Automation in ITSM in 2025: What Now?

A practical guide to streamlining service delivery through workflow automation.

Two cheerful robots with pink and blue accents working on laptops at a shared desk, representing collaboration and automation in IT tasks.

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Automation has become a cornerstone of modern IT service management, helping teams deliver faster, more accurate, and more consistent support. By offloading routine tasks to workflow engines and AI-powered tools, organizations can reduce manual effort, minimize errors, and improve the overall service experience for both users and technicians.

This guide explores what ITSM automation is, how it works, and where it delivers the most value.

What is automation in ITSM?

Automation in ITSM is the use of technology, especially workflow engine, to handle routine service management tasks, such as ticket assignment, approvals, and follow-up notifications, without human intervention.

Automation streamlines workflows, reduces errors, speeds up response times, and frees IT teams to focus on higher-value work while improving consistency and the overall service experience.

What is a workflow engine?

A workflow automation engine is a component of your ITSM system that defines, executes, and monitors automated processes. It uses predefined rules and triggers to route tasks, send alerts, and update records without human input.

We use this term primarily to refer to the workflow engine within Alloy Software products. Other vendors might use different terms, so don’t get confused.

Examples of ITSM automation

…you may be familiar with.

Example 1: Automation of incident resolution

Imagine a help-desk ticket where a recurring issue is identified, and you automate the workflow such that when the root problem is marked “Resolved”, the system automatically:

  • closes all related incident tickets,
  • creates a corresponding knowledge base article, and
  • notifies all the stakeholders.

This kind of automation helps ensure consistent follow-through, reduces manual effort, and accelerates resolution.

Example 2: Asset creation and lifecycle automation

Consider when a purchase order for new IT equipment is recorded. This automation can trigger:

  • creation of new asset records in the system,
  • automatic calculation of depreciation, and
  • linking that asset into configuration/asset-management workflows.

This streamlines asset onboarding, reduces duplicate data entry, and helps ITAM/ITSM teams stay in sync.

Changes in IT service desk processes

The growing complexity of modern IT infrastructure places significant strain on service desks, and when critical service requests aren’t easily accessible to the right teams, both productivity and end-user experience suffer.

Virtual assistants and other automation solutions help relieve this burden by streamlining workloads and delivering a smoother, more engaging experience for customers.

AI Assistant in Alloy Navigator

In Alloy Navigator, our Self-Service Portal (user portal) features the AI Assistant: a conversational tool that helps users resolve issues on their own. The assistant appears in the bottom-right corner of the portal.

AI Assistant in Alloy Navigator's self-service portal answers a user’s question about connecting a keyboard, showing troubleshooting steps and related knowledge links.

The assistant provides answers to users’ questions, navigates to the right knowledge base articles, and significantly reduces the support team’s load by doing so.

You decide where the AI Assistant gets its answers: from public resources, your internal knowledge base, or a mix of both.

Did we get you interested? Connect with our sales team to get a demo of Alloy Navigator.

Benefits of ITSM automation

Accelerated ticket processing

Many support requests follow predictable patterns — password resets, VPN problems, printer troubleshooting, and similar tasks. Automation handles these routine items automatically, directing them to the correct queue or technician.

Fewer delays and unnecessary escalations

With automated escalation rules, tickets no longer bounce from one department to another. The appropriate specialist is assigned immediately, often before the SLA timer even begins. This speeds up resolution and reduces internal friction, improving satisfaction for both users and technicians.

Reliable, consistent workflows

Automation ensures processes are followed every time. Reminders, status updates, and ticket closures occur on schedule — even during high-volume periods. Nothing slips through the cracks, and end-users receive predictable communication throughout the ticket lifecycle.

Clearer reporting and better visibility

Because all automated actions use standardized logging, reporting becomes cleaner and more accurate. Managers can identify bottlenecks and recurring patterns without sorting through inconsistent notes or timestamps.

More time for work that matters

By eliminating repetitive manual tasks, automation frees support teams to focus on activities that require human judgment — resolving complex issues, improving documentation, and delivering a more thoughtful customer experience.

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How ITSM automation projects are built

Before automation begins delivering value, organizations must go through a structured preparation phase. Below is an overview of how ITSM teams typically approach the design and planning stage. From choosing the right platform to formalizing processes and securing stakeholder approval, these processes may help you implement a successful automation campaign in ITSM.

Stage 1: Selecting the system

The first step is choosing the platform on which automation will be built. At this stage, requirements are analyzed, solutions are compared, and the system that will serve as the backbone for future processes is selected (or nearly selected).

Build vs Buy Software: What is the Difference?

Stage 2: Process design and implementation planning

Once the system is chosen, the actual process design begins — defining how service management will function inside the tool. This stage usually includes several steps:

Gathering and describing current processes

The implementation team moves to practical work: meeting with departments, identifying their tasks, and understanding existing workflows.

For example, they might visit the accounting department to learn what types of requests they receive and how they are handled today.

It’s helpful to use ITIL terminology at this point — for instance, agreeing to call certain types of requests “incidents” (instead of issues, questions, requests, or other random terms) so everyone uses a common language.

Formalizing the processes

Once all information is collected, informal descriptions are transformed into formal artifacts — flowcharts, transition diagrams or tables. This documentation establishes clear logic and prepares the foundation for system configuration.

Table showing a change request workflow with steps from creation to testing and each step’s corresponding status.

Example of a workflow description table in Alloy’s software development process.

Stage 3: Stakeholder review and approval

The formalized process documentation is then reviewed and approved by key stakeholders. They validate the workflows, roles, and rules to ensure that implementation proceeds smoothly and without unnecessary redesign.

Stage 4: Actual implementation

Once the processes are approved, admins and implementation specialists configure them directly in the system—building workflows, automations, forms, SLAs, and integrations according to the design.

Key principles of successful automation in ITSM

Principle of simplicity. Do not create unnecessary entities or procedures. If a process or control mechanism (like an SLA) is not essential, do not implement it.

Principle of adaptability. Always expect the unexpected. Even the best-designed systems will face unforeseen cases. Build mechanisms to recover from errors or re-route misrouted tickets quickly.

Principle of least privilege. Provide access to features and high-level object operations only to those who genuinely need them. This ensures both security and process stability.

Principle of vertical implementation. Develop one service or process from start to finish before expanding to others. Validate, test, and refine it. Once it works well, scale the approach across the remaining services with confidence.

Key takeaways

  • Automation boosts service quality by speeding resolution, improving communication, and giving IT teams more time for complex, high-value work.
  • Workflow engines power automation by executing predefined rules, routing tasks, and ensuring consistent, error-free processes.
  • Common automations, such as incident resolution, asset onboarding, and SLA-driven escalations, help teams work faster and more accurately.
  • Virtual assistants improve self-service, helping users resolve issues instantly and reducing the load on support teams.
  • Successful automation projects require planning, including system selection, process design, stakeholder approval, and thoughtful implementation.

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