
## Make User Management in Crowd Less Manual, More Manageable

As your teams scale and more user directories get added, these tasks don’t just grow, they compound. A few missed deactivations can lead to serious compliance issues. Inactive accounts may continue consuming costly licenses. During audit season, you might spend days piecing together fragmented logs to prove access controls are in place.

In this article, we will explore five most common, everyday user management challenges admins face in Atlassian Crowd. We will also explore how automation can solve each challenge in a scalable manner.

## Challenge 1: Inactive Users Occupy Licenses and Create Risk {#inactive-licenses}

**The problem**

Every admin has seen this situation: users haven’t logged into Crowd for months, yet their accounts remain active and licensed. These dormant users quietly inflate your Atlassian bill and create a real security risk.

**How dormant accounts create risk**

Consider this, a mid-size software company discovered over 120 dormant users across three departments. These users hadn’t logged in for 90+ days but still had access to internal project spaces and received email notifications. Many of them had already left the company but hadn’t been fully offboarded from Crowd.

**Why these risks happen**

Teams often prioritize onboarding and provisioning but overlook the cleanup. Most deactivation processes rely on manual audits, emails from HR, or support tickets. And when nobody owns the cleanup process, these accounts slip through the cracks.

**How to address these risks with automation**

You can mitigate these risks by:

1. Setting an inactivity threshold, such as 60 or 90 days.
2. Create a rule against this threshold to automatically deactivate users who haven’t logged in within that window.
3. Add conditions to exclude service accounts or long-term absentees.

This ensures licenses are recycled and reduces exposure from idle accounts.

**Where can you get this automation**

The [miniOrange Automated User Management app for Crowd](https://marketplace.atlassian.com/apps/1225025/automated-user-management-license-management-for-crowd) includes an auto-deactivate feature that helps streamline user cleanup on a recurring schedule. You can also trigger it manually with a single click. Inactive users are flagged and removed from Crowd, with optional notifications sent to designated team/account owners.

![Crowd Smart Licensing](/blog/assets/2025/crowd-smart-licensing.webp)


## Challenge 2: Returning Users Still Need Manual Reactivation {#manual-reactivation}

**The problem**

Contractors, interns, seasonal employees, and even full-timers on sabbatical all have one thing in common: they leave temporarily only to return after some time. But when they do, they often find their accounts deactivated. Reactivating these users is usually a manual process that involves Jira tickets, admin intervention, and delays, not ideal when users need access urgently.

**Why it becomes a bottleneck**

For many Crowd environments, user status is binary: either active or inactive. Once a user is deactivated, either due to inactivity or an intentional offboarding, they’re essentially locked out. The only way back in is through an admin.

This means someone from HR or the returning user themselves

1. must raise a request
2. Wait for it to be assigned
3. Then wait on IT to restore access.

That adds unnecessary turnaround time and pulls admins away from more strategic work.

**How to fix this bottleneck with automation**

You can configure automatic reactivation for previously deactivated users. With miniOrange, the system monitors login attempts from deactivated accounts. If the user passes identity verification and matches existing directory records, the account is reactivated instantly, without admin involvement.

This works especially well when paired with inactivity-based deactivation. Users who were removed due to dormancy can log back in and regain access, without compromising security.

**Where the automatic reactivation feature has the most impact**

Organizations with flexible workforces, such as consulting firms, universities, or companies that operate seasonal shifts, benefit most.

For example:

- A returning adjunct professor logs into Crowd and is reactivated on the spot.
- A freelance developer picks up a second engagement and doesn’t need to raise an access request.
- An employee on sabbatical returns without needing HR to coordinate with IT.

**Safeguards to keep in mind**

Reactivation doesn’t mean free-for-all access. You can pair this with conditional rules: only users from certain domains, roles, or directories may be auto-reactivated. You can also exclude high-privilege accounts to ensure critical access is still reviewed manually.

miniOrange regularly works with customers to tailor solutions to their specific access control requirements. If your use case calls for more granular reactivation logic, our team can help customize the app to meet your security and compliance needs.

![Auto Reactivation](/blog/assets/2025/auto-reactivation.webp)


## Challenge 3: Missed Offboarding Leaves Security Gaps {#missed-offboarding}

**The problem**

When an employee leaves the organization, their access to internal tools should end immediately. But in many Crowd setups, there’s a delay between someone’s exit and the deactivation of their account. This opens up an unnecessary window of risk, sometimes for days or even weeks.

