ops-capacity-planning

Plan infrastructure capacity with baselines, utilization analyses, and growth forecasts.

Updated Aug 27, 2026
One-click install
npx skills add https://github.com/withmartian-sandbox/ghrc-x-3126672651424eddb640ecc81321a665 --skill ops-capacity-planning-withmartian-sandbox
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: ops-capacity-planning
Source: https://github.com/withmartian-sandbox/ghrc-x-3126672651424eddb640ecc81321a665/tree/main/ops-team/skills/ops-capacity-planning
Command: npx skills add https://github.com/withmartian-sandbox/ghrc-x-3126672651424eddb640ecc81321a665 --skill ops-capacity-planning-withmartian-sandbox

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Prevents reactive scaling failures and cost surprises by providing a repeatable, evidence-driven process to assess current capacity, analyze utilization, and forecast future infrastructure needs so teams can plan and provision before outages occur.

Core Features & Use Cases

  • Capacity baseline & data collection: Templates and metric guidance for compute, database, storage, and network tiers to create a verifiable current state.
  • Utilization analysis & forecasting: Methods for identifying usage patterns, producing growth models (linear, seasonal, business-driven), and quantifying headroom.
  • Gap analysis, recommendations & implementation: Prioritized scaling strategies, cost impact summaries, rollback and verification checklists, and a severity-based action timeline.
  • Operational integrations: Includes AWS CLI examples for metrics collection and dispatch templates for engaging infrastructure architects and cloud cost optimizers.
  • Use Case: Run a pre-launch assessment to forecast 6–12 month capacity needs for the production API, identify compute and DB gaps, and generate a prioritized provisioning plan with cost estimates.

Quick Start

Assess the production capacity baseline for the API tier, produce a six-month growth forecast, and return a prioritized capacity plan with immediate, short-term, and long-term actions.

Frequently Asked Questions about ops-capacity-planning

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I forecast AWS infrastructure capacity needs for the next 6 to 12 months?

AWS capacity planning captures current utilization baselines across compute, database, storage, and network tiers, then applies linear, seasonal, and business-driven growth models to forecast 6–12 month infrastructure needs. It delivers gap reports and prioritized scaling recommendations with cost impact summaries.

What is the best way to establish a capacity baseline for cloud and on-premises environments?

Capacity baselining collects current-state metrics across compute, database, storage, and network tiers using provided templates and AWS CLI examples. This establishes a verifiable baseline for cloud and on-premises environments to support quarterly reviews, pre-launch assessments, and performance investigations.

Can I use this capacity planning workflow for pre-launch API assessments and budget-driven scaling?

Yes, this capacity planning workflow supports pre-launch API assessments and budget-driven scaling scenarios across compute and database tiers. It generates implementation checklists, rollback plans, and severity-based action timelines compatible with stakeholder approval processes.

How does autoscaling factor into infrastructure capacity gap analysis and recommendations?

Capacity gap analysis identifies headroom shortfalls by comparing forecasted growth against current provisioning, then outputs prioritized scaling strategies that incorporate autoscaling configurations. This delivers cost impact summaries and implementation checklists to prevent reactive scaling failures and cost surprises.

When should I run a quarterly capacity review instead of relying on continuous autoscaling?

Quarterly capacity reviews are needed to validate utilization patterns, verify headroom, and adjust forecasting models beyond immediate autoscaling responses. This Skill provides a repeatable, evidence-driven process to assess baselines and provision infrastructure before outages or budget overruns occur.