Active Directory is a directory service in Windows that centrally manages user accounts, computers, groups and network resources. It provides single point of administration for these resources across an organization. Active Directory stores information about users and resources in a centralized hierarchical database. It allows network administrators to manage user access and authentication for file shares, email, applications and other network services from a single location.
Active Directory is a directory service in Windows that centrally manages user accounts, computers, groups and network resources. It provides single point of administration for these resources across an organization. Active Directory offers features like centralized management, security, scalability and flexibility. It allows easy administration of user access to files, applications and other network services through group policy.
Active Directory is a centralized directory service that stores information about users, computers, groups and network resources in a Windows network. It provides single-point administration and management of these resources. Active Directory uses a hierarchical, tree-like structure to organize domains and data into logical groups. This allows for scalable, flexible and secure administration of users and permissions across an entire network.
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
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 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 and database that allows organizations to centrally manage users, groups, computers, and other network resources. It provides authentication, authorization, and accounting services to clients on the network. Active Directory uses domain controllers to manage objects in the directory and authenticate users. It stores data in an Extensible Storage Engine database and uses sites, domains, organizational units, and other structures to logically organize objects in the directory.
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.
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 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 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 uses a "tree" concept to manage network resources and services like users, printers, servers, databases, groups, computers, and security policies. It identifies resources on a network and makes them accessible. Active Directory requires DNS for name resolution and uses domain controllers, domain and forest functional levels, trusts, and the schema to define its structure and functionality.
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.
The document discusses LDAP, Active Directory, and the Active Directory database. It provides the following key points:
1. LDAP is the directory service protocol used to query and update Active Directory. It uses distinguished names and relative distinguished names to access AD objects.
2. Active Directory is the directory service in Windows 2000 that centrally manages network resources using a hierarchical database. It requires Windows server, disk space, NTFS, TCP/IP, and administrative privileges for installation.
3. The Active Directory database includes NTDS.DIT for storing objects, EDB.LOG for transactions, EDB.CHK for tracking changes, and RES logs for additional transaction space. Garbage collection removes tombstones and
The document discusses LDAP, Active Directory, and key Active Directory concepts such as domains, forests, sites, global catalogs, schema, and single master operations. LDAP is the directory service protocol used to query and update Active Directory. Active Directory is the directory service in Windows 2000 that stores information about network resources in a hierarchical database. Key concepts covered include the minimum requirements for installing Active Directory, verifying the AD installation, the ADS database structure and garbage collection process, offline database defragmentation, domain trees and forests, the Active Directory schema, sites and their advantages, the role of the global catalog, and single master operations.
Active Directory is Microsoft's centralized directory service that automates network management. It provides a single reference for all network objects, including users, groups, computers, and permissions. Active Directory has centralized administration, redundancy with multiple domain controllers, and enables single sign-on access for authorized users. It offers improved security, flexibility, and ease of management over previous directory services.
This document contains several answers to interview questions about Active Directory. It begins by defining Active Directory as a centralized database used for administrative purposes on Microsoft domain networks. It describes Active Directory's functions like providing object information and allowing administrator security configuration. It also discusses Active Directory objects, attributes, schemas, and the forest, tree, and domain hierarchy levels. The document then provides answers to specific questions about LDAP, connecting Active Directory to other directories, the AD database location, the SYSVOL folder, AD naming contexts and replication, application partitions, and how to create a new application partition.
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.
Active Directory is Microsoft's directory service that stores information about users, groups, computers, and other network resources. The main service is Domain Services, which verifies user access to devices and servers on the network. It controls which users have access to each resource. Active Directory also includes services like Lightweight Directory Services and Certificate Services. It uses a hierarchical structure of domains, trees, and forests to organize networked elements, with domains containing objects like users and devices that share the same directory database.
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.
Active Directory is Microsoft's directory service that provides a centralized repository for user account information and authentication. It stores information in a hierarchical tree structure and depends on DNS and LDAP. Active Directory has logical components like domains, trees, forests, and organizational units as well as physical components like sites and domain controllers. It uses Flexible Single Master Operations roles to manage changes and five roles exist - Schema Master, Domain Naming Master, Infrastructure Master, RID Master, and PDC Emulator.
Active Directory is Microsoft's directory service that is the successor to LAN Manager domains. It aims to provide open standards, high scalability, simplified administration and compatibility with existing Windows NT systems and applications. Active Directory uses a hierarchical structure with domains, trees and forests. It contains objects like users, groups, computers and distribution lists. Changes are replicated between domain controllers to provide multi-master replication. Active Directory relies on DNS and requires at least two domain controllers. It is an important part of Microsoft's strategy with many applications now integrating with it.