**Why this is more than an oversight**

Every lingering account is a potential entry point. If a former employee still has access to your Crowd instance, they can view sensitive issues, clone repositories, or access internal documentation they no longer have any business seeing. From a compliance standpoint, this is a red flag during [SOC 2 or ISO 27001 audits](https://auditboard.com/blog/soc-2-iso-27001-differences-similarities).

**How to fix it with automation**

With the miniOrange Automated User Management app for Crowd, you can sync user status from your source of truth, typically an HR platform or a central identity provider like Azure AD, Okta, or LDAP.

When a user is marked as "terminated" or "inactive" in the upstream system, their access in Crowd is revoked immediately.

You can also define workflows based on scheduled cleanups. For example, run a daily or weekly schedular that scans for users that no longer exist in your core directory or whose accounts are flagged for removal.

**What else can be automated**

- Removal from project-specific groups or roles
- Email notifications to team leads or security reviewers
- Conditional deactivation: e.g., only if the user hasn’t logged in for X days after HR deactivation

**Security advantage**

By automating offboarding, you reduce the gap between user exit and access removal. This not only strengthens your security posture but also makes access governance more reliable and consistent across teams.

![User Access](/blog/assets/2025/user-access.webp)


## Challenge 4: Group Management Chaos Creates Permission Creep {#group-management-challenge}


**The problem**

Group-based access is a powerful mechanism in Crowd. It allows you to define roles, control project-level permissions, and manage access to Atlassian apps like Jira, Confluence, and Bitbucket. 

But as teams shift, projects close, and employees move between roles, group memberships rarely get updated. Over time, users end up with more access than they need—or should have.


**Why this becomes dangerous over time**

This phenomenon, known as permission creep, is one of the most common causes of internal security lapses. A user might move from engineering to product but still retain access to repositories, admin panels, or private documentation from their previous role. It’s not necessarily malicious, but it’s still a risk.


**Why it happens**

Group access is often granted with good intent but forgotten later. There's no expiry logic or ownership tracking by default. Once a user is added to a group, they typically stay there unless someone notices and manually removes them.

**How to manage groups with automation**

You can define **time-based rules** to automatically remove users from certain groups after a specific period. For example, if someone is added to a temporary “Project-X-Access” group, you can configure it to expire after 30 days unless explicitly extended.

Alternatively, use **event-based triggers**: if a user’s role or department changes in your upstream directory, update their group memberships in Crowd automatically to reflect the new structure.

**What visibility looks like with miniOrange**

The miniOrange app maintains **group membership audit logs**, so you always know:

- When a user was added to or removed from a group
- What triggered the change (manual, scheduled, or event-based)
- Who approved or initiated it (if workflows require sign-off)


**Compliance and governance benefit**

These logs are not just helpful for debugging, they’re essential during access reviews, audits, or compliance checks. You can export group history reports to demonstrate adherence to the principle of least privilege.

![Time Based Automation](/blog/assets/2025/time-based-automation.webp)


## Challenge 5: Audit Season Becomes a Last-Minute Rush {#audit-season-challenge}


**The problem**

When it’s time for an internal audit or compliance check, admins often scramble to gather logs, access histories, and change records. The data is either incomplete or scattered across systems.

**Why it happens**

Manual user management rarely includes centralized, searchable activity tracking. Without proper audit logging, it’s hard to prove access compliance after the fact.

**How to fix it with automation**

The miniOrange app’s extensive audit logging feature ensures all account activity is captured, whether it's a login, deactivation, or group change. This information can be exported easily for audits, reducing preparation time and increasing accuracy.


**Compliance advantage**

This approach supports audit-readiness as a continuous state, not just a year-end panic.

![Audit Logging](/blog/assets/2025/audit-logging.webp)


## How miniOrange Brings It All Together {#miniorange-solution}


The miniOrange [Automated User Management app for Crowd](https://www.miniorange.com/atlassian/atlassian-bulk-user-management) is built for admins who want greater control without the repetitive overhead. It addresses the full spectrum of Crowd user lifecycle challenges—from onboarding to deactivation, through targeted, no-code automation.

