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Step-by-Step Ninox Tutorial: From Spreadsheet to Custom App Spreadsheets are excellent for tracking basic data, but they quickly fall apart when you need automated workflows, relational data, or user permissions. Ninox is a low-code database platform that bridges this gap, allowing you to transform flat spreadsheets into powerful, custom business applications.

This guide takes you through the step-by-step process of migrating your spreadsheet data into Ninox and building a functional custom app. Step 1: Prepare Your Spreadsheet Data

Before touching Ninox, clean your existing spreadsheet (Excel or Google Sheets) to ensure a flawless import.

Isolate your tables: Separate different data types into distinct sheets (e.g., one sheet for “Customers,” another for “Invoices”).

Format headers: Ensure the first row contains clear, unique column names (e.g., “First Name”, “Email”, “Purchase Date”).

Clean formatting: Remove merged cells, blank rows, and trailing spaces. Keep date and currency formats consistent. Step 2: Create Your Ninox Database and Import Data

Once your spreadsheet is ready, log into Ninox to set up your workspace.

Click New Database, choose a blank template, and give it a name. Click Import data and select your Excel or CSV file.

In the import wizard, Ninox will automatically map your spreadsheet columns to database fields. Preview the data type assignments (e.g., text, number, date) and adjust them if necessary. Click Import Now. Your spreadsheet is now a Ninox table. Step 3: Define Data Relationships

The biggest advantage of Ninox over a spreadsheet is its relational database capabilities. Instead of duplicating data, you link tables together.

Go to your main table (e.g., “Invoices”) and enter Administration Mode (click the wrench icon). Click Edit Fields and select Link to another table.

Choose the table you want to connect to (e.g., “Customers”).

Ninox will create a relationship. Now, instead of typing out customer details for every invoice, you simply select the customer from a dropdown menu, pulling their data instantly. Step 4: Customize the User Interface (UI)

Ninox automatically generates a data entry form, but you can customize the layout for better usability.

Open a record in your table and click the wrench icon to drag and drop fields into a logical order.

Use Layout Elements to add headings, dividers, and tabs to group related information (e.g., “Contact Info” tab vs. “Billing Details” tab).

Adjust field widths to create a clean, multi-column dashboard look that fits your team’s workflow. Step 5: Add Calculations and Smart Fields

Replace fragile spreadsheet formulas with robust Ninox formula fields. In the field editor, add a new Formula field.

Use the visual formula editor or write simple scripts to calculate values. For example, to calculate an invoice total, you can use: ‘Price”Quantity’.

You can also use formulas to dynamically change field colors or show alerts based on conditions, such as highlighting unpaid invoices in red. Step 6: Create Custom Views and Dashboards

Instead of endless scrolling, build specific views for different tasks.

Click the + icon next to your table tabs to create a new view (e.g., “Pending Orders” or “Top Clients”).

Apply Filters and Sorting rules to display only the relevant data.

Switch the view type from a standard table to a Kanban board, Calendar, or Gantt chart depending on how you need to visualize your workflow. Step 7: Automate Workflows and Deploy

Take your app a step further by automating repetitive tasks.

Use Triggers to execute actions automatically. For instance, you can set a trigger that automatically fills in today’s date when a new record is created.

Add Action Buttons to your forms. You can script a button to bundle invoice data and generate a printable PDF report with a single click.

Finally, invite your team members, set up roles and permissions (read-only, editor, admin), and start using your custom application. If you want to tailor this application further, tell me:

What specific spreadsheet use case are you converting? (e.g., CRM, inventory, project management) Do you need to connect to external software via API?

What specific automation would save your team the most time?

I can provide the exact Ninox script code or schema design for your project.

MSN Messenger Sniffer and dedicated archive recovery tools work by capturing unencrypted network data or mining local system directories to reconstruct lost chat histories. Because Microsoft officially discontinued MSN / Windows Live Messenger in 2014 and purged its servers, any modern attempt to recover old conversations relies entirely on local forensic reconstruction. How MSN Messenger Sniffers Work

Network sniffers—such as Colasoft MSN Sniffer or EffeTech MSN Sniffer—were originally designed for real-time monitoring and archiving across a Local Area Network (LAN). They bypassed the computer’s storage altogether using specific network methods:

Packet Capturing: The sniffer intercepts the raw data packets passing through a network adapter.