A directory service is a database containing information about network objects. LDAP is a scaled-down implementation of the X.500 standard and is used by Active Directory and eDirectory. eDirectory partitions information by location and uses replicas, while Active Directory uses multimaster replication across domains to manage Windows networks and as a phonebook. Group policy objects in Active Directory can be applied to sites, domains, and organizational units to configure settings.
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 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.
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 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 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 uses a "tree" concept to manage network resources and services like users, printers, servers, databases, groups, computers, and security policies. It identifies resources on a network and makes them accessible. Active Directory requires DNS for name resolution and uses domain controllers, domain and forest functional levels, trusts, and the schema to define its structure and functionality.
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.
The document discusses LDAP, Active Directory, and the Active Directory database. It provides the following key points:
1. LDAP is the directory service protocol used to query and update Active Directory. It uses distinguished names and relative distinguished names to access AD objects.
2. Active Directory is the directory service in Windows 2000 that centrally manages network resources using a hierarchical database. It requires Windows server, disk space, NTFS, TCP/IP, and administrative privileges for installation.
3. The Active Directory database includes NTDS.DIT for storing objects, EDB.LOG for transactions, EDB.CHK for tracking changes, and RES logs for additional transaction space. Garbage collection removes tombstones and
The document discusses LDAP, Active Directory, and key Active Directory concepts such as domains, forests, sites, global catalogs, schema, and single master operations. LDAP is the directory service protocol used to query and update Active Directory. Active Directory is the directory service in Windows 2000 that stores information about network resources in a hierarchical database. Key concepts covered include the minimum requirements for installing Active Directory, verifying the AD installation, the ADS database structure and garbage collection process, offline database defragmentation, domain trees and forests, the Active Directory schema, sites and their advantages, the role of the global catalog, and single master operations.
Active Directory is Microsoft's centralized directory service that automates network management. It provides a single reference for all network objects, including users, groups, computers, and permissions. Active Directory has centralized administration, redundancy with multiple domain controllers, and enables single sign-on access for authorized users. It offers improved security, flexibility, and ease of management over previous directory services.
This document contains several answers to interview questions about Active Directory. It begins by defining Active Directory as a centralized database used for administrative purposes on Microsoft domain networks. It describes Active Directory's functions like providing object information and allowing administrator security configuration. It also discusses Active Directory objects, attributes, schemas, and the forest, tree, and domain hierarchy levels. The document then provides answers to specific questions about LDAP, connecting Active Directory to other directories, the AD database location, the SYSVOL folder, AD naming contexts and replication, application partitions, and how to create a new application partition.
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.
Active Directory is Microsoft's directory service that stores information about users, groups, computers, and other network resources. The main service is Domain Services, which verifies user access to devices and servers on the network. It controls which users have access to each resource. Active Directory also includes services like Lightweight Directory Services and Certificate Services. It uses a hierarchical structure of domains, trees, and forests to organize networked elements, with domains containing objects like users and devices that share the same directory database.
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.
Active Directory is Microsoft's directory service that provides a centralized repository for user account information and authentication. It stores information in a hierarchical tree structure and depends on DNS and LDAP. Active Directory has logical components like domains, trees, forests, and organizational units as well as physical components like sites and domain controllers. It uses Flexible Single Master Operations roles to manage changes and five roles exist - Schema Master, Domain Naming Master, Infrastructure Master, RID Master, and PDC Emulator.
Active Directory is Microsoft's directory service that is the successor to LAN Manager domains. It aims to provide open standards, high scalability, simplified administration and compatibility with existing Windows NT systems and applications. Active Directory uses a hierarchical structure with domains, trees and forests. It contains objects like users, groups, computers and distribution lists. Changes are replicated between domain controllers to provide multi-master replication. Active Directory relies on DNS and requires at least two domain controllers. It is an important part of Microsoft's strategy with many applications now integrating with it.
A directory service is a database containing information about network objects. LDAP is a scaled-down implementation of the X.500 standard and is used by Active Directory and eDirectory. eDirectory partitions information by location and uses replicas, while Active Directory uses multimaster replication across domains to manage Windows networks and as a phonebook. Group policy objects in Active Directory can be applied to sites, domains, and organizational units to configure settings.