With this app, you can:

- Automatically deactivate inactive users based on login thresholds
- Instantly reactivate users upon valid login attempts
- Trigger offboarding based on HR events or directory sync
- Manage group memberships with conditions and expiry timers
- Maintain proper logs for every user and group action

The goal isn’t just automation. It’s **safe, scalable, and compliant user management** that adapts to your organization’s workflow.

Whether you're managing a lean engineering team or a growing enterprise setup with multiple directories, the app helps you reduce manual interventions and security risks, without losing visibility.


## Final Thoughts {#final-thoughts}

Managing users in Atlassian Crowd doesn’t need to be a reactive, ticket-driven process. With the right automation in place, it becomes predictable, secure, and surprisingly hands-off. The five challenges we covered aren’t edge cases, they're recurring friction points that add up over time.

By proactively automating user management, you not only save time but also reduce risk, improve compliance, and increase team efficiency.

If you’re ready to move beyond spreadsheets and reactive workflows, explore how miniOrange can help you make Crowd administration smarter and simpler.








Managing users in Atlassian Crowd often feels like walking a tightrope. You’re expected to ensure seamless access for every team member, revoke access the moment someone leaves, manage directory syncs, assign and revoke group permissions, and keep everything audit-ready at all times. And while Crowd gives you a central place to manage users across Jira, Confluence, Bitbucket, and more, it still largely demands manual efforts from admins.

Top 5 User Management Challenges in Atlassian Crowd (And How to Fix Them with Automation)


LDAP (Lightweight Directory Access Protocol) has long been the foundation of enterprise authentication, used extensively to manage and verify user credentials across internal applications, legacy systems, and infrastructure services. 

However, most LDAP implementations still rely on password-only authentication, leaving them vulnerable to modern attack techniques. This means credential theft, brute-force attacks, social engineering, and so much more. 

Moreover, migrating away from LDAP or rewriting authentication flows across legacy applications is often not feasible. Organizations require a solution that enhances LDAP security without modifying application code or disrupting existing infrastructure. This is where LDAP Proxy MFA becomes a strategic fit. 

Before we begin with the in-depth insights of LDAP Proxy with Multi-Factor Authentication (MFA), let’s briefly understand the meaning of LDAP Proxy MFA. 

## What Is LDAP Proxy MFA? {#What Is LDAP Proxy MFA?}

LDAP Proxy MFA acts as an intermediary between LDAP-based applications and the backend directory server. Instead of connecting directly to the LDAP server, clients communicate through the proxy, which enforces MFA for every login request. This approach adds a security layer without altering the application or server, and ensures that only verified users reach the directory. 

### How LDAP Proxy MFA Works

- The proxy intercepts LDAP bind requests (login attempts) from applications.
- It authenticates the user’s credentials against the directory.
- If the password is correct, the proxy triggers an MFA challenge using OTP or push notification.
- Upon successful MFA validation, the proxy allows the bind operation to proceed, granting access.

This seamless flow makes MFA enforcement possible without rewriting authentication logic in applications, and without needing any changes on the LDAP server itself. Additionally, LDAP Proxy MFA is non-intrusive, application-agnostic, and ideal for environments that depend heavily on LDAP authentication but need stronger controls. It enables organizations to:

- Maintain compatibility with legacy and internal applications.
- Achieve compliance mandates with minimal disruption.
- Protect against credential-based attacks with adaptive MFA policies.

## Why MFA with LDAP Proxy? {#Why MFA with LDAP Proxy?}

The meaning alone is not enough to understand LDAP Proxy MFA. The security benefits contribute to making it a complete solution.

### 1. Stops Credential-Based Attacks

Password-only authentication leaves organizations exposed to phishing, credential stuffing, and brute-force attacks. LDAP Proxy MFA mitigates these risks by requiring a second factor, such as OTP, push notification, or biometric verification, before granting access. Even if a user's password is compromised, unauthorized logins are blocked, significantly reducing attack success rates.

### 2. Prevents Lateral Movement After Initial Compromise

Once inside a network, attackers often pivot between systems using compromised credentials. By enforcing MFA at the LDAP layer, lateral movement is contained. Each access attempt triggers an additional verification step, making it much harder for attackers to escalate privileges or access adjacent systems post-breach.

### 3. Strengthens Regulatory Compliance

LDAP Proxy MFA helps meet access control requirements in data protection frameworks like GDPR, HIPAA, ISO 27001, and SOC 2. It supports auditability by logging both credential and MFA challenges. Organizations can demonstrate enforcement of secure login procedures and reduced exposure to credential abuse.

