This document provides an overview of Active Directory Domain Services (AD DS). It describes the physical components of AD DS including domain controllers, the global catalog, and replication. It also describes the logical components including domains, forests, organizational units, and trusts. AD DS provides centralized management of users, computers, and policies on a network. It uses domains and forests to group resources and uses replication to keep information synchronized across domain controllers.
Active Directory is a directory service that provides a centralized location to store information about networked devices, services, and users. It implements authentication, authorization, and other services to securely manage access and share information across a network. Active Directory uses a hierarchical structure and replication to distribute directory data and updates between domain controllers, providing scalability and redundancy. It supports LDAP for application access and integrates with DNS for network name resolution.
Active Directory is Microsoft's implementation of the X.500 directory service standard. It stores information about network resources and users in a centralized hierarchical database. This allows for centralized management of users, computers, applications and other resources. Active Directory uses LDAP, DNS and Kerberos for communication and authentication. It replicates information to multiple domain controllers to provide redundancy and high availability.
This document provides an overview of Active Directory Domain Services (AD DS). It discusses both the physical and logical components of AD DS, including domain controllers, global catalog servers, the data store, replication, sites, domains, trees, forests, organizational units, trusts, and common AD DS objects. The key takeaway is that AD DS provides centralized management of users, computers, and other resources on a network through authentication, authorization, and directory services.
This document provides an overview of Active Directory (AD) in Windows Server 2019. It describes what AD is, when and why it is used, and how to configure and manage it. Key components of AD are discussed such as domains, organizational units, group policy, backups. AD services like certificate services, domain services, and federation services are also summarized. The document provides best practices for using group policy and designing the AD structure.
This document provides an overview of Microsoft Active Directory, including definitions of key terms like domain, domain controller, organizational units, and group policy objects. It also discusses why PPM standalone may not work in an Active Directory environment due to Microsoft defaults preventing unknown programs from running and potential group policy restrictions. The document emphasizes getting accurate details about any issues and working with domain administrators, and reassures that the Level 2 support team can help if needed.
Active Directory Introduction
Active Directory Basics
Components of Active Directory
Active Directory hierarchical structure.
Active Directory Database.
Flexible Single Master Operations (FSMO)Role
Active Directory Services.
Some useful Tool
Active Directory stores user credentials, permissions, and other resources on a centralized and protected location. It logs all user activity and assigns or denies permissions on the network. A domain is a basic building block of the Active Directory structure and clusters computers managed by domain controllers, which are standalone servers running Active Directory services. Multiple domains can exist within a forest, which is the top-level container for an Active Directory implementation and initially contains a single root domain.
Active Directory is a centralized hierarchical directory database that contains information about all user accounts and shared network resources. It provides user logon authentication services and organizes and manages user accounts, computers, groups and network resources. Active Directory enables authorized users to easily locate network resources. It features include fully integrated security, easy administration using group policy, scalability to large networks, and flexibility through features like cross-forest trusts and site-to-site replication.
Active Directory is a directory service that provides a centralized location to store information about networked devices, services, and users. It implements authentication, authorization, and other services to securely manage access and share information across a network. Active Directory uses a hierarchical structure and replication to distribute directory data and updates between domain controllers, providing scalability and redundancy. It supports LDAP for application access and integrates with DNS for network name resolution.
Active Directory is Microsoft's implementation of the X.500 directory service standard. It stores information about network resources and users in a centralized hierarchical database. This allows for centralized management of users, computers, applications and other resources. Active Directory uses LDAP, DNS and Kerberos for communication and authentication. It replicates information to multiple domain controllers to provide redundancy and high availability.
This document provides an overview of Active Directory Domain Services (AD DS). It discusses both the physical and logical components of AD DS, including domain controllers, global catalog servers, the data store, replication, sites, domains, trees, forests, organizational units, trusts, and common AD DS objects. The key takeaway is that AD DS provides centralized management of users, computers, and other resources on a network through authentication, authorization, and directory services.
This document provides an overview of Active Directory (AD) in Windows Server 2019. It describes what AD is, when and why it is used, and how to configure and manage it. Key components of AD are discussed such as domains, organizational units, group policy, backups. AD services like certificate services, domain services, and federation services are also summarized. The document provides best practices for using group policy and designing the AD structure.
This document provides an overview of Microsoft Active Directory, including definitions of key terms like domain, domain controller, organizational units, and group policy objects. It also discusses why PPM standalone may not work in an Active Directory environment due to Microsoft defaults preventing unknown programs from running and potential group policy restrictions. The document emphasizes getting accurate details about any issues and working with domain administrators, and reassures that the Level 2 support team can help if needed.
Active Directory Introduction
Active Directory Basics
Components of Active Directory
Active Directory hierarchical structure.
Active Directory Database.
Flexible Single Master Operations (FSMO)Role
Active Directory Services.
Some useful Tool
Active Directory stores user credentials, permissions, and other resources on a centralized and protected location. It logs all user activity and assigns or denies permissions on the network. A domain is a basic building block of the Active Directory structure and clusters computers managed by domain controllers, which are standalone servers running Active Directory services. Multiple domains can exist within a forest, which is the top-level container for an Active Directory implementation and initially contains a single root domain.