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
As data privacy regulations become more pervasive across the globe and organizations increasingly handle and transfer (including across borders) meaningful volumes of personal and confidential information, the need for robust contracts to be in place is more important than ever.
This webinar will provide a deep dive into privacy contracting, covering essential terms and concepts, negotiation strategies, and key practices for managing data privacy risks.
Whether you're in legal, privacy, security, compliance, GRC, procurement, or otherwise, this session will include actionable insights and practical strategies to help you enhance your agreements, reduce risk, and enable your business to move fast while protecting itself.
This webinar will review key aspects and considerations in privacy contracting, including:
- Data processing addenda, cross-border transfer terms including EU Model Clauses/Standard Contractual Clauses, etc.
- Certain legally-required provisions (as well as how to ensure compliance with those provisions)
- Negotiation tactics and common issues
- Recent lessons from recent regulatory actions and disputes
Contributing to WordPress With & Without Code.pptxPatrick Lumumba
Contributing to WordPress: Making an Impact on the Test Team—With or Without Coding Skills
WordPress survives on collaboration, and the Test Team plays a very important role in ensuring the CMS is stable, user-friendly, and accessible to everyone.
This talk aims to deconstruct the myth that one has to be a developer to contribute to WordPress. In this session, I will share with the audience how to get involved with the WordPress Team, whether a coder or not.
We’ll explore practical ways to contribute, from testing new features, and patches, to reporting bugs. By the end of this talk, the audience will have the tools and confidence to make a meaningful impact on WordPress—no matter the skill set.
Protecting Your Sensitive Data with Microsoft Purview - IRMS 2025Nikki Chapple
Session | Protecting Your Sensitive Data with Microsoft Purview: Practical Information Protection and DLP Strategies
Presenter | Nikki Chapple (MVP| Principal Cloud Architect CloudWay) & Ryan John Murphy (Microsoft)
Event | IRMS Conference 2025
Format | Birmingham UK
Date | 18-20 May 2025
In this closing keynote session from the IRMS Conference 2025, Nikki Chapple and Ryan John Murphy deliver a compelling and practical guide to data protection, compliance, and information governance using Microsoft Purview. As organizations generate over 2 billion pieces of content daily in Microsoft 365, the need for robust data classification, sensitivity labeling, and Data Loss Prevention (DLP) has never been more urgent.
This session addresses the growing challenge of managing unstructured data, with 73% of sensitive content remaining undiscovered and unclassified. Using a mountaineering metaphor, the speakers introduce the “Secure by Default” blueprint—a four-phase maturity model designed to help organizations scale their data security journey with confidence, clarity, and control.
🔐 Key Topics and Microsoft 365 Security Features Covered:
Microsoft Purview Information Protection and DLP
Sensitivity labels, auto-labeling, and adaptive protection
Data discovery, classification, and content labeling
DLP for both labeled and unlabeled content
SharePoint Advanced Management for workspace governance
Microsoft 365 compliance center best practices
Real-world case study: reducing 42 sensitivity labels to 4 parent labels
Empowering users through training, change management, and adoption strategies
🧭 The Secure by Default Path – Microsoft Purview Maturity Model:
Foundational – Apply default sensitivity labels at content creation; train users to manage exceptions; implement DLP for labeled content.
Managed – Focus on crown jewel data; use client-side auto-labeling; apply DLP to unlabeled content; enable adaptive protection.
Optimized – Auto-label historical content; simulate and test policies; use advanced classifiers to identify sensitive data at scale.
Strategic – Conduct operational reviews; identify new labeling scenarios; implement workspace governance using SharePoint Advanced Management.
🎒 Top Takeaways for Information Management Professionals:
Start secure. Stay protected. Expand with purpose.
Simplify your sensitivity label taxonomy for better adoption.
Train your users—they are your first line of defense.
Don’t wait for perfection—start small and iterate fast.
Align your data protection strategy with business goals and regulatory requirements.
💡 Who Should Watch This Presentation?
This session is ideal for compliance officers, IT administrators, records managers, data protection officers (DPOs), security architects, and Microsoft 365 governance leads. Whether you're in the public sector, financial services, healthcare, or education.
🔗 Read the blog: https://nikkichapple.com/irms-conference-2025/
European Accessibility Act & Integrated Accessibility TestingJulia Undeutsch
Emma Dawson will guide you through two important topics in this session.
Firstly, she will prepare you for the European Accessibility Act (EAA), which comes into effect on 28 June 2025, and show you how development teams can prepare for it.
