Checklist · Monitoring
Monitoring MVP checklist — Step by Step 2026
This checklist guides you through launching a Monitoring MVP, focusing on the core features needed to address DevOps and SRE pain points such as alert fatigue, root cause analysis, and multi-cloud environments. From APM to logging, ensure a solid foundation for your observability solution.
Phase 01
Phase 1: Core Metrics & Uptime Monitoring
- 1.1critical1 day
Implement basic CPU and Memory utilization monitoring.
Track CPU and Memory usage across your infrastructure. Use tools like Prometheus + Grafana.
- 1.2critical0.5 days
Set up uptime monitoring for critical services.
Monitor the availability of key services using tools like UptimeRobot or Pingdom.
- 1.3high0.5 days
Configure basic alerting for high CPU usage.
Alert when CPU usage exceeds a defined threshold (e.g., 80%) using PagerDuty.
- 1.4medium0.5 days
Implement basic disk space monitoring.
Track disk space usage across your infrastructure to prevent outages.
- 1.5high0.5 days
Integrate with a notification channel.
Connect your alerting system to Slack or email for notifications.
- 1.6medium1 day
Implement response time monitoring for key APIs.
Track the response time of your most important APIs.
- 1.7low1 day
Set up basic network latency monitoring.
Monitor network latency between critical components.
- 1.8medium1 day
Create a simple dashboard for key metrics.
Visualize core metrics in a Grafana dashboard.
- 1.9low0.5 days
Implement SSL certificate expiration monitoring.
Monitor SSL certificate expiration dates.
- 1.10low0.5 days
Document the monitoring setup.
Create documentation for the monitoring setup.
Phase 02
Phase 2: Application Performance Monitoring (APM)
- 2.1critical2 days
Instrument your application with an APM agent.
Use APM tools like New Relic or Datadog to instrument your application.
- 2.2high1 day
Monitor request response times.
Track request response times for different endpoints.
- 2.3high1 day
Track database query performance.
Monitor database query performance for slow queries.
- 2.4medium1 day
Identify slow transactions.
Identify slow transactions that impact application performance.
- 2.5high1 day
Implement error tracking.
Track application errors using Sentry.
- 2.6medium0.5 days
Configure alerting for slow transactions.
Alert when transaction response times exceed a threshold.
- 2.7low1 day
Track external service dependencies.
Monitor the performance of external service dependencies.
- 2.8medium1 day
Visualize APM data in a dashboard.
Create a dashboard to visualize APM data.
- 2.9low2 days
Implement distributed tracing.
Implement distributed tracing to track requests across services.
- 2.10low0.5 days
Document APM setup and usage.
Document the APM setup and how to use it.
Phase 03
Phase 3: Log Aggregation and Analysis
- 3.1critical2 days
Aggregate logs from all services.
Use tools like Elasticsearch, Fluentd, and Kibana (EFK) or Loki to aggregate logs.
- 3.2high1 day
Implement log parsing and indexing.
Parse and index logs for efficient searching.
- 3.3high0.5 days
Configure alerting for error logs.
Alert when error logs are detected.
- 3.4medium1 day
Implement log-based metrics.
Generate metrics from logs for monitoring.
- 3.5high0.5 days
Search logs for specific events.
Ability to search logs for specific events and patterns.
- 3.6medium1 day
Visualize log data in a dashboard.
Create a dashboard to visualize log data.
- 3.7low0.5 days
Implement log retention policies.
Define log retention policies to manage storage costs.
- 3.8medium0.5 days
Integrate logs with alerting systems.
Integrate log data with alerting systems.
- 3.9low1 day
Implement log anonymization.
Anonymize sensitive data in logs.
- 3.10low0.5 days
Document log aggregation and analysis setup.
Document the log aggregation and analysis setup.
Phase 04
Phase 4: Advanced Alerting and SLOs
- 4.1critical1 day
Implement advanced alerting rules.
Configure more sophisticated alerting rules to reduce alert fatigue.
- 4.2high1 day
Define Service Level Objectives (SLOs).
Define SLOs for critical services.
- 4.3high1 day
Monitor SLO compliance.
Track SLO compliance using tools like Nobl9.
- 4.4medium1 day
Implement anomaly detection.
Use anomaly detection to identify unusual behavior.
- 4.5high0.5 days
Configure alerting based on SLO breaches.
Alert when SLOs are breached.
- 4.6medium1 day
Implement runbooks for common alerts.
Create runbooks to guide incident response.
- 4.7medium0.5 days
Integrate with incident management tools.
Integrate with tools like PagerDuty or Opsgenie.
- 4.8medium1 day
Visualize SLO compliance in a dashboard.
Create a dashboard to visualize SLO compliance.
- 4.9low0.5 days
Implement alert suppression.
Implement alert suppression to reduce noise.
- 4.10low0.5 days
Document alerting and SLO setup.
Document the alerting and SLO setup.
Phase 05
Phase 5: Cost Optimization and Multi-Cloud Monitoring
- 5.1medium0.5 days
Monitor monitoring costs.
Track the costs associated with your monitoring tools.
- 5.2medium0.5 days
Optimize data retention policies.
Adjust data retention policies to reduce storage costs.
- 5.3low1 day
Implement sampling for high-volume metrics.
Use sampling to reduce the volume of metrics collected.
- 5.4high1 day
Monitor multi-cloud environments.
Monitor resources across multiple cloud providers.
- 5.5medium1 day
Implement unified monitoring across clouds.
Use a single tool to monitor all cloud environments.
- 5.6medium1 day
Optimize resource utilization.
Identify and optimize underutilized resources.
- 5.7low1 day
Implement auto-scaling.
Implement auto-scaling to dynamically adjust resources.
- 5.8medium0.5 days
Use cost-effective monitoring tools.
Evaluate and use cost-effective monitoring tools.
- 5.9low0.5 days
Implement budget alerts.
Alert when monitoring costs exceed a defined budget.
- 5.10low0.5 days
Document cost optimization strategies.
Document the cost optimization strategies.
Pro tips
- Start with the most critical services and metrics to avoid information overload.
- Automate as much of the monitoring setup as possible using tools like Terraform or Ansible.
- Regularly review and adjust alerting thresholds to reduce alert fatigue.
- Involve the development team in the monitoring setup process.
- Continuously improve your monitoring setup based on feedback and incident reports.