Active Directory is a centralized hierarchical directory database that contains information about all user accounts and shared network resources. It provides user logon authentication services and organizes and manages user accounts, computers, groups and network resources. Active Directory enables authorized users to easily locate network resources. It features include fully integrated security, easy administration using group policy, scalability to large networks, and flexibility through features like cross-forest trusts and site-to-site replication.
This document provides an overview of Active Directory Domain Services (AD DS) and instructions for installing domain controllers. It covers the following key points:
- AD DS has both logical components like domains, forests and organizational units, as well as physical components like domain controllers and global catalog servers.
- A domain controller authenticates users, authorizes access, and holds a copy of the domain database. At least two domain controllers are recommended for availability.
- Domain controllers use Kerberos authentication and the global catalog stores partial attributes for objects across forests to enable cross-forest queries.
- Installing a domain controller can be done from Server Manager, on Server Core, by upgrading an existing controller, or using install
Active Directory (AD) is Microsoft's directory service that provides a centralized hierarchical view and management of network resources. As an index of files on a computer, AD allows users to be granted permissions to access resources. It delegates authority through a centralized administration mechanism that automates network management and enables different systems to work together. Basic AD networks consist of forests, domains, organizational units, sites, and domains which are collections of computers that share policies, authentication, and a database maintained by domain controllers. Everything tracked in AD is considered an object, while stale references are known as phantoms. LDAP (Lightweight Directory Access Protocol) enables locating resources and should be mastered through LDAP search queries.
This document provides an overview of administering Active Directory. It discusses security principals like user accounts, groups, and computer accounts that serve as the basis for Active Directory security. It also covers organizational units that provide logical grouping of resources and allow delegating administrative control. Group policies and properties of Active Directory objects like groups are also summarized, including details on group types, scopes, and inheritance settings.
This document outlines Active Directory Domain Services (AD DS), including its introduction as a centralized directory service for Windows networks, architecture using LDAP protocol, components like domains and forests, and authentication and authorization processes. It also discusses benefits like single sign-on access and centralized management, limitations such as costs, and concludes that AD DS enables centralized network management compared to workgroup networks.
This document provides an overview of LDAP (Lightweight Directory Access Protocol):
- LDAP is a protocol for querying and modifying directory services running over TCP/IP networks. It allows clients to retrieve and store information about users, computers, applications and other network resources from a central directory server.
- A directory in LDAP refers to a specialized database that stores information in an organized manner to be easily shared among applications. The directory structure follows a tree hierarchy defined by distinguished names.
- Common LDAP operations include binding, searching, comparing, adding, deleting and modifying directory entries. Microsoft Active Directory is a widely used LDAP-compliant directory service that centralizes user authentication and authorization.
- LDAP is commonly used to
Active Directory Domain Services (AD DS) is an identity and access management solution that stores information about users and groups, authenticates identities using Kerberos authentication, and controls access. It consists of an Active Directory data store, domain controllers that perform authentication and other services, domains, forests, trees, and functional levels. Installing AD DS requires permissions, network configuration, server requirements, and following the installation process which can be done in advanced mode or from installation media. Domain controller roles include global catalog servers and operations masters, and time synchronization is provided by the PDC emulator and Windows Time service.
Active Directory Domain Services (AD DS) is Microsoft's directory service that provides identity and access management technologies. It stores identity information and authenticates users and computers. The Active Directory data store contains objects like users, groups, computers and policies. Domain controllers host the data store and authenticate access. AD DS supports features like authentication, authorization, single sign-on, certificate services, information protection and more through technologies like Active Directory, Active Directory Lightweight Directory Services, Active Directory Certificate Services, Active Directory Rights Management Services, and Active Directory Federation Services.
Active Directory is a directory service created by Microsoft that allows the management of users, groups, computers and other network resources. It uses a centralized database that contains information about these objects and authenticates users on the network. Administrators can use Active Directory to control permissions, security settings and other policies for all connected computers from a central location. It provides benefits like single sign-on, centralized management and automation of tasks. Active Directory requires a Windows server and networking infrastructure and planning is important for successful implementation and management of the directory service.
This document provides an overview of Active Directory, including its logical and physical structures. Logically, Active Directory uses domains, organizational units (OUs), trees, and forests to organize objects in a hierarchical manner. Physically, it leverages sites and domain controllers to replicate data across network locations. Key Active Directory components include objects like users and groups, attributes that describe these objects, and the schema that defines object classes and permissible attributes.
The document provides an overview of Active Directory Domain Services (ADDS). It discusses the key components and concepts of ADDS including physical/logical blocks, folders created during installation, protocols used, partitions, forest/tree/domain structure, objects, replication, roles, trusts, and the process for installing and configuring ADDS. The installation process involves adding the AD DS role, selecting features, promoting the server, and configuring options including DNS, database paths, and sysvol folder.
This document provides an overview of Windows 2003 Active Directory. It discusses what Active Directory is, how to build and use its features, the objects it contains, and how to audit Active Directory. It also describes Active Directory's hierarchical structure of domains, trees, forests and trust relationships. The document outlines how to install Active Directory and use tools like DCPROMO. It explains how Active Directory integrates with DNS and is based on directory protocols like LDAP.
This document summarizes the architecture of Active Directory, including its primary components. It describes how Active Directory stores data in objects that have attributes and are organized via a customizable schema. Objects are stored in containers, the main types being domains, sites, and organizational units. There are two types of objects - container objects that hold other objects, and leaf objects that are located at the ends of the hierarchical structure. The document also discusses how objects are named and referenced in Active Directory.
