Exploring AIOps

Author: CECG | Posted on: March 19, 2025

Our client’s exploration into AIOps, leveraging Grafana Cloud, marks an exciting new approach to IT operations management. This deeper dive into our journey with AIOps aims to demystify the process, share our learnings, and outline the concrete steps we’ve taken towards a more intelligent IT system.

Introduction to AIOps

At its core, AIOps represents the use of artificial intelligence (AI) within IT operations, introducing tools such as forecasting, anomaly detection, and automation to daily operations. The goal is to transform reactive action into a proactive and predictive model, enhancing system reliability, performance, and ultimately, user satisfaction.

Objectives

Our venture into AIOps was driven by a desire to improve operational efficiency and service delivery. We had several initial key objectives:

1. Enhanced Monitoring and Discovery: To proactively monitor our infrastructure and applications, ensuring we could predict and mitigate issues before they impact services.

2. Improve Incident Resolution: To refine our incident management process, ensuring that when issues do arise, AI could be used to analyse and troubleshoot incidents, leading to effective root cause analysis (RCA) and rapid resolution.

3. Automation and Action: To automate responses to common issues, reducing manual intervention and allowing our teams to focus on innovation and strategic tasks.

Implementation

The implementation of AIOps has not been one single endeavour but more an ongoing process, marked by strategic proof of concepts (POCs) designed to test, learn, and iterate. Two initial POCs in our journey have included forecasting metrics and enhancing our incident investigation capabilities.

POC 1: Forecasting CPU Usage in On-Premise clusters

The first POC focused on the task of forecasting CPU usage to prevent overloads and ensure uninterrupted service. Our client’s on-premise cluster required manual provisioning of resources.

Methodology: We used Grafana’s ML model to analyse historical data and forecast future CPU usage trends. This allowed us to set alerts for when predicted usage approached our capacity limits.

Outcomes: The ability to anticipate resource needs transformed how we approached capacity planning. By predicting CPU usage peaks, we could proactively scale resources, ensuring optimal performance without over-provisioning.

POC 2: Enhancing Incident Investigation

Our second POC aimed at improving our incident response through anomaly detection and diagnostic tools. Here, Grafana Cloud’s Sift Investigations and Outlier Detection tools were tested.

Methodology: Utilising Sift Investigations, we could leverage AI to analyse metrics and logs during an incident window to identify potential points of interest in our system. Grafana’s Outlier Detection also helped us spot anomalies in metrics that indicated emerging issues.

Outcomes: These tools were useful in aiding the incident investigation process, helping to detect and resolve issues more rapidly and accurately through improved RCA. This reduced the mean time to resolution (MTTR) and enhanced our understanding of what was happening in our systems.

Lessons Learned

Our journey into AIOps has been illuminating, offering several key lessons and best practices:

Start Small and Scale: Begin with targeted POCs to test the waters. This approach allows you to gauge the impact of AIOps on your operations quickly without overwhelming your teams or systems.

Focus on Data Quality: The success of AIOps depends on the quality of your data. Ensure that teams have robust data pipelines that can provide observability data to your AI models.

Collaboration is Key: AIOps implementation is not just a technical challenge but a cultural one. It requires collaboration across teams, so it is important to engage across operations, platform, and development teams to ensure it is effective.

Iterate and Improve: AIOps is not a standardised one-size-fits-all solution. There are many ways to approach it and it requires experimentation, customisation and iteration. Continuous testing and improvement is required to unlock the value it can offer.

Future Directions

As we look to the future, our AIOps journey is far from over. Building on our initial successes, we plan to expand our AIOps capabilities across more areas of IT operations. Key areas of focus will include reducing MTTR through the help of AI, automating incident response processes, detecting issues within systems more quickly, and exploring new ways to use AI to improve service delivery.

Conclusion

The implementation of AIOps, particularly through our POCs with Grafana Cloud, has begun to shift the needle on how we approach IT operations. By integrating AI into our operations, we’re not just reacting to issues as they arise but anticipating them, preparing for them, and preventing them from occurring in the first place.

As we continue to explore this exciting frontier, we’re committed to sharing our learnings, challenges, and successes. The road ahead is promising, and with AIOps, we’re well-equipped to navigate it.