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We're here to help you find itThe ONTAP SMB Administration (CIFSAD) course is an in-depth training program designed to educate learners on the management and configuration of SMB/CIFS protocol within a NetApp ONTAP environment. The course covers the SMB protocol's essentials, including its definition, NTLM and Kerberos authentication mechanisms, and integration with Active Directory and Workgroup environments. It also delves into PowerShell and the Data ONTAP PowerShell Toolkit, providing administrative capabilities through scripting.
From setting up ONTAP 9 for domain authentication to configuring shares, sessions, and access control, the course equips learners with practical skills. Advanced topics such as group policy objects, Domain Controllers, NetBIOS aliases, workgroup membership, CIFS oplocks, and BranchCache support are also explored, offering comprehensive knowledge for optimizing SMB services on NetApp storage systems.
By completing this course, learners will gain the expertise to efficiently manage SMB/CIFS services, ensuring secure and seamless file sharing and access control within their storage infrastructure. This can lead to improved data management and network performance, making it a valuable asset for IT professionals working with NetApp ONTAP systems.
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♱ Excluding VAT/GST
You can request classroom training in any city on any date by Requesting More Information
To ensure a successful learning experience in the ONTAP SMB Administration (CIFSAD) course, the following are the minimum required prerequisites:
Please note that while these prerequisites are aimed at providing a foundation for the ONTAP SMB Administration course, individuals with a strong willingness to learn and a commitment to expanding their IT skills are also encouraged to participate. Our instructors are skilled at catering to a range of experience levels, ensuring that all participants can gain valuable knowledge from the course.
The ONTAP SMB Administration (CIFSAD) course is designed for IT professionals focused on data storage and network protocols.
Target audience for ONTAP SMB Administration (CIFSAD) course includes:
The ONTAP SMB Administration (CIFSAD) course equips learners with the foundational skills to manage SMB/CIFS protocols in a NetApp ONTAP environment, focusing on authentication, share management, and advanced configurations.
SMB/CIFS (Server Message Block/Common Internet File System) is a network protocol used mainly in Windows environments for sharing files, printers, and serial ports among various devices on a network. It allows computers connected to the same network to access and use files and resources like they are on the local machine. This protocol makes it easier to transfer files and data seamlessly between computers without the need for physical storage devices like USB sticks or external hard drives, enhancing a network's efficiency and productivity.
NTLM and Kerberos are two authentication mechanisms used to verify user identities in network environments. NTLM, an older protocol, uses a challenge-response mechanism for credentials, suitable for systems without direct network connectivity. Kerberos, more secure, utilizes tickets issued by a centralized Key Distribution Center. This allows users to securely access multiple services without repeatedly entering credentials, enhancing security through mutual authentication and encrypted data exchanges. Both systems ensure that user data and access privileges are correctly administered, crucial for maintaining secure and efficient network operations.
Configuring shares, sessions, and access control involves setting up network shared storage where multiple users can access data. Shares define the data folders available over the network. Sessions manage these connections between a user’s device and the network share, ensuring stable communication. Access control is critical to restrict data access to authorized users only, protecting sensitive information. This involves permissions and security settings that define who can view, edit, or delete files. Properly configuring these elements is essential for efficient and secure data management in any networked environment, particularly when using systems like NetApp ONTAP.
Group Policy Objects (GPOs) are tools used in Windows operating systems to manage and configure computer and user settings across a network. They help system administrators enforce settings on user and computer accounts, ensuring all devices and users adhere to the rules and policies set by the organization. This can include settings for software installation, security measures, and desktop configurations, all centralized in Active Directory. GPOs simplify the management process, enhance security, and ensure consistency, making network administration more efficient and organized.
A Domain Controller (DC) is a server in a computer network that manages user access to network resources. It authenticates users, enforces security policies, and maintains user account information. Essentially, it acts as the gatekeeper for a network domain, allowing or denying access based on predefined rules and user credentials. This centralization simplifies network management and enhances security by controlling who can access various resources within the network. By doing so, it also facilitates resource sharing and data management across the network.
NetBIOS aliases allow a single computer on a network to respond to multiple network names, enhancing flexibility and resource sharing. Essentially, this feature lets a server appear as if it's multiple servers, each with a unique identity, allowing for more efficient network organization and management. It’s particularly useful in environments where multiple services operate on a single machine but need to maintain separate identities for access and security purposes.
Workgroup membership refers to the configuration of a network setup where multiple computers are linked together to share resources without the need for a central server. This setup allows each computer, or member of the group, to have equal capabilities to use the resources like printers and files. It is not managed by a network operating system but operates on a peer-to-peer basis, making it easy to implement in small networks without elaborate technical skills or infrastructure. Ideal for small businesses or groups needing simple connectivity and resource sharing.
CIFS oplocks, or opportunistic locks, are a feature in the Common Internet File System used to enhance performance when multiple clients access a file server simultaneously. Essentially, an oplock allows a client to cache data locally, reducing network traffic and improving speed. However, if another client wants to access the same file, the server must revoke the oplock to maintain data consistency, notifying the original client to save changes. This mechanism is crucial in environments like Windows file sharing to enhance efficiency and is also relevant in scenarios involving NetApp ONTAP systems managing CIFS services.
BranchCache is a feature in Windows Server that helps to optimize internet bandwidth when accessing content on remote servers. It works by caching internet content from a central server at a branch office location, allowing users at that branch to access the content locally rather than over the internet. This leads to faster access times and reduced latency since the content is delivered from a closer source. BranchCache can operate in two modes: "Distributed Cache" where content is stored on local PCs, and "Hosted Cache" where content is stored on a designated server in the branch.
The ONTAP SMB Administration (CIFSAD) course is designed for IT professionals focused on data storage and network protocols.
Target audience for ONTAP SMB Administration (CIFSAD) course includes:
The ONTAP SMB Administration (CIFSAD) course equips learners with the foundational skills to manage SMB/CIFS protocols in a NetApp ONTAP environment, focusing on authentication, share management, and advanced configurations.