The document discusses Active Directory and its components. Active Directory is a directory service that stores information about network objects like users and passwords. It uses LDAP, Kerberos, and DNS protocols. LDAP allows reading/editing directories over IP networks. Kerberos provides secure authentication between nodes. DNS translates names to IP addresses. Active Directory provides services like domain services, lightweight directory services, certificate services, rights management, and federation services.
Overview of the Domain Name System (DNS).
In the early days of the Internet, hosts had a fixed IP address.
Reaching a host required to know its numeric IP address.
With the growing number of hosts this scheme became quickly awkward and difficult to use.
DNS was introduced to give hosts human readable names that would be translated into a numeric IP addresses on the fly when a requesting host tried to reach another host.
To facilitate a distributed administration of the domain names, a hierarchic scheme was introduced where responsibility to manage domain names is delegated to organizations which can further delegate management of sub-domains.
Due to its importance in the operation of the Internet, domain name servers are usually operated redundantly. The databases of both servers are periodically synchronized.
Windows Server 2012 Managing Active Directory DomainNapoleon NV
This document provides an overview of a Microsoft course module on managing Active Directory Domain Services objects. It covers topics like managing user accounts, group accounts, and computer accounts. It also discusses delegating administration and tools for managing AD DS objects like Active Directory Users and Computers. Demonstrations are provided on managing user accounts, groups, and delegating administrative control. Exercises in the lab section involve delegating administration for a branch office, creating and configuring user accounts, and managing computer objects in AD DS.
The Who, What, Why and How of Active Directory Federation Services (AD FS)Jay Simcox
The document provides an overview of Active Directory Federation Services (ADFS) by discussing who benefits from ADFS, what ADFS is, how it works, and best practices for implementation. It explains that ADFS allows secure sharing of identity information and single sign-on access across applications. The key components of ADFS include the SharePoint Security Token Service, token-signing certificate, Identity Provider, identity and group claims, and relying party security token service.
A primer that I put together for my Network Engineering team to help them understand Exchange. This goes into detail on how MAPI, and other exchange stack protocols work across the network.
Active Directory is a directory service that stores information about a computer network and allows centralized management. It provides features like hierarchical organization, a distributed database, scalability, security, and flexibility. When deploying Active Directory, it is important to plan the domain structure and verify the file system is using NTFS. Windows Server 2016 supports domain and forest functionality levels that determine available features. New features in Windows Server 2016 Active Directory include privileged access management, Azure AD join, and Microsoft Passport. Read-only domain controllers allow read-only access to Active Directory in less secure locations. Prerequisites like server hardware requirements must be met before installing Active Directory.
The document discusses new features in Windows Server 2019, including system insights for predictive analytics, storage improvements like ReFS support and larger scale limits, and networking enhancements such as virtual network peering and egress bandwidth metering. It also covers updates to Hyper-V, Remote Desktop Services, Windows Virtual Desktop, and graphics virtualization technology. The end of the document requests input on using Server Core and introduces a new Server Core App Compatibility feature.
ADDS (Active directory Domain Service) in side serverBilalMehmood44
This document provides an overview of Active Directory Domain Services (AD DS). It discusses the logical and physical components of AD DS, including domain controllers, global catalog servers, the AD DS data store, replication, sites, domains, trees, and organizational units. It describes how AD DS uses LDAP as a protocol and provides centralized management, single sign-on access, and integrated security for a network.
This document provides an overview of Active Directory Domain Services (AD DS) and instructions for installing domain controllers. It covers the following key points:
- AD DS has both logical components like domains, forests and organizational units, as well as physical components like domain controllers and global catalog servers.
- A domain controller authenticates users, authorizes access, and holds a copy of the domain database. At least two domain controllers are recommended for availability.
- Domain controllers use Kerberos authentication and the global catalog stores partial attributes for objects across forests to enable cross-forest queries.
- Installing a domain controller can be done from Server Manager, on Server Core, by upgrading an existing controller, or using install
Active Directory (AD) is Microsoft's directory service that provides a centralized hierarchical view and management of network resources. As an index of files on a computer, AD allows users to be granted permissions to access resources. It delegates authority through a centralized administration mechanism that automates network management and enables different systems to work together. Basic AD networks consist of forests, domains, organizational units, sites, and domains which are collections of computers that share policies, authentication, and a database maintained by domain controllers. Everything tracked in AD is considered an object, while stale references are known as phantoms. LDAP (Lightweight Directory Access Protocol) enables locating resources and should be mastered through LDAP search queries.
This document provides an overview of administering Active Directory. It discusses security principals like user accounts, groups, and computer accounts that serve as the basis for Active Directory security. It also covers organizational units that provide logical grouping of resources and allow delegating administrative control. Group policies and properties of Active Directory objects like groups are also summarized, including details on group types, scopes, and inheritance settings.
This document outlines Active Directory Domain Services (AD DS), including its introduction as a centralized directory service for Windows networks, architecture using LDAP protocol, components like domains and forests, and authentication and authorization processes. It also discusses benefits like single sign-on access and centralized management, limitations such as costs, and concludes that AD DS enables centralized network management compared to workgroup networks.
This document provides an overview of LDAP (Lightweight Directory Access Protocol):
- LDAP is a protocol for querying and modifying directory services running over TCP/IP networks. It allows clients to retrieve and store information about users, computers, applications and other network resources from a central directory server.