Protocol Decoding: MSN Messenger utilized the Mobile Status Notification Protocol (MSNP). Sniffers target the specific three-letter command MSG within the network stream, which indicates a text message transmission.

Stream Reassembly: The software automatically pieces the individual TCP connection fragments back together.

Session Grouping: Reconstructed text is organized chronologically by local account, contact, and timestamp, allowing users to export the chat into an HTML or plain text file for permanent archiving. How Forensic Archive Tools Recover History Today Forensic Instant Messenger Investigation – Belkasoft

While “Photo-Suit Professional” is a generic descriptive term often associated with mobile templates or prompt presets, no single mainstream AI platform operates under that exact proprietary brand name. Instead, market-leading professional corporate headshot tools utilize advanced AI models to swap your casual clothing for business suits and place you in corporate studio backgrounds.

If you are looking for the best AI business portrait tools that fit this exact description, industry-standard options deliver highly realistic results. Industry-Leading AI Business Portrait Tools BetterPic: Best overall for hyper-realistic portraits.

Uses advanced editing features to swap casual outfits with tailored business suits.

Offers a human-in-the-loop editing feature where real photo editors manually fix minor imperfections or weird AI artifacts.

Delivers 4K high-resolution results starting at a flat rate of $35 per package.

HeadshotPro: Best for corporate teams and standardizing layouts.

Seamlessly generates dozens of business-ready headshots from a few uploaded selfies within hours.

Features an incredibly vast library of professional suits, blazers, and corporate backdrops.

Provides highly uniform lighting and structural setups, making it the top choice for company LinkedIn pages or website team grids. Portrait Pal: Best for natural, friendly expressions.

Noted for avoiding the “stiff” or overly stylized look common in lower-tier AI models.

Features tiered pricing structures based on the volume of backgrounds and outfit choices required.

Canva AI Headshots App: Best free and user-controlled option.

Allows you to use tools like “Magic Edit” to manually brush over your regular clothes and prompt the AI to replace them with a professional suit.

Completely free to try for quick, immediate edits without purchasing expensive studio packages. What to Look for in a “Photo-Suit” Generator

When choosing an alternative or testing any platform claiming to be a photo-suit professional tool, keep these expert-tested criteria in mind:

A marketing strategy is a business’s long-term overarching plan to reach prospective customers, communicate its unique value proposition, and convert them into buyers. It defines the high-level “what” and “why” of your marketing efforts, aligning organizational resources with market insights to build a sustainable competitive advantage. Core Components of a Marketing Strategy

A robust marketing strategy typically addresses four fundamental pillars, widely recognized as the “4 Ps” of the marketing mix:

Product: What you are selling, its unique features, and the problems it solves for the customer.

Price: How much the product costs and your positioning strategy (e.g., luxury or budget-friendly).

Place: Where and how the product will be sold (e.g., online storefront, physical retail, or third-party marketplaces).

Promotion: The channels you will use to communicate your message to your target market. Strategy vs. Tactics

It is easy to confuse a marketing strategy with a marketing plan or its underlying tactics. The Investopedia Marketing Guide and the American Marketing Association Insights distinguish them clearly: Marketing Strategy

High-level long-term vision, value proposition, and target audience.

Position a brand as the premium, eco-friendly choice for Gen Z consumers. Marketing Plan

The operational roadmap detailing specific campaign timelines and actions.

A Q3 digital campaign strategy to boost online store traffic. Marketing Tactic The exact day-to-day actions used to execute the plan.

Running targeted Instagram ads or publishing weekly SEO blog posts. Key Benefits of Having a Strategy What Is a Marketing Strategy? – Investopedia

Fixing Version Issues: Converting Magic VC7 Projects Back to VC6

Migrating a development environment forward is usually a one-way street. When Microsoft introduced Visual Studio .NET (Visual C++ 7.0/7.1), it brought an entirely new XML-based project format (.vcproj) that completely broke backward compatibility with the classic Visual C++ 6.0 file format (.dsp and .dsw).

If your team needs to roll back a project to VC6 due to legacy compiler requirements, third-party plugin incompatibilities, or deployment constraints, you cannot simply click “Save As.” You must manually reconstruct or convert the project files.

