ITSM in Practice: How to Organize Incidents, Problems, Changes, and Requests

Operational Chaos and the Need for Structure

When a company grows, its technological challenges multiply rapidly. Without a clear organization, the support team turns into a permanent firefighting crew, rushing from one crisis to another without time for long-term planning. It is precisely in this chaotic environment that ITSM, which stands for Information Technology Service Management, comes into play, acting as the practical handbook to organize technological operations. Instead of solving problems through panic or whichever user screams the loudest, ITSM establishes standardized workflows that guarantee predictability, traceability, and operational efficiency for any engineering or support team.

Many organizations mistake ITSM for bureaucratic software or rigid rules that hinder daily work. In reality, when properly implemented, it acts as a well-oiled engine providing clear visibility into where team time and budget are being spent. In practice, this means developers stop receiving random chat messages to fix last-minute bugs and start working on structured demands that genuinely add business value. Adopting these principles transforms the technology department from an unpredictable cost center into a reliable strategic partner for the entire organization.

Incidents: Putting Out Fires Immediately

An incident is any unplanned interruption to an IT service or a reduction in its quality. Simply put, it happens when something that was working suddenly breaks, such as the company email system crashing on a Monday morning or an office printer refusing to print documents. The primary goal of incident management is to restore the service as quickly as possible, even if it requires a temporary workaround to minimize financial and operational impact on the business.

To manage incidents efficiently, organizations must establish clear priority criteria based on the impact and urgency of the failure. If an issue affects the entire corporation, it receives top priority regardless of who logged the ticket. In practice, operators use an organized queue where each request has a defined service level agreement, or SLA, specifying acceptable response and resolution times. This strict control prevents minor issues from jumping the queue or critical failures from getting lost at the bottom of the support inbox.

Service Requests: The Helpdesk Counter

Unlike an incident, which represents an unexpected failure, a service request is a formal user inquiry for a standard item that is already part of the company's approved technology ecosystem. Classic examples include requesting a new laptop for a newly hired employee, granting access to a shared network folder, or installing standard software. In practice, a request does not stem from a system error or crash, but from a routine need for supplies, tools, or permissions required for daily work.

Organizing request workflows requires creating an accessible and intuitive service catalog, functioning like a digital menu where employees choose what they need without guessing who to email. When the catalog is well-structured, many of these requests can be automated through predefined approval flows that require no manual human intervention. In practice, this means requesting a new software license allows the system to check department budgets, gain manager approval, and grant access automatically within minutes, eliminating unnecessary administrative bottlenecks.

Problems: Finding the Invisible Root Cause

While incident management focuses on putting out fires quickly, problem management seeks to understand why the fire started in the first place to prevent it from happening again. A problem is the hidden underlying cause behind one or more recurring incidents whose origin remains unknown to the technical team. Imagine that every single day at ten in the morning, the sales system crashes for a few minutes and support has to manually restart the server. The incident is the system crash that needs immediate fixing; the problem is the deep investigation revealing that a poorly configured backup process is exhausting server memory at that exact hour.

Problem investigation involves detailed technical analysis, reviewing system logs, and testing in controlled environments to isolate the original flaw. In practice, solving a problem means applying a permanent fix that eliminates the root cause, preventing dozens of future tickets on the same topic. This proactive approach drastically reduces repetitive support workload, freeing up valuable engineering time to focus on innovation, architectural improvements, and business expansion projects.

Changes: Transforming Without Breaking

Any alteration to the technological infrastructure, whether updating the operating system of a critical server, migrating a database to the cloud, or replacing a network router, is classified as a change. The major challenge of change management is allowing technology to evolve and adapt to new business needs without causing instability or unwanted service interruptions. In practice, changing things without control is like performing surgery with a chainsaw: the risk of cutting something vital by mistake is extremely high and can paralyze the entire operation.

To mitigate these risks, ITSM processes classify changes into categories such as standard, normal, and emergency, requiring different levels of evaluation and approval for each. Normal changes undergo technical committee review to assess implementation plans, potential impacts, and rollback procedures—the exact steps to revert the update if something goes wrong. In practice, this governance ensures no major modifications happen on a Friday afternoon without prior testing, saving the company from catastrophic losses caused by avoidable human errors.

Final Thoughts on ITSM Culture

Organizing incidents, problems, changes, and requests is not merely an exercise in filling out forms in expensive software, but a profound transformation in operational culture. When engineering and support teams adopt these processes as a natural part of daily work, team communication improves dramatically and stress caused by technical outages decreases considerably. The secret to success lies in simplicity, avoiding excessive bureaucracy that stifles agility while always focusing on delivering real value to the final user.

Ultimately, mastering ITSM means putting technology at the service of business strategy, not the other way around. By treating every ticket with the appropriate process—restoring incidents with agility, fulfilling requests through automation, investigating problems at their roots, and controlling changes with rigor—organizations build a solid, scalable foundation for sustainable growth. The end result is a stable technological environment, motivated teams, and satisfied customers who trust the reliability of delivered services.