My primary use case for nOps is automated AWS cost optimization, FinOps compliance, and infrastructure visibility. I use it to instantly surface underutilized resources and automate the management of spot instances and handle lifecycle commitment features like saving plans and reserved instances seamlessly. In our cloud infrastructure setup, nOps helps us automate cost optimization as we host several high-throughput client platforms across multi-tier AWS organizations. We integrate nOps directly with our AWS cost and usage reports, CURs, and infrastructure event streams. A typical workflow involves nOps continuously scanning our products launched in the production environment, such as auto-scaling groups, containers, and clusters. If it detects over-provisioned compute power or idle RDS instances during off-peak hours, it triggers automated resizing recommendations or the scheduling of spot market instances to keep operational costs low.
My main use case for nOps is cost savings. A quick, specific example of how I use nOps for cost savings is through their automated cost savings feature. This involves automated management of savings plans, resizing of resources, identification of cost savings, and identifying cost savings areas in my day-to-day work.
Sr. Director of Engineering at a computer software company with 201-500 employees
Real User
Top 5
Nov 13, 2025
My main use case for nOps is managing AWS savings plans, and it also optimizes our Kubernetes infrastructure to reduce the number of EC2 instances we need to run.
nOps is a robust tool that excels in managing AWS infrastructure by offering cost optimization, performance monitoring, compliance tracking, and change management. Users praise its real-time monitoring, user-friendly dashboard, and actionable insights that enhance operational efficiency, reduce expenses, and ensure compliance. nOps significantly improves productivity, collaboration, and strategic decision-making across organizations.
My primary use case for nOps is automated AWS cost optimization, FinOps compliance, and infrastructure visibility. I use it to instantly surface underutilized resources and automate the management of spot instances and handle lifecycle commitment features like saving plans and reserved instances seamlessly. In our cloud infrastructure setup, nOps helps us automate cost optimization as we host several high-throughput client platforms across multi-tier AWS organizations. We integrate nOps directly with our AWS cost and usage reports, CURs, and infrastructure event streams. A typical workflow involves nOps continuously scanning our products launched in the production environment, such as auto-scaling groups, containers, and clusters. If it detects over-provisioned compute power or idle RDS instances during off-peak hours, it triggers automated resizing recommendations or the scheduling of spot market instances to keep operational costs low.
My main use case for nOps is cost savings. A quick, specific example of how I use nOps for cost savings is through their automated cost savings feature. This involves automated management of savings plans, resizing of resources, identification of cost savings, and identifying cost savings areas in my day-to-day work.
My main use case for nOps is managing AWS savings plans, and it also optimizes our Kubernetes infrastructure to reduce the number of EC2 instances we need to run.
My use case was AWS cost optimization.