Here is a step-by-step guide to downgrading your VC7 projects back to VC6 safely. The Core Problem: VC7 vs. VC6 Architecture

Before changing files, it helps to understand what actually changes between these versions:

Workspace vs. Solution: VC6 uses a .dsw file to manage groups of projects. VC7 uses a .sln file.

Project Files: VC6 relies on a line-based text format called .dsp. VC7 uses an early XML format called .vcproj.

Source Code Changes: VC7 enforced stricter ANSI C++ compliance (such as variable scoping in for loops). Downgrading the project files won’t automatically fix code that was rewritten to leverage newer VC7 compiler behaviors. Method 1: The Automatic Conversion Utility (Recommended)

Before rewriting files by hand, leverage community-made conversion tools. The most reliable tool for this specific era of Visual Studio is ToolsFactory’s ProjectConverter or the open-source vcproj2dsp utility. Download a trusted command-line utility like vcproj2dsp.

Open your command prompt and navigate to your project directory. Run the conversion command: vcproj2dsp YourProject.vcproj YourProject.dsp Use code with caution. Open the newly generated .dsp file in Visual C++ 6.0.

Note: While these utilities handle standard source file mappings perfectly, they often drop custom build steps or complex configurations. Method 2: The Clean Reconstruction Method (Safest)

If your VC7 project uses complex configurations, third-party utilities often fail. The cleanest way to ensure stability is to let VC6 build its own project structure from scratch. Step 1: Create a Blank VC6 Project Launch Visual C++ 6.0. Go to File > New and select the Projects tab.

Select the exact project type that matches your VC7 configuration (e.g., Win32 Application, Win32 Dynamic-Link Library, or MFC AppWizard).

Name the project identically to your VC7 project and target a new, temporary directory. Step 2: Mirror the Source Tree

Copy all source files (.cpp, .c), header files (.h), and resource files (.rc, .ico) from your VC7 folder into your new VC6 project directory. In VC6, go to the FileView tab on the left workspace pane.

Right-click the project folder, select Add Files to Project, and select all of your copied source and header files. Step 3: Re-map Compiler Options and Dependencies

Open your VC7 .vcproj file in a text editor (like Notepad++) alongside your new VC6 project settings (Project > Settings). Manually port over the following parameters:

Preprocessor Definitions: Look for in VC7 and copy those strings into the VC6 C/C++ tab.

Additional Include Directories: Copy include paths to the VC6 compiler settings.

Linker Inputs: Look for in VC7 and add those .lib files to the VC6 Link tab. Troubleshooting Common Post-Downgrade Compiler Errors

Once your VC6 project opens, you will likely encounter compiler errors caused by the stricter code written for VC7. Look out for these two common culprits:

1. For-Loop Scope Errors (error C2065: ‘i’ : undeclared identifier)

In VC6, a variable declared inside a for loop statement persists outside the loop. VC7 enforced the standard where the variable dies when the loop ends. If the code was modified to adapt to VC7, VC6 might throw errors if variables are redeclared. You may need to manually adjust variable declarations or enable the forcing of compliant scope behavior. 2. Missing SDK Headers

VC7 shipped with a newer Windows SDK than VC6. If your project invokes newer Win32 APIs, VC6 will throw an error stating it cannot find specific headers or functions. You will need to install the February 2003 Microsoft Platform SDK (the last version to officially support VC6) and integrate it into your VC6 directories via Tools > Options > Directories.

Converting a project backward requires meticulous attention to library dependencies and compiler flags. By either using a dedicated vcproj2dsp tool or manually rebuilding the workspace skeleton in VC6, you can successfully bypass version locks and restore compatibility with your legacy development pipeline. To help tailor these conversion steps, could you tell me:

What type of project are you converting (e.g., MFC, standard Win32, DLL)?

Are you encountering any specific error messages during compilation?

“From Chaos to Control” is a core philosophy used across time management systems to transition from reactive, overwhelmed schedules into structured, proactive daily routines. When paired with TimeOrg, an app designed for tracking working hours, overtime, and flexible schedules, getting started means aligning your high-level time management rules with your actual daily tracked hours.

Here is how to get started and transition from chaos to control using TimeOrg’s framework. 📊 Step 1: Conduct a Time Audit

Before you can control your time, you must figure out your baseline and identify your primary problem areas.

Log everything: Use the TimeOrg App Store version or Android alternative to manually input or live-track your exact start and stop times.

