What a Typical Ops Day Looks Like—and How to Make It More Productive

The Day I Dislike

Every morning I sit down and am immediately interrupted by a colleague with a request, another via instant message, another by email, and yet another by phone. I quietly add all these to my todo list.

Then I’m pulled into an ad‑hoc meeting, asked to help, and shortly after I discover I have an interview in ten minutes. After the interview another scheduled meeting appears, followed by a product test that requires me to assist with the deployment.

The deployment lacks standardization, the production environment fails, and we have to roll back urgently. I gather the involved people to discuss the incident and how to avoid it in the future, then prepare for a second deployment, this time monitoring the whole process.

The deployment finally succeeds, but a major performance issue surfaces, leading to a firefight of parameter tweaks and load optimization. By the time I look at the clock, it’s almost quitting time, and my ever‑growing todo list feels overwhelming.

My Ideal Daily Schedule

20% – handle urgent and important tasks (the classic “fire‑fighting” work).

80% – focus on important but not urgent work that truly showcases the value of operations.

Urgent‑important work is easy to understand; it’s the emergency response. The important‑but‑not‑urgent tasks are where an ops engineer can add the most value.

Monitoring is a big topic: beyond passive health checks, we should proactively develop systems that aid analysis and plan for future growth.

Performance tuning is my favorite area – discovering bottlenecks and solving them is rewarding.

Developing internal tooling improves the efficiency of the whole team, especially tools that quickly resolve interruptions.

Learning is the most crucial: operations covers a vast knowledge base, and continuous learning equips us to handle any problem, gaining the experience to “kill gods and demons” in the field.

By consistently dedicating time to important‑but‑not‑urgent work, we make operations more efficient, keep systems stable, and build foresight for future development.