- A directory in LDAP refers to a specialized database that stores information in an organized manner to be easily shared among applications. The directory structure follows a tree hierarchy defined by distinguished names.
- Common LDAP operations include binding, searching, comparing, adding, deleting and modifying directory entries. Microsoft Active Directory is a widely used LDAP-compliant directory service that centralizes user authentication and authorization.
- LDAP is commonly used to
Active Directory Domain Services (AD DS) is an identity and access management solution that stores information about users and groups, authenticates identities using Kerberos authentication, and controls access. It consists of an Active Directory data store, domain controllers that perform authentication and other services, domains, forests, trees, and functional levels. Installing AD DS requires permissions, network configuration, server requirements, and following the installation process which can be done in advanced mode or from installation media. Domain controller roles include global catalog servers and operations masters, and time synchronization is provided by the PDC emulator and Windows Time service.
Active Directory Domain Services (AD DS) is Microsoft's directory service that provides identity and access management technologies. It stores identity information and authenticates users and computers. The Active Directory data store contains objects like users, groups, computers and policies. Domain controllers host the data store and authenticate access. AD DS supports features like authentication, authorization, single sign-on, certificate services, information protection and more through technologies like Active Directory, Active Directory Lightweight Directory Services, Active Directory Certificate Services, Active Directory Rights Management Services, and Active Directory Federation Services.
Active Directory is a directory service created by Microsoft that allows the management of users, groups, computers and other network resources. It uses a centralized database that contains information about these objects and authenticates users on the network. Administrators can use Active Directory to control permissions, security settings and other policies for all connected computers from a central location. It provides benefits like single sign-on, centralized management and automation of tasks. Active Directory requires a Windows server and networking infrastructure and planning is important for successful implementation and management of the directory service.
This document provides an overview of Active Directory, including its logical and physical structures. Logically, Active Directory uses domains, organizational units (OUs), trees, and forests to organize objects in a hierarchical manner. Physically, it leverages sites and domain controllers to replicate data across network locations. Key Active Directory components include objects like users and groups, attributes that describe these objects, and the schema that defines object classes and permissible attributes.
The document provides an overview of Active Directory Domain Services (ADDS). It discusses the key components and concepts of ADDS including physical/logical blocks, folders created during installation, protocols used, partitions, forest/tree/domain structure, objects, replication, roles, trusts, and the process for installing and configuring ADDS. The installation process involves adding the AD DS role, selecting features, promoting the server, and configuring options including DNS, database paths, and sysvol folder.
This document provides an overview of Windows 2003 Active Directory. It discusses what Active Directory is, how to build and use its features, the objects it contains, and how to audit Active Directory. It also describes Active Directory's hierarchical structure of domains, trees, forests and trust relationships. The document outlines how to install Active Directory and use tools like DCPROMO. It explains how Active Directory integrates with DNS and is based on directory protocols like LDAP.
This document summarizes the architecture of Active Directory, including its primary components. It describes how Active Directory stores data in objects that have attributes and are organized via a customizable schema. Objects are stored in containers, the main types being domains, sites, and organizational units. There are two types of objects - container objects that hold other objects, and leaf objects that are located at the ends of the hierarchical structure. The document also discusses how objects are named and referenced in Active Directory.
The document discusses Active Directory and its components. Active Directory is a directory service that stores information about network objects like users and passwords. It uses LDAP, Kerberos, and DNS protocols. LDAP allows reading/editing directories over IP networks. Kerberos provides secure authentication between nodes. DNS translates names to IP addresses. Active Directory provides services like domain services, lightweight directory services, certificate services, rights management, and federation services.
Overview of the Domain Name System (DNS).
In the early days of the Internet, hosts had a fixed IP address.
Reaching a host required to know its numeric IP address.
With the growing number of hosts this scheme became quickly awkward and difficult to use.
DNS was introduced to give hosts human readable names that would be translated into a numeric IP addresses on the fly when a requesting host tried to reach another host.
To facilitate a distributed administration of the domain names, a hierarchic scheme was introduced where responsibility to manage domain names is delegated to organizations which can further delegate management of sub-domains.
Due to its importance in the operation of the Internet, domain name servers are usually operated redundantly. The databases of both servers are periodically synchronized.
Windows Server 2012 Managing Active Directory DomainNapoleon NV
This document provides an overview of a Microsoft course module on managing Active Directory Domain Services objects. It covers topics like managing user accounts, group accounts, and computer accounts. It also discusses delegating administration and tools for managing AD DS objects like Active Directory Users and Computers. Demonstrations are provided on managing user accounts, groups, and delegating administrative control. Exercises in the lab section involve delegating administration for a branch office, creating and configuring user accounts, and managing computer objects in AD DS.
The Who, What, Why and How of Active Directory Federation Services (AD FS)Jay Simcox
The document provides an overview of Active Directory Federation Services (ADFS) by discussing who benefits from ADFS, what ADFS is, how it works, and best practices for implementation. It explains that ADFS allows secure sharing of identity information and single sign-on access across applications. The key components of ADFS include the SharePoint Security Token Service, token-signing certificate, Identity Provider, identity and group claims, and relying party security token service.
A primer that I put together for my Network Engineering team to help them understand Exchange. This goes into detail on how MAPI, and other exchange stack protocols work across the network.