In the second part of the webinar, Emma Dawson will explore with you various integrated testing methods and tools that will help you improve accessibility during the development cycle, such as Linters, Storybook, Playwright, just to name a few.
Focus: European Accessibility Act, Integrated Testing tools and methods (e.g. Linters, Storybook, Playwright)
Target audience: Everyone, Developers, Testers
Nix(OS) for Python Developers - PyCon 25 (Bologna, Italia)Peter Bittner
How do you onboard new colleagues in 2025? How long does it take? Would you love a standardized setup under version control that everyone can customize for themselves? A stable desktop setup, reinstalled in just minutes. It can be done.
This talk was given in Italian, 29 May 2025, at PyCon 25, Bologna, Italy. All slides are provided in English.
Original slides at https://slides.com/bittner/pycon25-nixos-for-python-developers
New Ways to Reduce Database Costs with ScyllaDBScyllaDB
How ScyllaDB’s latest capabilities can reduce your infrastructure costs
ScyllaDB has been obsessed with price-performance from day 1. Our core database is architected with low-level engineering optimizations that squeeze every ounce of power from the underlying infrastructure. And we just completed a multi-year effort to introduce a set of new capabilities for additional savings.
Join this webinar to learn about these new capabilities: the underlying challenges we wanted to address, the workloads that will benefit most from each, and how to get started. We’ll cover ways to:
- Avoid overprovisioning with “just-in-time” scaling
- Safely operate at up to ~90% storage utilization
- Cut network costs with new compression strategies and file-based streaming
We’ll also highlight a “hidden gem” capability that lets you safely balance multiple workloads in a single cluster. To conclude, we will share the efficiency-focused capabilities on our short-term and long-term roadmaps.
GDG Cloud Southlake #43: Tommy Todd: The Quantum Apocalypse: A Looming Threat...James Anderson
The Quantum Apocalypse: A Looming Threat & The Need for Post-Quantum Encryption
We explore the imminent risks posed by quantum computing to modern encryption standards and the urgent need for post-quantum cryptography (PQC).
Bio: With 30 years in cybersecurity, including as a CISO, Tommy is a strategic leader driving security transformation, risk management, and program maturity. He has led high-performing teams, shaped industry policies, and advised organizations on complex cyber, compliance, and data protection challenges.
Jira Administration Training – Day 1 : IntroductionRavi Teja
This presentation covers the basics of Jira for beginners. Learn how Jira works, its key features, project types, issue types, and user roles. Perfect for anyone new to Jira or preparing for Jira Admin roles.
Measuring Microsoft 365 Copilot and Gen AI SuccessNikki Chapple
Session | Measuring Microsoft 365 Copilot and Gen AI Success with Viva Insights and Purview
Presenter | Nikki Chapple 2 x MVP and Principal Cloud Architect at CloudWay
Event | European Collaboration Conference 2025
Format | In person Germany
Date | 28 May 2025
📊 Measuring Copilot and Gen AI Success with Viva Insights and Purview
Presented by Nikki Chapple – Microsoft 365 MVP & Principal Cloud Architect, CloudWay
How do you measure the success—and manage the risks—of Microsoft 365 Copilot and Generative AI (Gen AI)? In this ECS 2025 session, Microsoft MVP and Principal Cloud Architect Nikki Chapple explores how to go beyond basic usage metrics to gain full-spectrum visibility into AI adoption, business impact, user sentiment, and data security.
🎯 Key Topics Covered:
Microsoft 365 Copilot usage and adoption metrics
Viva Insights Copilot Analytics and Dashboard
Microsoft Purview Data Security Posture Management (DSPM) for AI
Measuring AI readiness, impact, and sentiment
Identifying and mitigating risks from third-party Gen AI tools
Shadow IT, oversharing, and compliance risks
Microsoft 365 Admin Center reports and Copilot Readiness
Power BI-based Copilot Business Impact Report (Preview)
📊 Why AI Measurement Matters: Without meaningful measurement, organizations risk operating in the dark—unable to prove ROI, identify friction points, or detect compliance violations. Nikki presents a unified framework combining quantitative metrics, qualitative insights, and risk monitoring to help organizations:
Prove ROI on AI investments
Drive responsible adoption
Protect sensitive data
Ensure compliance and governance
🔍 Tools and Reports Highlighted:
Microsoft 365 Admin Center: Copilot Overview, Usage, Readiness, Agents, Chat, and Adoption Score
Viva Insights Copilot Dashboard: Readiness, Adoption, Impact, Sentiment
Copilot Business Impact Report: Power BI integration for business outcome mapping
Microsoft Purview DSPM for AI: Discover and govern Copilot and third-party Gen AI usage
🔐 Security and Compliance Insights: Learn how to detect unsanctioned Gen AI tools like ChatGPT, Gemini, and Claude, track oversharing, and apply eDLP and Insider Risk Management (IRM) policies. Understand how to use Microsoft Purview—even without E5 Compliance—to monitor Copilot usage and protect sensitive data.