### 4. Enables Granular MFA Enforcement

Administrators can configure MFA policies based on user groups, application types, or specific roles. For example, IT admins accessing core infrastructure can face stricter MFA rules than general users. This flexibility ensures that security adapts to business needs without overburdening low-risk workflows.

[![Secure Your LDAP Application](/blog/assets/2025/secure-your-ldap-app.webp)](https://www.miniorange.com/iam/schedule-a-demo?utm_source=ldap_proxy_&utm_medium=blog&utm_campaign=blog_demo)

## Solving the MFA Challenge for Legacy Applications {#Solving the MFA Challenge for Legacy Applications}

Many mission-critical legacy systems largely used in banking, healthcare, manufacturing, and government sectors were originally designed before MFA became a standard security requirement. These applications often rely on basic LDAP bind operations for authentication, leaving them vulnerable to password-only attacks. LDAP proxy MFA solves this problem.

### LDAP Proxy MFA

- Sits transparently between legacy app and LDAP, no changes to code or app config.
- Works with any legacy system using LDAP authentication.
- Instantly modernizes access security and compliance without breaking the legacy application or introducing instability.
- Supports a wide variety of MFA methods (Push notification, OTP, SMS, etc.)
 
## How miniOrange Can Help {#How miniOrange Can Help}

miniOrange offers a comprehensive [LDAP Proxy MFA solution](https://www.miniorange.com/iam/solutions/ldap-proxy-mfa) designed to modernize authentication security without disrupting legacy infrastructure. This proxy-based architecture acts as a secure mediator between LDAP-based applications and backend directories, enforcing MFA in real time, without requiring changes to source code, application configurations, or LDAP server settings. 

### Enterprise-Ready Features for Modern Security

To meet the demands of high-volume environments and complex identity ecosystems, miniOrange LDAP Proxy MFA includes:

**Load Balancing & High Availability:** Ensures reliable performance and fault tolerance across authentication requests, even during peak usage.

**Secure TLS (LDAPS) Support & Offloading:** Encrypts LDAP traffic end-to-end while offloading cryptographic processing for optimized throughput.

**Broad LDAP Directory Support:** Compatible with all major directory types, including Microsoft Active Directory, OpenLDAP, and others, enabling seamless deployment across diverse infrastructures.

**Google LDAP Integration:** Extends secure authentication into hybrid environments where Google Directory interfaces with LDAP-based legacy apps.

**Advanced Logging & Compliance Reporting:** Captures detailed logs for audit trails, access events, and MFA challenges, supporting compliance with standards like GDPR, HIPAA, and SOC 2.

### Flexible MFA Options

miniOrange supports a wide array of authentication methods to suit different organizational needs:

- Push Notifications (Microsoft Authenticator & miniOrange App)
- One-Time Passwords (OTP) via SMS, Email, or TOTP apps
- Biometric and Offline Codes
- Out-of-band verification for high-risk scenarios

This modular MFA framework allows organizations to configure authentication based on user groups, app sensitivity, geographic access, and device trust levels.

## Flexible Implementation and ROI {#Flexible Implementation and ROI}

miniOrange prioritizes ease of adoption while maximizing long-term value:

**Pilot Deployment Options:** Organizations can test the solution in low-risk environments before full rollout, ensuring compatibility and performance.

**Rapid, Scalable Rollouts:** Designed for minimal configuration effort, LDAP Proxy MFA can scale from departmental to enterprise-level deployment swiftly.

**Future-Proof Architecture:** As security policies evolve, miniOrange adapts without needing code changes, vendor dependencies, or infrastructure overhauls.

**Proven Expertise Across Industries:** Backed by successful deployments in finance, healthcare, education, manufacturing, and public sector use cases.

## Summing it Up {#Summing it Up}

For organizations still dependent on LDAP-based authentication, miniOrange LDAP Proxy MFA offers a clear path to modern security. By adding multi-factor authentication without touching legacy systems, it enables immediate risk reduction, improves regulatory compliance, and builds resilience against credential-based attacks. It’s the ideal solution for any enterprise seeking secure access without compromising application stability.