Active Directory is a directory service that stores information about a computer network and allows centralized management. It provides features like hierarchical organization, a distributed database, scalability, security, and flexibility. When deploying Active Directory, it is important to plan the domain structure and verify the file system is using NTFS. Windows Server 2016 supports domain and forest functionality levels that determine available features. New features in Windows Server 2016 Active Directory include privileged access management, Azure AD join, and Microsoft Passport. Read-only domain controllers allow read-only access to Active Directory in less secure locations. Prerequisites like server hardware requirements must be met before installing Active Directory.
The document discusses new features in Windows Server 2019, including system insights for predictive analytics, storage improvements like ReFS support and larger scale limits, and networking enhancements such as virtual network peering and egress bandwidth metering. It also covers updates to Hyper-V, Remote Desktop Services, Windows Virtual Desktop, and graphics virtualization technology. The end of the document requests input on using Server Core and introduces a new Server Core App Compatibility feature.
ADDS (Active directory Domain Service) in side serverBilalMehmood44
This document provides an overview of Active Directory Domain Services (AD DS). It discusses the logical and physical components of AD DS, including domain controllers, global catalog servers, the AD DS data store, replication, sites, domains, trees, and organizational units. It describes how AD DS uses LDAP as a protocol and provides centralized management, single sign-on access, and integrated security for a network.
A domain controller is a server that authenticates users and enforces security policies on a network domain. It stores user account information and allows access to domain resources. The primary responsibilities of a domain controller are to authenticate users when they log in and check their credentials to grant or deny network access. Domain controllers are typically deployed in clusters to ensure high availability. In Microsoft Windows environments, one domain controller acts as the primary domain controller while others act as backup domain controllers.
Active Directory Domain Services (AD DS) is a core component of Active Directory that provides authentication of users and determines access to network resources using security certificates, LDAP, and rights management. It stores identity data in a directory on domain controllers that is replicated across domains. Administrative policies can be centrally configured and applied to objects like users, groups, and organizational units stored in the Active Directory data store.
1. Active Directory (AD) is a collection of services used to manage identity and access to network resources. It includes Active Directory Domain Services (AD DS) for centralized management of users, computers, and other objects.
2. AD DS provides authentication, authorization, and centralized management of accounts, groups, policies and other network resources. Azure Active Directory (Azure AD) provides similar identity and access management in the cloud.
3. Azure AD and AD DS differ in deployment, management, supported applications, and authentication protocols. Azure AD is hosted as a platform-as-a-service while AD DS requires on-premise infrastructure. AD DS supports legacy applications while Azure AD supports modern, cloud-based applications.
This document discusses Microsoft Active Directory (AD), a directory service that centrally manages network resources and users. AD utilizes a distributed architecture that replicates information across domain controllers to provide redundancy and availability. Key features of AD include integrating with DNS, providing user and resource management capabilities, and supporting authentication. The document also provides an example of how AD was implemented at a company to reduce IT costs and improve security. Open directory services from Apple are mentioned as an open source alternative to AD.
This module covers implementing dynamic access control (DAC) in Windows Server 2012. It includes lessons on overview of DAC, implementing DAC components like claims and resource properties, using DAC for access control, access denied assistance, and managing work folders. The document provides demonstrations on configuring claims, properties, rules, policies, and access denied assistance. It explains how access checks work with DAC and how to manage and monitor the DAC implementation.
Active Directory (AD) is the directory service for Windows that stores information about objects on the network and makes it easy to find and use. It provides security, policy-based administration, extensibility, scalability, replication of information, integration with DNS, and interoperability. A domain is a group of servers and workstations that centralize user and machine accounts and passwords. Domains provide authentication servers, a searchable index of resources, different user powers, and organization units (OUs) for subdivision. Domains with contiguous DNS names form domain trees, and multiple domain trees form forests. When installing AD, the first step is to install it on a computer to make it a domain controller, set it as the
This module introduces Active Directory Domain Services (AD DS). It covers the key components and concepts of AD DS, including domain controllers, domains, forests, organizational units, and replication. It also provides instructions on how to install AD DS and configure a server as a domain controller to establish a new Active Directory forest. A lab guides students through performing post-installation configuration tasks and installing a domain controller to create a single domain AD DS forest.
Christopher Chapman is a content PM at Microsoft who focuses on Active Directory training courses. The document outlines 6 Active Directory services that are covered in the course: Domain Services (user/computer management), Certificate Services (identity certification), Federation Services (single sign-on across orgs), Rights Management Services (data security controls), Lightweight Directory Services (app-specific directory without domains), and provides brief descriptions of each. The course is intended for IT help desk and networking professionals interested in Active Directory administration.
Active Directory Domain Services (AD DS) provides identity and access management functionality for enterprise networks. It stores information about users, computers, and services; authenticates users and computers; and provides access to enterprise resources. Setting up a new Active Directory domain requires planning the domain name and DNS configuration, preparing server IP settings and DNS server addresses, and choosing locations for the AD data store and SYSVOL files. The domain controller installation process configures these components to establish the new Active Directory domain.
Active Directory is a directory service that provides centralized management of users, groups, computers, and other network resources. A server running Active Directory Domain Services is called a domain controller and authenticates users, enforces security policies, and manages software updates. Active Directory consists of multiple directory services including Domain Services, Lightweight Directory Services, Certificate Services, Federation Services, and Rights Management Services that provide functions like single sign-on, certificate issuance, and rights management.