📈 Who Should Watch: This session is ideal for IT leaders, security professionals, compliance officers, and Microsoft 365 admins looking to:
Maximize the value of Microsoft Copilot
Build a secure, measurable AI strategy
Align AI usage with business goals and compliance requirements
🔗 Read the blog https://nikkichapple.com/measuring-copilot-gen-ai/
Dev Dives: System-to-system integration with UiPath API WorkflowsUiPathCommunity
Join the next Dev Dives webinar on May 29 for a first contact with UiPath API Workflows, a powerful tool purpose-fit for API integration and data manipulation!
This session will guide you through the technical aspects of automating communication between applications, systems and data sources using API workflows.
📕 We'll delve into:
- How this feature delivers API integration as a first-party concept of the UiPath Platform.
- How to design, implement, and debug API workflows to integrate with your existing systems seamlessly and securely.
- How to optimize your API integrations with runtime built for speed and scalability.
This session is ideal for developers looking to solve API integration use cases with the power of the UiPath Platform.
👨🏫 Speakers:
Gunter De Souter, Sr. Director, Product Manager @UiPath
Ramsay Grove, Product Manager @UiPath
This session streamed live on May 29, 2025, 16:00 CET.
Check out all our upcoming UiPath Dev Dives sessions:
👉 https://community.uipath.com/dev-dives-automation-developer-2025/
Maxx nft market place new generation nft marketing placeusersalmanrazdelhi
PREFACE OF MAXXNFT
MaxxNFT: Powering the Future of Digital Ownership
MaxxNFT is a cutting-edge Web3 platform designed to revolutionize how
digital assets are owned, traded, and valued. Positioned at the forefront of the
NFT movement, MaxxNFT views NFTs not just as collectibles, but as the next
generation of internet equity—unique, verifiable digital assets that unlock new
possibilities for creators, investors, and everyday users alike.
Through strategic integrations with OKT Chain and OKX Web3, MaxxNFT
enables seamless cross-chain NFT trading, improved liquidity, and enhanced
user accessibility. These collaborations make it easier than ever to participate
in the NFT ecosystem while expanding the platform’s global reach.
With a focus on innovation, user rewards, and inclusive financial growth,
MaxxNFT offers multiple income streams—from referral bonuses to liquidity
incentives—creating a vibrant community-driven economy. Whether you
'
re
minting your first NFT or building a digital asset portfolio, MaxxNFT empowers
you to participate in the future of decentralized value exchange.
https://maxxnft.xyz/
Securiport is a border security systems provider with a progressive team approach to its task. The company acknowledges the importance of specialized skills in creating the latest in innovative security tech. The company has offices throughout the world to serve clients, and its employees speak more than twenty languages at the Washington D.C. headquarters alone.
Cyber Security Legal Framework in Nepal.pptxGhimire B.R.
The presentation is about the review of existing legal framework on Cyber Security in Nepal. The strength and weakness highlights of the major acts and policies so far. Further it highlights the needs of data protection act .
Exploring the advantages of on-premises Dell PowerEdge servers with AMD EPYC processors vs. the cloud for small to medium businesses’ AI workloads
AI initiatives can bring tremendous value to your business, but you need to support your new AI workloads effectively. That means choosing the best possible infrastructure for your needs—and many companies are finding that the cloud isn’t right for them. According to a recent Rackspace survey of IT executives, 69 percent of companies have moved some of their applications on-premises from the cloud, with half of those citing security and compliance as the reason and 44 percent citing cost.
On-premises solutions provide a number of advantages. With full control over your security infrastructure, you can be certain that all compliance requirements remain firmly in the hands of your IT team. Opting for on-premises also gives you the ability to design your infrastructure to the precise needs of that team and your new AI workloads. Depending on the workload, you may also see performance benefits, along with more predictable costs. As you start to build your next AI initiative, consider an on-premises solution utilizing AMD EPYC processor-powered Dell PowerEdge servers.
Introducing FME Realize: A New Era of Spatial Computing and ARSafe Software
A new era for the FME Platform has arrived – and it’s taking data into the real world.
