How do I install the Traffic Analysis skill?

Run npx skillmds@latest add aiskillstore/traffic-analysis in your terminal (requires Node.js), paste this page's agent-chat prompt into Claude, Cursor, or any MCP-connected agent, or download the SKILL.md file and copy it into your agent's skills directory.

Is Traffic Analysis safe to use?

This skill has not completed SkillMD's automated safety review yet. Capability flags: docs only. SkillMD never runs a skill's scripts for you; review the SKILL.md before installing.

Which AI agents work with Traffic Analysis?

This skill is tagged as working with Claude Code, Claude.ai, OpenAI Codex. SKILL.md is an open format, so most agents that read a skills directory can load it too.

Is Traffic Analysis free to use?

Yes. Installing skills from SkillMD is free, and the skill stays under its author's original license.

Who published Traffic Analysis?

aiskillstore (@aiskillstore) published this skill. Their other Agent Skills are listed on their SkillMD profile.

Traffic Analysis by aiskillstore — Agent Skill

Name: Traffic Analysis
Rating: 4.2 (5 reviews)
Author: aiskillstore

File contents

Traffic Analysis Skill

Analyze network traffic patterns and identify top applications and bandwidth consumers.

What this skill does

This skill enables you to:

Identify applications in use with DPI classification
Analyze bandwidth usage by client and application
Identify heavy users and bandwidth-intensive applications
Track traffic patterns and trends
Recommend traffic optimization strategies
Perform DPI-based network analytics

When to use this skill

Use this skill when you need to:

Identify what applications are using bandwidth
Find bandwidth-heavy users or applications
Optimize traffic policies
Analyze traffic distribution
Plan bandwidth upgrades
Troubleshoot congestion issues
Generate traffic analysis reports

Available Tools

get_dpi_categories - Get DPI application categories in use
get_client_stats - Get client bandwidth and traffic statistics
get_network_devices - Get device-level traffic information
get_network_device_stats - Get detailed device throughput metrics

Typical Workflows

Traffic Classification

Use get_dpi_categories to see application categories in use
Understand traffic classification (streaming, gaming, etc.)
Identify major application types
Plan QoS policies based on categories

Bandwidth Analysis

Use get_client_stats to get client bandwidth usage
Identify top bandwidth consumers
Analyze bandwidth distribution
Correlate with application categories
Recommend bandwidth allocation changes

Performance Troubleshooting

Use get_network_device_stats to check throughput
Use get_client_stats to analyze client bandwidth
Use get_dpi_categories to identify congestion causes
Correlate metrics to identify bottlenecks

Example Questions

"What applications are using the most bandwidth?"
"Show top 10 bandwidth-consuming clients"
"Analyze traffic by DPI category"
"Identify bandwidth bottlenecks"
"Generate traffic analysis report"
"Which applications should we prioritize?"
"Recommend QoS policies based on traffic"

Response Format

When using this skill, I provide:

DPI application categories and traffic volumes
Top bandwidth consumers (clients)
Traffic distribution analysis
Bandwidth utilization patterns
QoS recommendations
Congestion identification
Optimization suggestions

Best Practices

Monitor traffic patterns regularly
Correlate DPI categories with application policy
Use traffic data to justify bandwidth upgrades
Implement QoS based on application categories
Track traffic trends over time
Monitor for unusual traffic patterns
Balance bandwidth allocation fairly
Document traffic policies and rationale
Review and adjust policies quarterly

---name: traffic-analysisdescription: Analyze network traffic patterns, identify top applications and bandwidth usage, and optimize traffic management. Perform DPI-based traffic classification.---# Traffic Analysis SkillAnalyze network traffic patterns and identify top applications and bandwidth consumers.## What this skill doesThis skill enables you to:- Identify applications in use with DPI classification- Analyze bandwidth usage by client and application- Identify heavy users and bandwidth-intensive applications- Track traffic patterns and trends- Recommend traffic optimization strategies- Perform DPI-based network analytics## When to use this skillUse this skill when you need to:- Identify what applications are using bandwidth- Find bandwidth-heavy users or applications- Optimize traffic policies- Analyze traffic distribution- Plan bandwidth upgrades- Troubleshoot congestion issues- Generate traffic analysis reports## Available Tools- `get_dpi_categories` - Get DPI application categories in use- `get_client_stats` - Get client bandwidth and traffic statistics- `get_network_devices` - Get device-level traffic information- `get_network_device_stats` - Get detailed device throughput metrics## Typical Workflows### Traffic Classification1. Use `get_dpi_categories` to see application categories in use2. Understand traffic classification (streaming, gaming, etc.)3. Identify major application types4. Plan QoS policies based on categories### Bandwidth Analysis1. Use `get_client_stats` to get client bandwidth usage2. Identify top bandwidth consumers3. Analyze bandwidth distribution4. Correlate with application categories5. Recommend bandwidth allocation changes### Performance Troubleshooting1. Use `get_network_device_stats` to check throughput2. Use `get_client_stats` to analyze client bandwidth3. Use `get_dpi_categories` to identify congestion causes4. Correlate metrics to identify bottlenecks## Example Questions- "What applications are using the most bandwidth?"- "Show top 10 bandwidth-consuming clients"- "Analyze traffic by DPI category"- "Identify bandwidth bottlenecks"- "Generate traffic analysis report"- "Which applications should we prioritize?"- "Recommend QoS policies based on traffic"## Response FormatWhen using this skill, I provide:- DPI application categories and traffic volumes- Top bandwidth consumers (clients)- Traffic distribution analysis- Bandwidth utilization patterns- QoS recommendations- Congestion identification- Optimization suggestions## Best Practices- Monitor traffic patterns regularly- Correlate DPI categories with application policy- Use traffic data to justify bandwidth upgrades- Implement QoS based on application categories- Track traffic trends over time- Monitor for unusual traffic patterns- Balance bandwidth allocation fairly- Document traffic policies and rationale- Review and adjust policies quarterly

Frequently asked questions

Traffic Analysis