This document provides an overview of a Microsoft course on implementing distributed Active Directory Domain Services deployments. It covers:
- Deploying multiple domains and forests to meet organizational needs like security isolation, incompatible schemas, or multinational requirements.
- Configuring trusts between domains and forests, including transitive parent-child trusts within a forest and selective two-way trusts between forests.
- Upgrading existing AD DS environments to Windows Server 2012 R2 through in-place upgrades or introducing new domain controllers.
- Migrating user and group accounts between forests while maintaining access through SID history during inter-forest migrations.
The document includes demonstrations and exercises on implementing child domains, configuring forest
1. The document discusses implementing Active Directory Domain Services (AD DS) sites and replication, including configuring AD DS sites, site links, and intersite replication.
2. It describes tools for monitoring AD DS replication such as Repadmin and Dcdiag and best practices for deploying read-only domain controllers.
3. The lab scenario involves optimizing AD DS replication between a London HQ site and branch office sites in Toronto and a test site to address slow sign-ins and resource access.
Active Directory (AD) is a centralized directory service that provides a single point of access for network resources. It utilizes standards like LDAP and DNS to organize users, groups, computers, policies and other objects in a hierarchical structure. Key components of AD include domains, trees, forests, organizational units, and sites. Domains define the boundaries for authentication, administration and replication. Trees and forests connect related domains. Organizational units help organize objects. Sites represent physical network locations and define replication scopes.
This document provides an overview of Module 4 which covers implementing distributed Active Directory Domain Services deployments. It includes 3 lessons: an overview of distributed AD DS deployments; deploying a distributed AD DS environment; and configuring AD DS trusts. The lessons discuss topics such as AD DS components, domain and forest boundaries, reasons for multiple domains/forests, integrating on-premises AD DS with cloud services, upgrading and migrating AD DS, and configuring different types of trusts within and between forests.
The document provides an overview of Oracle Database integration with Active Directory and Windows security. It discusses features such as database registration and name resolution in Active Directory, single sign-on using Windows native authentication and Kerberos, security integration for .NET applications, and using Oracle Virtual Directory for centralized enterprise user security and management. Configuration details are provided for each feature along with demos. The presentation is intended for informational purposes only and Oracle retains sole discretion over product features and release timing.
In this session we will talk through deployment scenarios, design considerations and introduce AWS Active Directory Service. AWS Directory Service is a managed service that allows you to connect your AWS resources with an existing on-premises Microsoft Active Directory or to set up a new, stand-alone directory in the AWS cloud.
Many Windows shops want to move to the cloud, but are overwhelmed by the numerous options. In this talk we will take a look at how to move your Active Directory environment into AWS and provide some tips and tricks on how to make the most of the options available.
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Discover the cutting-edge telemetry solution implemented for Alan Wake 2 by Remedy Entertainment in collaboration with AWS. This comprehensive presentation dives into our objectives, detailing how we utilized advanced analytics to drive gameplay improvements and player engagement.
Key highlights include:
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Tech Stack: Leveraging AWS services such as EKS for hosting, WAF for security, Karpenter for instance optimization, S3 for data storage, and OpenTelemetry Collector for data collection. EventBridge and Lambda were used for data compression, while Glue ETL and Athena facilitated data transformation and preparation.
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Achievements: Successfully managing 700 million to 1 billion events per month at a cost-effective rate, with significant savings compared to commercial solutions. This approach has enabled simplified scaling and substantial improvements in game design, reducing player churn through targeted adjustments.
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202406 - Cape Town Snowflake User Group - LLM & RAG.pdfDouglas Day
Content from the July 2024 Cape Town Snowflake User Group focusing on Large Language Model (LLM) functions in Snowflake Cortex. Topics include:
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Do People Really Know Their Fertility Intentions? Correspondence between Sel...Xiao Xu
Fertility intention data from surveys often serve as a crucial component in modeling fertility behaviors. Yet, the persistent gap between stated intentions and actual fertility decisions, coupled with the prevalence of uncertain responses, has cast doubt on the overall utility of intentions and sparked controversies about their nature. In this study, we use survey data from a representative sample of Dutch women. With the help of open-ended questions (OEQs) on fertility and Natural Language Processing (NLP) methods, we are able to conduct an in-depth analysis of fertility narratives. Specifically, we annotate the (expert) perceived fertility intentions of respondents and compare them to their self-reported intentions from the survey. Through this analysis, we aim to reveal the disparities between self-reported intentions and the narratives. Furthermore, by applying neural topic modeling methods, we could uncover which topics and characteristics are more prevalent among respondents who exhibit a significant discrepancy between their stated intentions and their probable future behavior, as reflected in their narratives.
Difference in Differences - Does Strict Speed Limit Restrictions Reduce Road ...ThinkInnovation
Objective
To identify the impact of speed limit restrictions in different constituencies over the years with the help of DID technique to conclude whether having strict speed limit restrictions can help to reduce the increasing number of road accidents on weekends.
Context*
Generally, on weekends people tend to spend time with their family and friends and go for outings, parties, shopping, etc. which results in an increased number of vehicles and crowds on the roads.
Over the years a rapid increase in road casualties was observed on weekends by the Government.