Be completely honest: Track actual work hours, breaks, and interruptions without trying to filter yourself.

Review the data: After one week, use TimeOrg’s Weekly and Monthly overview tools to spot patterns where time is leaking. ⏱️ Step 2: Establish Your Work Parameters

Chaos often stems from missing boundaries. Use TimeOrg’s settings to build a firm structure around your daily targets.

Set your target hours: Configure your mandatory daily required hours (e.g., an 8-hour or 9-hour workday) within the app.

Automate your breaks: Input your standard rest periods so TimeOrg can utilize its automatic work break calculation to keep your metrics clean.

Keep an eye on the countdown: Rely on the app’s real-time countdown timer to visually prompt you when your target for the day is fulfilled, helping you avoid accidental burnout. 🧩 Step 3: Implement Time-Blocking

Once your metrics are configured, organize your day using time-blocking techniques to protect your focus zones.

Categorize your life: Divide your days into distinct blocks for deep focus, administrative tasks, and personal recovery.

Protect high priorities: Ensure your most demanding tasks occupy your peak energy hours, and use the app to log the exact time spent on those categories. 📈 Step 4: Manage Overtime and Under-time Balance

For contractors and employees with flexible hours, the “chaos” usually manifests as an unmanageable schedule. TimeOrg resolves this by acting as an ongoing ledger.

Review the balance sheet: Check your Overtime Overview dashboard frequently.

Course-correct early: If the app shows a major “negative hour” balance, proactively block out extra catch-up time for the upcoming week.

Claim your time back: Conversely, if you are deep in positive overtime, use that objective data to confidently schedule time off or wrap up early. 💾 Step 5: Export and Backup for Accountability

A system only controls chaos if it remains reliable and accessible.

Back up regularly: Use the in-app purchase feature to sync your historical time data to your preferred cloud storage provider.

Export for reviews: Generate Full HTML or CSV exports of your logs to easily hand over to managers or use for billing client invoices. If you’d like to dive deeper, tell me:

Are you using TimeOrg as an independent contractor or a salaried employee?

What is your biggest daily productivity bottleneck right now?

I can give you customized steps to build your ideal workflow. From Chaos to Control: How to Manage Your Time at Work

Longsoft Calc++: The Next Generation of Mathematical Computation

Software development demands tools that balance raw power with user accessibility. Longsoft Calc++ emerges as a definitive solution for professionals, engineers, and students who require high-precision computing without a steep learning curve. This advanced mathematical platform upgrades traditional calculation frameworks into a dynamic, programmable workspace. Engine Architecture and High-Precision Compute

At the core of the software lies an arbitrary-precision arithmetic engine. Unlike standard spreadsheet tools or basic calculators that suffer from floating-point rounding errors, this platform maintains absolute fidelity up to thousands of decimal places.

Multi-threaded Processing: Distributes heavy matrix operations across all available CPU cores.

Symbolic Computation: Solves algebraic equations, derivatives, and integrals in pure symbolic form.

Memory Management: Optimizes cache usage to handle massive datasets without system lag. Programmability and Syntax Flexibility

The application bridges the gap between simple command-line calculators and complex programming environments like MATLAB or Python. It introduces a simplified, highly intuitive syntax that allows users to script custom functions rapidly.

Native Scripting: Write loops, conditional statements, and recursive algorithms easily.

Extensive Libraries: Access built-in packages for statistical analysis, linear algebra, and calculus.

API Integration: Connect seamlessly with external data streams and database architectures. Data Visualization and Interface Design

Raw numbers only tell part of the story. The system features a built-in, real-time graphing engine that transforms complex datasets into clear, interactive visual models.

Dynamic Plotting: Render 2D and 3D functions instantly as parameters shift.

Clean Layout: Organize variables, command histories, and active plots in a customizable dashboard.

Export Options: Save high-resolution vector graphics directly into academic papers or corporate presentations. Enterprise Security and Collaboration

Modern workflows rely on collaboration. The software includes robust sharing features designed to maintain data integrity and protect intellectual property across engineering teams.

Version Control: Track modifications made to shared computational worksheets.

Cloud Syncing: Access saved scripts securely from desktop or mobile environments.

Encrypted Files: Secure sensitive proprietary formulas with industry-standard encryption protocols. The Verdict

Longsoft Calc++ redefines mathematical software by combining elite-level computing power with an approachable interface. It eliminates the friction of traditional data modeling, allowing users to focus entirely on analysis, discovery, and innovation.

