Wireless Network Troubleshooting & Optimization Framework
Diagnose wireless issues and optimize performance using structured methodology
What You Can Do
You'll gain a systematic framework for troubleshooting enterprise wireless networks that isolates root causes through structured diagnostics and performance analysis. Claude guides you through RF environment assessment, interference detection, capacity planning, and optimization recommendations—transforming reactive firefighting into proactive network management. You'll document configurations, establish baselines, and implement targeted improvements with confidence.
Features
structured decision trees that guide you through isolating root causes step-by-step
assess RF environment health, interference sources, and coverage gaps across 2.4GHz and 5GHz bands
establish and track key KPIs (throughput, latency, packet loss, client density) over time
automated assessment across connectivity, capacity, security, and operational readiness
AP placement strategies, band steering tuning, QoS configuration, and security hardening
identify and mitigate co-channel interference, adjacent-channel interference, and non-WiFi conflicts
analyze current usage patterns, forecast growth, and size infrastructure for future demand
capture network topology, configurations, and step-by-step remediation procedures
Example Output
Example 1: Diagnostic Flowchart Output
WiFi Performance Issue: Slow connections in Building B
Step 1: Verify Baseline
Current throughput: 15 Mbps (expected: 100+ Mbps) ✓ Issue confirmed
Step 2: Signal Assessment
RSSI levels: -65 to -75 dBm (weak)
SNR: 15-20 dB (degraded)
Packet retransmission rate: 18% (high)
→ Root cause: Poor signal quality
Step 3: RF Environment Analysis
2.4GHz interference detected on channels 1, 6, 11
Non-WiFi source: Microwaves in Building B cafeteria
Neighboring AP on same channel at -50 dBm (too strong)
→ Recommended action: Move to 5GHz or adjust AP placement
Example 2: Performance Baseline Report
Network Health Score: 7.2/10 (Good)
├─ Connectivity: 8.5/10
│ ├─ Coverage: 92% (target 95%)
│ ├─ Signal strength: Average -62 dBm
│ └─ Client success rate: 94%
├─ Capacity: 6.8/10
│ ├─ Peak throughput: 240 Mbps
│ ├─ Airtime utilization: 68%
│ └─ Active clients: 82 (capacity threshold: 100)
└─ Security: 8.1/10
├─ WPA3 adoption: 74%
└─ Rogue AP detections: 0
Example 3: Optimization Recommendations
Priority 1: Coverage Expansion
→ Add 2 APs to basement (current dead zone)
→ Expected impact: +5% coverage, -3 dB improvement in RSSI
→ Effort: 4 hours installation + configuration
Priority 2: Interference Mitigation
→ Move APs away from microwave ovens (2.4GHz source)
→ Switch Building B APs to 5GHz-only on high-density zones
→ Expected impact: -12% client retransmission rate
→ Effort: 2 hours AP repositioning
What's Included
- SKILL.md: Complete wireless troubleshooting framework with decision trees, diagnostic workflows, and optimization processes
- Diagnostic Flowchart Template: Step-by-step decision tree for isolating common wireless issues
- Performance Baseline Spreadsheet: Track signal strength, throughput, latency, and health metrics over time
- RF Site Survey Checklist: Systematic approach to assessing RF environment and interference sources
- AP Placement & Optimization Guide: Best practices for location selection, antenna orientation, and power settings
- Interference Mitigation Playbook: Identify and resolve co-channel, adjacent-channel, and non-WiFi interference
- Capacity Planning Worksheet: Forecast bandwidth demand and size APs based on client density
- Configuration Documentation Template: Standardized format for capturing network topology and remediation steps
Who It's For
- Network engineers and wireless specialists — troubleshoot issues and optimize deployments with structured methodology
- IT infrastructure managers — assess network health, plan capacity, and prioritize improvements
- Network operations teams — reduce MTTR (mean time to resolution) using diagnostic flowcharts
- Systems administrators managing enterprise WiFi — document configurations and maintain performance baselines
- Facilities and building operations — coordinate AP placement and maintenance with network requirements
Best For
- Diagnosing and resolving WiFi connectivity, speed, and performance issues
- Optimizing existing wireless network deployments for throughput, reliability, and coverage
- Identifying and mitigating interference (co-channel, adjacent-channel, non-WiFi sources)
- Planning network expansion and capacity upgrades based on usage analysis
- Establishing performance baselines and tracking network health over time
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