In the year 2005, the Government wanted to identify the impact of road safety laws, especially the speed limit restrictions in different states with the help of government records for the past 10 years (1995-2004), the objective was to introduce/revive road safety laws accordingly for all the states to reduce the increasing number of road casualties on weekends
* The Speed limit restriction can be observed before 2000 year as well, but the strict speed limit restriction rule was implemented from 2000 year to understand the impact
Strategies
Observe the Difference in Differences between ‘year’ >= 2000 & ‘year’ <2000
Observe the outcome from multiple linear regression by considering all the independent variables & the interaction term
Optimizing Feldera: Integrating Advanced UDFs and Enhanced SQL Functionality ...mparmparousiskostas
This report explores our contributions to the Feldera Continuous Analytics Platform, aimed at enhancing its real-time data processing capabilities. Our primary advancements include the integration of advanced User-Defined Functions (UDFs) and the enhancement of SQL functionality. Specifically, we introduced Rust-based UDFs for high-performance data transformations and extended SQL to support inline table queries and aggregate functions within INSERT INTO statements. These developments significantly improve Feldera’s ability to handle complex data manipulations and transformations, making it a more versatile and powerful tool for real-time analytics. Through these enhancements, Feldera is now better equipped to support sophisticated continuous data processing needs, enabling users to execute complex analytics with greater efficiency and flexibility.
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02-Active Directory Domain Services.pptx
1.
2. • Overview of AD DS
• AD DS Physical Components
• AD DS Logical Components
Module Overview
3. • What is Active Directory?
– A collection of services (Server
Roles and Features) used to
manage identity and access
for and to resources on a
network
What is Active Directory
Domain
Services
• Internal
Accounts
• Authorization
• Authentication
Federation
Services
• Network
Access for
External
Resources
Certificate
Services
• Identity
• Non-
Repudiation
Rights
Management
Services
• Content
Security and
Control
Lightweight
Directory
Services
• Application
Templates
Active Directory
• Identity
• Access
• Centralized
Management
4. • AD Domain Services (AD DS)
– Users, Computers, Policies
• AD Certificate Services (AD CS)
– Service, Client, Server and User identification
• AD Federation Services (AD FS)
– Resource access across traditional boundaries
• AD Rights Management Services (AD RMS)
– Maintain security of data
• AD Lightweight Directory Services (AD LDS)
Active Directory Roles
5. • What is Active Directory
Domain Services?
– A directory service is both
the directory information
source and the service that
makes the information
available and usable
– A phone book…
What is AD DS?
Windows
Server
• Mgmt Profile
• Network Info
• Printers
• Shares
Windows
User
• Account
Information
• Privileges
• Profiles
• Policies
Windows
Client
• Mgmt Profile
• Network Info
• Policies
Email
Servers
• Mailbox
Information
• Address
Book
Applications
• Server
Config
• SSO
• App-Specific
Directory
Info
Network
Devices
• Config
• QoS Policy
• Security
Policy
Active Directory
Domain Services
• Manageability
• Security
• Interoperability
6. • Scalable, secure, and manageable infrastructure for user and
resource management
– stores and manages information about network resources
– provides support for directory-enabled applications such as
Microsoft® Exchange Server
– allows for centralized management
– AD DS provides built in replication and redundancy: if one Domain
Controller (DC) fails, another DC picks up the load
– All access to network resources goes through AD DS, which keeps
network access rights management centralized
– Easily Integrated with Network Devices (ex: Radius, etc)
What does AD DS do?
7. • Protocol
• What is Authentication?
• What is Authorization?
• Why Deploy AD DS?
• Centralized Network Management
• Requirements for Installing AD DS
• Overview of AD DS and DNS
• Overview of AD DS Components
Lesson 1: Overview of AD DS
8. Protocol
• Lightweight Directory Access Protocol (LDAP)
– X.500 Standard
– Based on TCP/IP
– A method for accessing, searching, and modifying a
directory service
– A client-server model
9. What is Authentication?
Authentication includes two components:
Authentication is the process of verifying a user’s identity on a network
• Network authentication: grants
access to network resources
• Interactive logon: grants access to
the local computer
10. What is Authorization?
Security principals are issued
security identifiers (SIDs) when the
account is created
User accounts are issued security
tokens during authentication that
include the user’s SID and all
related group SIDs
Shared resources on a network
include access control lists (ACL)
that define who can access the
resource
Authorization is a process of verifying that an authenticated user has permission to
perform an action
The security token is compared
against the Discretionary Access
Control List (DACL) on the
resource and access is granted or
denied
11. Why Deploy AD DS?
AD DS features include:
• Centralized directory
• Single sign-on access
• Integrated security
• Scalability
AD DS provides a centralized system for managing users, computers, and other
resources on a network
• Common management interface
12. Centralized Network Management
AD DS centralizes network management by
providing:
• Single location and set of tools for managing user and group accounts
• Single location for assigning access to shared network resources
• Directory service for AD DS enabled applications
• Options for configuring security policies that apply to all users and computers
• Group policies to manage user desktops and security settings
13. Object Description
TCP/IP • Configure appropriate TCP/IP and DNS server addresses.
Credentials
• To install a new AD DS forest, you need to be local
Administrator on the server. To install an additional domain
controller in an existing domain, you need to be a member of
the Domain Admins group.
Domain Name
System )DNS)
Infrastructure
• Verify that a DNS infrastructure is in place. When you install AD
DS, you can include DNS server installation, if it is needed.
• When you create a new domain, a DNS delegation is created
automatically during the installation process. Creating a DNS
delegation requires credentials that have permissions to update
the parent DNS zones.
