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2519 Cost Analysis 5c210100
ASecurityAnalyse infrastructure and system costs, identify optimisation opportunities, and generate savings recommendations using parallel agents
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- Added October 11, 2026
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description: Analyse infrastructure and system costs, identify optimisation opportunities, and generate savings recommendations using parallel agents
model: sonnet
---
# /cost-analysis
Analyse infrastructure, licensing, and operational costs across systems. Uses three parallel agents to evaluate infrastructure, licensing/SaaS, and operational dimensions, then produces a prioritised list of savings opportunities with implementation roadmaps.
## When to Use This Skill
- Reviewing cloud infrastructure spend for optimisation opportunities
- Preparing cost justifications for architecture changes
- Identifying redundant tooling or under-utilised licences
- Building business cases with financial projections
- Annual budget planning for technology costs
## Usage
```
/cost-analysis <scope> [--period monthly|quarterly|annual] [--target-savings percentage]
```
### Parameters
| Parameter | Description | Required |
|--------------------|--------------------------------------------------|----------|
| `scope` | Systems or domain to analyse | Yes |
| `--period` | Cost reporting period (default: `monthly`) | No |
| `--target-savings` | Target savings percentage to aim for | No |
## Instructions
### Phase 1: Gather Cost Data
Prompt the user for available cost information:
| Data Source | Description | Example |
|----------------------|-------------------------------------------------|-----------------------------------|
| **Infrastructure** | Cloud bills, hosting costs, network costs | AWS Cost Explorer export, invoices|
| **Licensing** | Software licence costs and utilisation | SAP, Oracle, Salesforce licences |
| **Staffing** | Team costs allocated to systems | 3 FTEs for System X support |
| **Contracts** | Vendor contracts and renewal dates | Support contract £50k/year |
### Phase 2: Parallel Cost Analysis — Agent Team
Launch three agents simultaneously using the Task tool.
**Agent 1: Infrastructure Cost Analyst** (Sonnet)
Task: Analyse compute, storage, and networking costs
- Break down costs by service (compute, storage, network, database, monitoring)
- Identify over-provisioned resources (CPU utilisation < 30%, memory < 40%)
- Find unused or idle resources (stopped instances, unattached volumes, idle load balancers)
- Detect cost anomalies (sudden spikes, trending increases)
- Evaluate reserved vs on-demand vs spot pricing opportunities
- Suggest rightsizing recommendations with estimated savings
- Check for missing cost allocation tags
Return: Infrastructure cost breakdown with per-item savings opportunities and confidence levels
**Agent 2: Licensing and SaaS Analyst** (Sonnet)
Task: Review software licensing and SaaS subscription costs
- Catalogue all software licences and their costs
- Calculate licence utilisation rates (assigned vs active users)
- Identify redundant tools serving similar purposes
- Check for volume discount opportunities
- Review contract renewal dates and renegotiation windows
- Identify open-source alternatives for low-utilisation tools
- Flag shelfware (purchased but unused licences)
Return: Licensing cost analysis with consolidation recommendations and savings estimates
**Agent 3: Operational Cost Analyst** (Sonnet)
Task: Analyse staffing and operational costs
- Calculate support cost per system (staff hours x rate)
- Identify high-maintenance systems consuming disproportionate support time
- Find automation opportunities (manual processes that could be automated)
- Estimate the cost of technical debt (rework, workarounds, extended support)
- Calculate the cost of incidents (downtime, recovery effort)
- Project savings from proposed improvements
Return: Operational cost analysis with automation recommendations and ROI estimates
### Phase 3: Synthesise Cost Report
Combine all agent results:
1. **Create cost dashboard** — Total spend, breakdown by category, trends
2. **Rank savings opportunities** — By estimated impact (highest first)
3. **Calculate implementation effort** — For each recommendation
4. **Build implementation roadmap** — Quick wins first, then larger initiatives
5. **Project 3-year savings** — Cumulative savings over time
## Output Format
```markdown
# Cost Analysis: <Scope>
## Cost Dashboard
| Category | Monthly Cost | Annual Cost | % of Total | Trend |
|--------------------|-------------|-------------|------------|-----------|
| Infrastructure | £X | £X | X% | ↑ X% |
| Licensing / SaaS | £X | £X | X% | → stable |
| Operational | £X | £X | X% | ↓ X% |
| **Total** | **£X** | **£X** | **100%** | |
## Top 10 Savings Opportunities
| Rank | Opportunity | Est. Annual Saving | Effort | Confidence | Quick Win? |
|------|-------------------------------|-------------------|---------|------------|------------|
| 1 | <Description> | £X | Low | High | Yes |
| 2 | <Description> | £X | Medium | Medium | No |
**Total Potential Savings:** £X/year (X% of current spend)
## Infrastructure Analysis
### Cost by Service
| Service | Monthly Cost | Utilisation | Recommendation | Saving |
|------------|-------------|-------------|------------------------|----------|
| Compute | £X | X% | Rightsize to X | £X/month |
| Storage | £X | X% | Lifecycle policy | £X/month |
| Database | £X | X% | Reserved instances | £X/month |
### Unused Resources
<List of resources that can be safely removed>
## Licensing Analysis
### Licence Utilisation
| Software | Licences | Active Users | Utilisation | Action |
|--------------|----------|--------------|-------------|--------------------|
| <Product> | X | X | X% | Reduce by X |
### Consolidation Opportunities
<Tools with overlapping capabilities>
## Operational Analysis
### Support Cost by System
| System | Monthly FTE | Monthly Cost | Incidents/Month | Automation Potential |
|---------------|-------------|-------------|-----------------|---------------------|
| <System> | X.X | £X | X | High |
### Automation Opportunities
| Process | Current Cost | Automation Cost | Annual Saving | Payback |
|----------------------|-------------|-----------------|---------------|----------|
| <Process> | £X/year | £X one-time | £X/year | X months |
## Implementation Roadmap
### Phase 1: Quick Wins (0-3 months)
- [ ] <Action> — £X/year saving
### Phase 2: Medium Effort (3-6 months)
- [ ] <Action> — £X/year saving
### Phase 3: Strategic (6-12 months)
- [ ] <Action> — £X/year saving
## 3-Year Projection
| Year | Current Trajectory | With Optimisation | Cumulative Saving |
|---------|-------------------|-------------------|-------------------|
| Year 1 | £X | £X | £X |
| Year 2 | £X | £X | £X |
| Year 3 | £X | £X | £X |
```
## Examples
### Example 1: Cloud Cost Optimisation
```
/cost-analysis "Production AWS Account" --period monthly --target-savings 20
```
Analyses AWS costs to find 20% savings through rightsizing, reserved instances, and unused resources.
### Example 2: Licensing Review
```
/cost-analysis "Enterprise SaaS Portfolio" --period annual
```
Annual review of all SaaS subscriptions to find consolidation and utilisation improvements.
### Example 3: System Cost Comparison
```
/cost-analysis "Legacy vs Modern Stack" --period annual
```
Compares operational costs between legacy and modern systems to build a migration business case.
---
**Invoke with:** `/cost-analysis <scope>` to identify and prioritise cost savings
Attribution
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