To help tailor this article for your specific project, could you share a bit more context?

What is the target audience for this piece? (e.g., software developers, corporate buyers, or students)

Are there any specific unique features or pricing models you want highlighted?

Choosing the right bathroom icons for signage requires balancing legal accessibility compliance, clear visual communication, and brand identity. Because restroom signs serve a highly practical purpose, the design must prioritize instant recognition across language and ability barriers. 🏛️ Legal & Compliance Requirements

Before focusing on aesthetics, you must satisfy strict regulatory standards to avoid fines and ensure accessibility.

ADA Compliance: In the United States, the ADA Accessibility Guidelines require tactile features including Grade 2 Braille and raised characters.

Visual Contrast: Icons must feature a 70% color contrast against the background material.

Pictogram Sizing: Symbols require a clear field of at least 6 inches in height with zero overlapping text.

State-Specific Laws: States like California mandate geometric door symbols (a ⁄₄-inch thick circle for men, triangle for women, or a combined triangle-in-circle for unisex) in addition to wall signs. New York and Connecticut require a dynamic, forward-leaning wheelchair symbol for accessibility. 🎨 Iconography Styles & Inclusivity

The design of the pictogram dictates how welcoming and clear the facility feels to your visitors. Chapter 7: Signs – Access-Board.gov

ZOLA Repackage And Deployment is a specialized, full-featured software utility designed for enterprise IT administrators and application packagers to manage Windows Installer (MSI) files. It streamlines workflows by capturing existing software installations and converting them into clean, standardized installer and uninstaller packages that can be centrally managed and rolled out across network environments. Core Mechanics of ZOLA Repackaging

At the heart of ZOLA’s workflow is its ability to build new installer projects without requiring the source code of an application. It achieves this through a specific technical lifecycle:

Snapshot-Based Capturing: The software uses a proprietary dual-scan snapshot engine. It takes a snapshot of the operating system’s baseline state, monitors the manual installation of a vendor application, and takes a second snapshot post-installation.

Differential Delta Extraction: The engine compares the two system states to isolate every minor change made by the third-party installer. This includes logging newly added files, altered registry subkeys, and system configuration modifications.

System-Level Component Detection: Unlike basic wrappers, ZOLA’s engine can specifically detect structural Windows additions, including the installation of background Windows Services and low-level hardware drivers.

Built-in Protection Filtering: To keep the final package clean, the scanning utility incorporates pre-configured operating system filters. This prevents background OS “noise”—such as active log updates, temporary cache modifications, or superficial pagefile adjustments—from leaking into the final project. Streamlining the Deployment Lifecycle

Once a project has been captured and compiled, ZOLA changes how administrators distribute the software across network infrastructures:

[Baseline Snapshot] ➔ [App Installation] ➔ [Post Snapshot] ➔ [ZOLA Delta Repository] ➔ [Remote Remote MSI Deploy/Uninstall]

Centralized Repository Storage: All packaged setups are organized inside a unified repository system. This repository supports both local file paths and network-wide Universal Naming Convention (UNC) paths, giving administrators a shared point of origin for enterprise distribution.

Remote Deployment Capabilities: Administrators can directly push repositories out to remote target computers across the network, completely avoiding the need to execute manual installations machine-by-machine.

Managed Uninstallation Workflows: ZOLA treats clean removal with the same weight as deployment. The tool acts as a multi-functional uninstaller manager, allowing administrators to target a remote machine and forcefully purge files, registries, or full projects that were previously deployed.

Task Auditing & Version Controls: The interface provides tools to save current packages, load legacy configuration files, and run direct differential comparisons. It also includes active logging tools to monitor ongoing silent rollout and uninstallation tasks in real time.

Clarification: ZOLA Repackaging vs. Zola Static Site Generator

Because the name “Zola” is widely shared in modern technology frameworks, ensure you do not conflate this deployment tool with Zola (SSG).

If your workflow involves web development, you might be looking for Zola, the modern, open-source Static Site Generator (SSG) written in Rust. That specific tool features a completely separate deployment landscape focused on building high-performance websites into plain text HTML/CSS assets. Its deployment workflows are typically streamlined via CI/CD pipelines utilizing services like GitHub Pages, Vercel, or Cloudflare Pages.

