, potentially covered under certifications like MTA Security Fundamentals.
The OSI model is a framework used to understand how different networking technologies communicate. It divides the communication process into seven layers, each handling specific tasks, from physical data transmission at Layer 1 (Physical) to application-specific functions at Layer 7 (Application). This structure helps in designing and troubleshooting networks by providing a clear separation of functions across these layers. Each layer communicates with the one directly above or below it, passing information in a controlled and structured manner to ensure smooth data flow across a network.
Wired networks use cables to connect devices, providing a stable and fast connection often used in businesses for its reliability and security. Wireless networks, on the other hand, use radio waves to connect devices like laptops and smartphones, offering the convenience of mobility and ease of installation. Wireless setups are common in homes and places where flexibility is important. Each type serves different network needs, emphasizing either stability and speed in wired setups or mobility and ease in wireless configurations.
The Internet Protocol (IP) is a set of rules that governs how data is sent over the internet or a local network. Each device connected to the internet has a unique IP address, which is like a postal address for data, ensuring information is sent to the correct location. IP operates at the network layer and helps route data packets from the sender's device to the destination device accurately and efficiently. This protocol is fundamental for enabling devices to communicate over various interconnected networks globally.
TCP/IP command-line tools are vital utilities used for managing and troubleshooting networks on computers. They help users view detailed network configurations, understand how data packets are routed, and diagnose connectivity issues. Examples include 'ping' to test reachability of a host, 'tracert' for tracing the path data takes to reach a server, and 'ipconfig' which provides network configuration details on Windows machines. These tools are integral for anyone involved in network administration and support, empowering professionals to quickly resolve network problems and maintain efficient network operations.
Networking services involve various technologies and protocols that ensure data can be sent across different devices and networks efficiently and securely. These services include tasks like routing, switching, firewalling, network access control, and address management, among others. Effective networking ensures that data travel safely from one point to another within and between networks, supporting communication and resource sharing among users and devices. Properly managing these services is critical for maintaining the integrity and performance of IT systems in any organization.
A Wide Area Network (WAN) is a telecommunications network that extends over a large geographical area, enabling businesses and organizations to connect and communicate across cities, countries, or even continents. WANs are crucial for global connectivity, allowing for data sharing, resource allocation, and communication services beyond the local network range (LAN). This connectivity is achieved through various means like telephone lines, fiber-optic cables, or satellite links. WANs are essential for enterprises operating in multiple locations, supporting tasks ranging from emailing and file sharing to accessing centralized company databases and software applications.
Network infrastructures refer to the collective hardware and software components that support connectivity, communication, operations, and management of an enterprise network. This system provides the foundation for data transmission among users, devices, and external networks such as the internet. It includes physical components like routers, switches, and cables, as well as software for network management and security protocols to protect data. Effective network infrastructure allows for efficient data flow, supports business operations, enables communication, and provides robust security mechanisms to safeguard information.
Network security involves various policies and practices designed to protect networking infrastructure from unauthorized access, misuse, or theft. This includes protecting the integrity and usability of network and data which are accessed and managed through various hardware and software technologies. Effective network security manages access to the network and incorporates a range of defenses at the edge and in the network. Each network security layer implements policies and controls authorized users gain access to network resources, but malicious actors are blocked from carrying out exploits and threats.
Layers of security refer to a multi-tiered approach in defending a computer system or network. Each layer provides a barrier that, if one fails, the next will catch the threat. Key layers include physical security, network security, computer security, application security, and data security. This strategy helps to minimize risks by not relying on a single defense method. Properly implementing layers of security is essential for safeguarding sensitive information and systems from various cyber threats, making an understanding of security fundamentals, like those covered in the MTA Security Fundamentals certification (98-367), crucial for IT professionals.
Authentication is a security process that verifies the identity of a user or device trying to access a system, network, or application. It ensures that individuals are who they claim to be by requiring them to provide credentials, like a password, security token, or biometric data, such as a fingerprint. Proper authentication is crucial for maintaining the security of systems and protecting them from unauthorized access. It forms the first line of defense in data security and is a fundamental aspect of managing digital identities and access rights within an organization.
Authorization in technology refers to the process of granting or denying access to a network, system, or resource based on user permissions. It ensures that individuals can only access resources that are appropriate to their roles or within the permissions set by administrators. Effective authorization helps maintain security and operational integrity by ensuring only legitimate access, typically following successful authentication (where the system confirms a user's identity). It is a vital component of overall system security, often used alongside other security measures to protect sensitive information and assets within an organization.
Accounting is the systematic process of recording, measuring, and communicating information about financial transactions. It involves maintaining records of a company's financial operations to ensure accurate reporting and financial accountability. Accountants analyze this data to prepare financial reports, which demonstrate the financial position and performance of a business. These insights help stakeholders make informed decisions. Accounting is crucial for managing expenditures, assets, and liabilities, ensuring compliance with regulations, and effective financial planning.
Security policies are guidelines and regulations crafted by an organization to protect its information technology assets and data. These policies outline the responsibilities of employees, establish procedures for data management, and describe the technologies and strategies implemented to secure data and systems from threats and unauthorized access. Effective security policies help mitigate risks, ensure compliance with regulations, and maintain operational integrity by setting clear rules for users and technical measures to guard against cyber threats.
To protect servers and clients, employ multiple techniques: First, install and maintain robust firewalls to block unauthorized access. Use antivirus software to detect and eliminate malware. Regularly update all software to fix security vulnerabilities. Implement strong password policies and two-factor authentication to enhance user access security. Additionally, encrypt sensitive data to prevent data breaches if interception occurs. Educate users about phishing and other social engineering attacks to avoid accidental data compromises. Finally, conduct regular security audits and vulnerability assessments to identify and address new security risks promptly. These measures collectively boost the defense against cyber threats.
The course 40032-A covers essential networking and security principles, ideal for individuals preparing for MTA Exams 98-366 and 98-367.
Target Audience for Course 40032-A:
Gain fundamental knowledge of networking concepts and security principles through the 40032-A course, prepping you for MTA Exams 98-366 & 98-367.
Understand Local Area Networking:
Define Networks with the OSI Model:
Comprehend Wired and Wireless Networks:
Grasp Internet Protocol (IP) Fundamentals:
Implement TCP/IP in the Command Line:
Work with Networking Services:
Understand Wide Area Networks (WAN):
Define Network Infrastructures and Network Security:
Understand Security Layers:
Authentication, Authorization, and Accounting:
Understand Security Policies:
Comprehend Network Security:
Protect the Server and Client:
