Key Points
- Standardize with a Prefix-Suffix Model: Enforce a strict naming convention (e.g., ROLE-Server, LOC-NYC) to keep the tag library searchable and organized.
- Implement a Tag-to-Action Pipeline: Use tags as triggers for RMM automation, such as automatically running remediation scripts when a device is tagged as Status:Non-Compliant.
- Sync Across the MSP Stack: Maintain a single source of truth by using APIs to sync tag structures between RMM, PSA, and documentation platforms.
- Automate Tag Hygiene: Use RMM features like NinjaOne to manage tags from a centralized library, setting permissions to limit tag creation and prevent “tag sprawl.”
- Schedule Quarterly Audits: Review the tag system every three months to merge duplicates, remove obsolete labels, and ensure all assets are correctly categorized.
- Drive Granular Reporting: Use standardized tags to filter device lists for custom exports, allowing for precise reporting on client compliance and asset health.
Device tagging is essential for MSPs and helps facilitate automation, reporting, and smart grouping. However, to use device tags successfully and avoid clutter and inconsistencies, you must have clear structure and governance.
What is a Device Tag? A device tag is a metadata label assigned to an IT asset to facilitate logical grouping, automated policy application, and granular reporting. Unlike static folders, tags allow a single device to exist in multiple functional categories (e.g., Location:NYC and Role:Server) simultaneously.
A guide for MSPs on tagging their devices
To optimize the process of device tagging, you must first define a shared tag taxonomy and plan to use these tags for dynamic grouping and automation. The tag structures must be synced across all relevant systems.
Administrators should also audit and clean tag systems regularly to prevent sprawl. If possible, it’s best to automate tag enforcement and management to make things more efficient and eliminate the risk of human error.
Define a shared tag taxonomy
You need to create a foundational tagging schema for your organization. It should be aligned with your operational model and goals. Here are a few recommended categories you can use:
- Client or Business Unit (e.g., CLIENT-ACME)
- Location or Site (e.g., LOC-NYC)
- Device Role or Type (e.g., ROLE-WORKSTATION, ROLE-SERVER)
- Risk or Compliance Level (e.g., RISK-HIGH, COMPL-HIPAA)
- Lifecycle Status (e.g., LIFE-NEW, LIFE-DECOM)
Pro-Tip: Use a Prefix-Suffix Model
To keep the library searchable, enforce a strict Category:Value or PREFIX-Value format:
- ORG- [Client Name]
- LOC- [Physical Site]
- ROLE- [Server, Workstation, Network]
- OS- [Win11, MacOS, Linux]
- SEC- [Compliance requirement or Risk level]
These categories will change and vary according to your organization’s specific needs. Add and modify categories to fit your circumstances.
Once you’ve settled on your tagging schema, document the taxonomy into team documentation and onboarding standard operating procedure (SOP).
Use tags for dynamic grouping and automation
Your device tags should be well thought out and well structured. They should also drive segmentation logic and eliminate the need for static group configuration. That way, they will:
- Patch policies targeted by device role or compliance risk
- Monitor alerts filtered by client or region
- Improve onboarding by creating workflows tailored to tag triggers
- Facilitate the creation of policy exceptions for critical infrastructure by creating different tags for them
The Tag-to-Action Pipeline:
- Detection: A script identifies a device is missing a security agent.
- Tagging: The script automatically applies the tag Status:Non-Compliant.
- Execution: An RMM policy assigned to that tag triggers a “Force Install” remediation script.
Sync tag structures across systems
For tags to work, they need to be consistent across all relevant platforms. To do that, you have to sync your taxonomy across these different tools:
- RMM tools (for endpoint targeting and automation)
- PSA systems (to embed context into tickets and client assets)
- Documentation platforms (to group KBs, runbooks, or SOPs by client or system type)
To maintain a single source of truth, prioritize tools that offer bi-directional API syncing. This ensures that when a technician updates a tag in the RMM, the change is reflected in the PSA billing contract and documentation runbook without manual entry.
You can use integrations, scripts, or different import/export tools to keep tag structures aligned across all the relevant platforms and tools.