Strengthen legacy LDAP environments without disrupting them. miniOrange LDAP Proxy MFA adds seamless authentication without rewriting backend logic. Security scales and your LDAP setup stay untouched.

LDAP Proxy MFA: Security That Doesn’t Break Your LDAP Setup

## Why Integrate Active Directory with .NET? {#Integrate Active Directory with .NET}

Managing users and access across multiple applications can get difficult, especially when you're dealing with hundreds of users. As more companies shift to remote or hybrid work and rely heavily on cloud apps, the challenge of keeping everything secure only grows. In fact, a 2024 Gartner report found that over 70% of identity-related breaches happen because of weak access control or poor credential management.
 
 
That’s where .NET Active Directory Integration becomes critical. It centralizes identity control and enforces uniform security policies across applications.
 
 
In this blog, we’ll break down exactly how AD Sync with .NET works, why it’s a smart move for your business, and how miniOrange simplifies the entire process—secure, scalable, and built for modern enterprise needs.

## What is AD Sync with .NET? {#AD Sync with .NET}

AD Sync with .NET is the process of synchronizing users and groups from Microsoft Active Directory—whether it’s traditional on-prem or Azure AD—into your .NET applications.
 
 
This integration enables powerful functionality like centralized login, dynamic access control, and .NET user provisioning directly from your AD environment.
 
 
.NET applications built on frameworks like ASP.NET MVC, WebForms, or .NET 6/7 can all benefit from this seamless sync. Whenever user details are updated or new users are onboarded, your applications stay in sync in real time—reducing overhead, improving security, and ensuring policy enforcement.
 
 
This eliminates the need for redundant identity databases or manual updates, keeping your apps secure and up to date.

## Key Benefits of Active Directory Integration with .NET {#Benefits of Active Directory Integration with .NET} 

### 1. Automated User Provisioning

Simplify user onboarding with automated .NET user provisioning. As soon as users are added to AD, their profiles are instantly created within your .NET apps.

### 2. Real-time Attribute Updates

Changes to user attributes in AD, like job title, department, or phone number, are reflected in your .NET apps in real time. This ensures data consistency across systems and avoids miscommunication or delays due to outdated information.
 
Synchronize changes like department, job title, or contact info from AD to your .NET apps instantly with Azure AD Sync .NET capabilities.

### 3. Single Source of Truth

By integrating your application directly with Active Directory, you establish AD as the definitive identity provider. Your .NET applications rely on this central store for the most up-to-date and secure user data.

### 4. Improved Security and Compliance

Centralized identity management helps enforce consistent access control and audit logging. With AD integration, you can track login activity, control who accesses what, and stay compliant with regulations like GDPR, HIPAA, and SOX.

### 5. Reduced Administrative Overhead

Manual account management is time-consuming and prone to human error. With AD sync, tasks like onboarding new employees, updating access levels, assigning roles, and offboarding are fully automated.

## Use Cases for AD Integration with .NET {#Use Case} 

### 1. Centralized User Authentication

Allow users to log in to .NET apps using their existing AD credentials.
 
Example:
 
An enterprise HR portal built with ASP.NET Core allows employees to log in using their Windows accounts. This simplifies login, reduces password-related helpdesk calls, and ensures strong authentication across the company.

### 2. Automated User Provisioning and Deprovisioning

User accounts in .NET apps are automatically created or disabled based on AD status.
 
Example:
 
A new employee added in AD is instantly provisioned in the company’s internal dashboard. When someone leaves, disabling their AD account also revokes access to all apps, minimizing the risk of unauthorized access.

### 3. Role-Based Access Control via AD Groups

Assign access rights in .NET apps based on AD group memberships.
 
Example:
 
Users in the "Marketing" AD group are automatically granted access to campaign tools, while those in "Finance" can view budget reports. These permissions are centrally managed in AD.

### 4. User Account Management from the Application

Admin users in .NET apps can create or update AD accounts via a user-friendly interface.
 
Example:
 
An ASP.NET-based IT portal lets HR staff onboard new hires by entering their details into a form. This automatically creates the user in AD, assigns them to groups, and sends a welcome email, all without opening AD.

### 5. Password Management and Reset

Provide a self-service portal for users to reset or change their AD passwords.
 
Example:
 
A user forgets their password before an important call. Instead of calling IT, they visit a .NET portal, verify via OTP, and reset their AD password securely in minutes. Integration with Azure AD Sync .NET adds another layer of protection. 