Requirements for Installing AD DS
14. Overview of AD DS and DNS
AD DS domain controller records
must be registered in DNS to
enable other domain controllers
and client computers to locate
the domain controllers
AD DS domain names must be
DNS domain names
DNS Domain
Name
AD DS requires a DNS
infrastructure
DNS
DNS zones can be stored in AD
DS as Active Directory integrated
zones
DNS
Zone
15. Physical Components Logical Components
• Data store
• Domain controllers
• Global catalog server
• Read-Only Domain Controller
(RODC)
• Partitions
• Schema
• Domains
• Domain trees
• Forests
• Sites
• Organizational units (OUs)
AD DS is composed of both physical and logical components
Component Overview
16. Lesson 2: Overview of AD DS Physical Components
• Domain Controllers
• Global Catalog Servers
• Data Store
• Replication
• Sites
17. Domain Controllers
Domain controllers:
• Host a copy of the AD DS directory store
• Provide authentication and authorization services
• Replicate updates to other domain controllers in the domain and forest
A domain controller is a server with the AD DS server role installed that has
specifically been promoted to a domain controller
• Allow administrative access to manage user accounts and network resources
Windows Server 2008 and later supports RODCs
18. Global Catalog Servers
The global catalog:
• Contains a copy of all AD DS objects in a forest that includes only some of the
attributes for each object in the forest
• Improves efficiency of object searches by avoiding unnecessary referrals to
domain controllers
• Required for users to log on to a domain
Global catalog servers are domain controllers that also store a copy of the global
catalog
19. What is the AD DS Data Store?
The AD DS data store:
• Consists of the Ntds.dit file
• Is stored by default in the %SystemRoot%NTDS folder on all domain
controllers
• Is accessible only through the domain controller processes and protocols
The AD DS data store contains the database files and processes that store and
manage directory information for users, services, and applications
20. What is AD DS Replication?
AD DS replication:
• Ensures that all domain controllers have the same information
• Uses a multimaster replication model
• Can be managed by creating AD DS sites
AD DS replication copies all updates of the AD DS database to all other domain
controllers in a domain or forest
The AD DS replication topology is created automatically as new domain controllers
are added to the domain
21. What are Sites?
Sites are:
• Associated with IP subnets
• Used to manage replication traffic
• Used to manage client logon traffic
An AD DS site is used to represent a network segment where all domain controllers
are connected by a fast and reliable network connection
• Used by site aware applications such as Distributed File Systems (DFS) or
Exchange Server
• Used to assign group policy objects to all users and computers in a company
location
22. Lesson 3: Overview of AD DS Logical Components
• AD DS Schema
• The Basics
• Trusts
• AD DS Objects
23. The AD DS Schema:
• Defines every type of object that can be stored in the directory
• Enforces rules regarding object creation and configuration
Object Types Function Examples
Class Object
What objects can be created in the
directory
• User
• Computer
Attribute Object
Information that can be attached to an
object
• Display name
What is the AD DS Schema?
24. The Basics: Domains
Domains:
• An administrative boundary for applying policies to groups of objects
• A replication boundary for replicating data between domain controllers
• An authentication and authorization boundary that provides a way to limit the
scope of access to resources
Contoso.com
Domains are used to group and manage objects in an
organization
25. The Basics: Trees
All domains in the tree:
• Share a contiguous namespace with the parent domain
• Can have additional child domains
• By default create a two-way transitive trust with other domains
A domain tree is a hierarchy of domains in AD DS
contoso.com
na.contoso.com
emea.contoso.com
26. The Basics: Forests
Forests:
• Share a common schema
• Share a common configuration partition
• Share a common global catalog to enable searching
A forest is a collection of
one or more domain trees
• Enable trusts between all domains in the forest
• Share the Enterprise Admins and Schema Admins groups
27. The Basics: Organizational Units (OUs)
OUs are used to:
• Represent your organization hierarchically and logically
• Manage a collection of objects in a consistent way
• Delegate permissions to administer groups of objects
OUs are Active Directory containers that can contain users, groups, computers, and
other OUs
• Apply policies
29. Trusts provide a mechanism for users to gain access to resources in another domain
Types of Trusts Description Diagram
Directional
The trust direction flows from
trusting domain to the trusted
domain
Transitive
The trust relationship is extended
beyond a two-domain trust to
include other trusted domains
• All domains in a forest trust all other domains in the forest
• Trusts can extend outside the forest
Access
TRUST
Trust &
Access
Trusts
30. Object Description
User • Enables network resource access for a user
InetOrgPerson
• Similar to a user account
• Used for compatibility with other directory services
Contacts
• Used primarily to assign e-mail addresses to external users
• Does not enable network access
Groups • Used to simplify the administration of access control
Computers
• Enables authentication and auditing of computer access to
resources
Printers
• Used to simplify the process of locating and connecting to
printers
Shared folders • Enables users to search for shared folders based on properties
AD DS Objects
2 minutes
Active Directory is a collection of services (Server Roles and Features) used to manage identity and access for and to resources on a network.
2 minutes
In the next few slides you will cover each of these Windows Roles with a summary of what each is and what each does.
5 Minutes
Use the phone book
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All of the domain controllers in a particular domain can receive changes and replicate those changes to all other domain controllers in the domain. Each domain in Active Directory is identified by a Domain Name System (DNS) domain name and requires one or more domain controllers.
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