Meet FME Realize: marking a new chapter in how organizations connect digital information with the physical environment around them. With the addition of FME Realize, FME has evolved into an All-data, Any-AI Spatial Computing Platform.
FME Realize brings spatial computing, augmented reality (AR), and the full power of FME to mobile teams: making it easy to visualize, interact with, and update data right in the field. From infrastructure management to asset inspections, you can put any data into real-world context, instantly.
Join us to discover how spatial computing, powered by FME, enables digital twins, AI-driven insights, and real-time field interactions: all through an intuitive no-code experience.
In this one-hour webinar, you’ll:
-Explore what FME Realize includes and how it fits into the FME Platform
-Learn how to deliver real-time AR experiences, fast
-See how FME enables live, contextual interactions with enterprise data across systems
-See demos, including ones you can try yourself
-Get tutorials and downloadable resources to help you start right away
Whether you’re exploring spatial computing for the first time or looking to scale AR across your organization, this session will give you the tools and insights to get started with confidence.
Introducing FME Realize: A New Era of Spatial Computing and ARSafe Software
Ad
ACTIVE-DIRECTORY in system and network .ppt
2. ACTIVE DIRECTORY
• Microsoft Directory service
• Initially released in 1999
• Originally designed for Windows 2000 Server
• Enhanced with Windows Server 2008 and Windows server 2012
3. Active Directory is a Directory Service which Contains Information of All
User Accounts and Shared Recourses on a Network.
A directory service (DS) is a software application- or a set of
applications - that stores and organizes information about a computer
network's users and network resources.
•Active Directory is a Centralized Hierarchical Directory Database
•Allows network administrators to manage users' access to the resources
•Act as an abstraction layer between users and shared resources
ACTIVE DIRECTORY
4. What Is Active Directory?
Directory service functionality
Organize
Manage
Control
Centralized management
Single point of administration
Active Directory
Resources
5. 1.Provide User Logon and Authentication Services
2.To organize and manage:
User Accounts
Computers
Groups and
Network Resources
3 Enables authorized Users to easily locate:
Network Resources
PURPOSE OF ACTIVE DIRECTORY
6. 1.Fully Integrated Security
2.Easy Administration using Group Policy
3.Scalable to any Size Network
4.Flexible
FEATURES OF ACTIVE DIRECTORY
NEW FEATURES IN ACTIVE DIRECTORY
Provide file shares.
Authenticate users
Control access to services and shares
Provide services, such as Email, Access to the internet,
Print services etc.
7. How Directory Service Evolved
Server
(Directory System Agent)
Directory Info Base
Directory Info Tree
Backup Server
Client
(Directory User Agent)
DAP
DOP
Directory Organization
Management Protocol
Earlier we had no DATABASE Standard
So ITU & ISO introduced X.500
8. DAP Directory Access Protocol is based on OSI Layers
LDAP Lightweight Directory Access Protocol based on TCP/IP Layer
DAP was introduced in BANYAN VINES
It named the Database as STREET TALK
LDAP was first Introduced in NOVELL
Novell named it NDS ( Network Directory Services
10. Domains: Trees, Forests, Trusts, and Outs
Active Directory is made up of one or more domains. Creating the initial domain controller in a network also creates the domain—you cannot have a domain without at least one domain controller. Each domain in the directory is identified by a DNS domain name. You use the Active Directory Domains and Trusts tool to manage domains.
Domains: Trees, Forests
Active Directory is made up of one or more domains.
Creating the initial domain controller in a network also creates the
domain—you cannot have a domain without at least one domain
controller.
Each domain in the directory is identified by a DNS domain name.
You use the Active Directory Domains and Trusts tool to manage
domains.
11. • In the Windows 2003 operating system, a tree is a set of one or
more domains with contiguous names.
• If more than one domain exists, you can combine the multiple
domains into hierarchical tree structures.
• The first domain created is the root domain of the first tree.
• Additional domains in the same domain tree are child domains.
• A domain immediately above another domain in the same domain
tree is its parent.
TREE
13. • Multiple domain trees within a single forest do not form a
contiguous namespace; that is, they have noncontiguous DNS
domain names.
• Although trees in a forest do not share a namespace, a forest
does have a single root domain, called the forest root domain.
• The forest root domain is, by definition, the first domain created
in the forest.
• The two forest-wide predefined groups—Enterprise
administrators and Schema administrators—reside in this domain.
FOREST