## How LDAP Integration Works in .NET {#LDAP Integration} 

LDAP Integration enables your .NET applications to securely interact with on-premise Active Directory environments. Using LDAP, your .NET app can authenticate users, pull attribute data, and manage group memberships.
 
 
Whether you're building a legacy .NET Framework app or a modern .NET Core solution, LDAP lets you implement custom login flows, dynamic access logic, and attribute-based provisioning directly within your codebase.

## Why Businesses Use miniOrange AD Sync {#AD Sync} 

Our AD Sync solution isn’t just plug-and-play—it’s built to scale with your needs. Whether you're managing one app or an entire suite of internal tools, miniOrange gives you all the power you need with the flexibility to customize everything.

### 1. Easy AD Connectivity

Connecting your .NET apps to AD shouldn’t be complicated—and with miniOrange, it isn’t. We support both LDAP/LDAPS for traditional on-prem setups and Microsoft Graph for Azure AD. Got multiple AD domains or Azure tenants? No problem—we support that too. You can configure everything easily using Dependency Injection (DI) or just drop in a simple JSON file.

### 2. Smooth Authentication

Let your users log in with the credentials they already use. With centralized authentication, you’re giving them one less password to remember and reducing IT support tickets in the process. It’s a win-win.

### 3. Real-Time User & Group Sync

No more outdated user info or access issues. miniOrange keeps your app in sync with Active Directory in real-time. We even use smart methods like USNChanged and deltaLink to only sync what’s changed, which keeps things fast and efficient. You can run the sync on-demand or schedule it to run at regular intervals.

### 4. Custom Mapping Made Simple

Need to map AD groups to roles in your app? Want to control how user data flows into your system? With our IUserMapper and IGroupMapper interfaces, you can fine-tune exactly how everything behaves. It’s perfect for teams with complex workflows or custom permissions.

### 5. Flexible Data Storage & Logging

Whether you want to store user data in a database, memory, or your own custom store, we’ve got you covered. Use our IUserStore implementation for full control. We also plug into .NET’s built-in logging system, so you can monitor sync events like starts, completions, or failures in real time.

### 6. Security You Can Trust

All communication between your app and AD is encrypted using LDAPS or HTTPS, so sensitive data stays safe. Plus, our logs are PII-safe, which means personal data is never exposed in plain text.

## Conclusion {#Conclusion} 

Managing users across multiple applications doesn’t have to be messy. With miniOrange AD Sync with .NET, you get a reliable, scalable identity solution that simplifies .NET user provisioning, reduces IT workload, and enforces strong access controls.
 
 
Whether you’re implementing Azure AD Sync in .NET, integrating with legacy LDAP setups, or rolling out AD Integration with .NET apps across departments, miniOrange gives you everything you need to secure and streamline identity management.
 
 
Ready to transform your .NET identity infrastructure?

[Connect with us](https://miniorange.com/contact) to learn how miniOrange AD Sync can make your business smarter, faster, and more secure.

## FAQs {#FAQs} 


Q1: Can I integrate miniOrange with Azure AD only?
 
Yes, miniOrange supports both on-premise AD and Azure AD, using LDAP and Microsoft Graph respectively.
 
 

Q2: What if my .NET application runs on .NET 7?
 
miniOrange is compatible with .NET Framework, .NET Core, and modern .NET 5/6/7 applications.
 
 

Q3: How is user data protected during sync?
 
All communication is encrypted via LDAPS or HTTPS. Logs are anonymized to avoid exposing PII.
 
 

Q4: Can I customize sync intervals?
 
Yes. Whether you need on-demand or scheduled syncs, our Azure AD Sync .NET system is fully configurable.
 
 

Q5: Do you support multi-tenant AD environments?
 
Yes, miniOrange supports integration with multiple AD domains and Azure AD tenants.

Discover how integrating Microsoft Active Directory with your .NET applications can transform your identity management process. From user authentication to real-time provisioning, role-based access, and self-service password reset, this guide walks you through everything you need to know about AD Sync with .NET, complete with real-world examples and best practices.

LDAP

Top 5 User Management Challenges in Atlassian Crowd (And How to Fix Them with Automation)

LDAP Proxy MFA: Security That Doesn’t Break Your LDAP Setup

Active Directory (AD) Integration with .NET