Audit and clean tags quarterly
Over time, tag systems drift. Tags may accumulate and become obsolete. To prevent bloat, sprawl, and confusion, you need to review your tag system regularly. Here are the steps you need to take:
- Identify and remove unused or conflicting tags in your system.
- Merge similar or duplicate tags if any are found.
- Create new tags if you find that assets are missing critical tags.
- Retire legacy tags that were used on deprecated clients and/or hardware.
This process needs to be done regularly. It should be done every quarter and included in your tech ops review.
Leverage tags for insightful reporting
Tags sort your assets and workflows into different categories. They’re especially useful for organizing devices. Users can then filter endpoints by tag and export those results as CSV files for further analysis or custom reporting.
These are just examples of how you can leverage the information provided to you by device tags to better monitor your operations. You can also use RMM tools like NinjaOne to keep your tags clean and relevant.
What does device tag mean?
A device tag is essentially a label. It helps organize, group, and manage the different devices used in your organization.
Administrators assign tags to each company asset, indicating different things such as what group they’re assigned to, what data they collect, or what purpose they serve. Devices with the same tag can be grouped together, making them searchable and filterable. This makes it easier to get pertinent information from specific devices and perform key actions when necessary.
NinjaOne integration ideas to optimize MSP tag management
- Device tags – Use device tags for grouping, automation deployment, or monitoring exceptions.
- Custom fields and Scripts – Use custom fields to store additional device data and combine them with scripts to automatically populate or update this information.
- Ticketing integration – Integrate NinjaOne’s RMM with your PSA system to automatically include device context, such as assigned tags, client, or location information, in ticket details, helping technicians quickly identify the asset category or environment involved.
- Automation Triggers – Deploy scripts or apply conditional logic based on device roles or other relevant tag values.
- Tag Cleanup – Export device lists, filter by tag presence, and identify inconsistencies.
- Reporting based on tags – Use tags to organize and filter devices within the Devices view, then export those filtered lists to CSV for use in external or custom reporting.
Optimize MSP tag management for automation and reporting
MSPs can gain clarity and efficiency across the stack by building a clear taxonomy, syncing it across platforms, and reinforcing it through automation. Creating a unified tagging system for your devices will turn fragmented systems into a smart and interconnected platform.
However, to be effective, these tags must be applied across all relevant tools. And if done right, it will boost automation, sharpen reporting, and improve operational control.
Related Articles:
- IT Asset Inventory: Definition, Management, & Best Practices
- 10 Best Network Inventory Documentation Tools
- What Is Inventory Management?
Quick-Start Guide
NinjaOne does provide robust tag management features that help MSPs standardize and govern tags across their tools for better automation and reporting. Here’s how:
Key Tag Management Features in NinjaOne:
- Centralized Tag Creation & Management
- NinjaOne allows administrators to create, edit, merge, and delete system tags from a single interface (
Administration > Library > Tags). - Tags can be assigned to devices, making them appear in device searches and enabling targeted automation.
- NinjaOne allows administrators to create, edit, merge, and delete system tags from a single interface (
- Tag-Based Automation
- Tags act as conditions in policies, allowing MSPs to automate actions (e.g., patching, scripts, remote access) based on tag assignments.
- Example: Apply a patch policy only to devices tagged as “Test Environment.”
- Tag-Based Reporting
- Tags can be used as filters in NinjaOne’s reporting dashboards, enabling granular reporting by tag groups (e.g., “All devices tagged ‘High-Priority’”).
- This helps MSPs track compliance, performance, and other metrics segmented by logical groupings.
- Tag Permissions
- Administrators can control which technicians can create or assign tags, ensuring governance and consistency across teams.
Recommendations for Standardization & Governance:
- Define Tag Naming Conventions: Establish clear rules (e.g., “Environment:Prod/Dev”, “Priority:High/Med/Low”) to avoid duplication.
- Use Tag Groups for Automation: Create tag groups (e.g., “All Servers”) to simplify policy application.
- Audit Tag Usage Regularly: Use NinjaOne’s activity feed to monitor tag assignments and ensure compliance.