If you would like to expand on your current technical environment, please tell me:

Are you looking to repackage legacy enterprise software for Windows client machines?

Or are you building a pipeline to compile and deploy a web application or static website?

I can tailor the exact terminal commands or packaging guidelines to suit whichever workflow you are optimization.

Managing an enterprise identity infrastructure requires a high degree of trust in the applications interacting with domain controllers. ASN Free Active Directory (AD) Admin Helper by AdSysNet Solutions is a lightweight utility designed to simplify routine sysadmin tasks. However, executing third-party software with domain-level privileges introduces distinct operational risks.

This review analyzes whether the ASN tool is safe for production environments by evaluating its structural security, capabilities, and necessary deployment safeguards. Security Risk Profile: Is It Safe?

The baseline safety of the ASN Free AD Admin Helper can be assessed across three major security domains: 1. Software Integrity and Malware Status

The application executable itself is clean of traditional malware, viruses, or Trojans when acquired directly from verified repositories. It is not a malicious utility or a piece of ransomware disguised as a tool. However, because it is an older utility that does not maintain a massive global footprint like Microsoft Sysinternals, administrators must manually verify the file hash upon downloading to ensure the installer has not been tampered with or modified by a third party. 2. The Danger of Elevated Privileges

The primary risk associated with the ASN Helper is not its source code, but its operational context. To perform tasks like password resets, user provisioning, or organizational unit (OU) modifications, the tool must be executed with high-level administrative credentials. If a third-party administrative tool suffers from an unpatched vulnerability (such as a local privilege escalation or an insecure credential storage mechanism), an attacker who compromises the admin workstation could leverage the tool to hijack the entire Active Directory domain. 3. Lack of Modern Software Assurances

Unlike commercial, enterprise-grade identity tools, free administrative helpers often lack rigorous third-party security audits, cryptographic code-signing certificates, and vendor liability guarantees. AdSysNet Solutions originally structured many of these components around older Windows environments. This means the software may lack optimization for modern security guardrails, such as granular Just-In-Time (JIT) administration or native integration with modern security information and event management (SIEM) pipelines. Core Functional Capabilities

For smaller networks or staging labs, the tool offers several functional utilities that bypass the clunkier workflows of native Active Directory Users and Computers (ADUC):

Bulk Account Operations: Allows for simultaneous unlocks, password resets, and status updates across multiple user profiles.

Active Directory Queries: Simplifies the extraction of specific object data without requiring complex LDAP queries or custom PowerShell scripts.

Visual OU Management: Provides a simplified graphic interface to view nested structures and group memberships easily. Critical Deployment Safeguards

If you choose to implement the ASN Free AD Admin Helper, you should enforce strict isolation protocols to prevent identity exposure:

Never Run on Domain Controllers: Install and execute the tool exclusively from a dedicated Management Workstation or a secure Privileged Access Workstation (PAW). Never run third-party, unverified executables directly on a Domain Controller.

Enforce Least Privilege Delegation: Do not run the tool under a Domain Admin account. Instead, use Active Directory Delegation to grant the underlying service account only the specific permissions it needs (e.g., target OU reset permissions only).

Isolate Network Traffic: Ensure that any machine running the helper tool communicates over encrypted protocols (LDAPS on port 636) rather than cleartext LDAP (port 389) to prevent credential sniffing on the wire.

Audit via Independent Tools: Because free administrative utilities rarely include robust, tamper-proof logging, pair the tool with a dedicated auditing platform like Netwrix Auditor Community Edition to independently track all active modifications made to your directory. The Verdict

The ASN Free Active Directory Admin Helper is safe from inherent malware but carries inherent operational risks due to its lack of modern updates and enterprise backing. It is acceptable for isolated testing environments, home labs, or small business networks with strict workstation isolation.

For modern corporate production environments, relying on updated Microsoft PowerShell modules, native ADUC tools, or trusted modern audit suites like Cayosoft Guardian is highly recommended to protect your identity perimeter.

To help find the right approach for your environment, please let me know:

Is this tool intended for a production network or an isolated test lab?

What specific administrative task (e.g., bulk provisioning, reporting, password resets) are you trying to streamline?

What operating system version are your primary domain controllers running?

Free Active Directory Tools: Best Free AD Admin & Audit Tools