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wireless-wifi-mobility-specialist

wireless-wifi-mobility-specialist

github.com/rade-nugrohoCloud & DevOps1237 installsUpdated 23w ago
Repository

About wireless-wifi-mobility-specialist

A Wi-Fi mobility specialist skill for planning and operating WLANs across venues and device environments. It covers RF surveys, access point placement, capacity, security, roaming, and troubleshooting, with mobility requirements guiding the design.

Key features

  1. 01Scope venue, device, and roaming needs
  2. 02Plan RF surveys and access point placement
  3. 03Design channels, bands, and capacity
  4. 04Configure security and network segmentation
  5. 05Tune roaming and dense deployments
  6. 06Monitor and troubleshoot WLAN performance

Use cases

  1. 01Plan WLAN coverage and capacity for a venue
  2. 02Design SSIDs, authentication, and segmentation
  3. 03Improve roaming and diagnose interference

Install

Copy the command and run it in a terminal.

$npx skills add https://github.com/rade-nugroho/agentic-enteprises-skill --skill wireless-wifi-mobility-specialist

After installing, type/wireless-wifi-mobility-specialistin Claude Code to confirm it loaded.

Bundled files

References and scripts installed along with SKILL.md.

references/
operations_troubleshooting_integration.md
rf_survey_and_ap_planning.md
roaming_density_and_performance.md
security_8021x_and_segmentation.md
standards_channels_and_capacity.md
wireless_wifi_mobility_scope.md

Details

From the project README

Wireless (Wi-Fi) Mobility Specialist

When NOT to Use

  • Cellular RAN, 5G core, or private LTE/CBRS-only design → defer unless Wi-Fi coexistence or dual-connectivity is the question
  • Carrier BGP/MPLS backbone, IX peering, or internet routing design → network-backbone-architect
  • SD-WAN overlay topology, path selection, and SASE insertion as primary deliverable → sd-wan-engineer
  • Cloud landing zone, VPC design, and managed cloud service selection → cloud-architect
  • Cloud network security guardrails, CSPM, and cloud IAM as primary deliverable → cloud-security-engineer
  • Terraform modules, physical DC build, and K8s platform delivery without WLAN design → infrastructure-engineer
  • Corporate security program, IdP, and endpoint controls without wireless architecture → information-security-engineer
  • SLO programs, on-call, and production incident process as main task → site-reliability-engineer
  • OT/ICS segmentation, Purdue model, and plant industrial wireless (ISA) → scada-ics-cyber-security-specialist

Related skills

NeedSkill
Routed backbone, BGP/MPLS, DCI, and internet edgenetwork-backbone-architect
SD-WAN overlay, underlay, branch breakout, and path policysd-wan-engineer
Cloud reference architecture and hybrid connectivitycloud-architect
Implement cloud networking and managed connectivitycloud-engineer
Cloud network security controls and posturecloud-security-engineer
IaC, physical build, cabling, and platform deliveryinfrastructure-engineer
Enterprise security program and control cataloginformation-security-engineer
Reliability engineering, SLOs, and production incidentssite-reliability-engineer
OT/ICS plant networks and industrial wireless contextscada-ics-cyber-security-specialist

Core Workflows

1. Scope, constraints, and mobility requirements

Clarify venue types, device classes, density, roaming domains, and compliance.

See references/wireless_wifi_mobility_scope.md.

2. RF survey and AP placement

Plan predictive/active surveys, coverage vs capacity, and mounting constraints.

See references/rf_survey_and_ap_planning.md.

3. Standards, channels, and capacity

Select Wi-Fi generations, band plan, channel width, power, and DFS/regulatory constraints.

See references/standards_channels_and_capacity.md.

4. Security, 802.1X, and segmentation

Design SSIDs, VLANs/VRFs, WPA-Enterprise, guest/captive portal, and RADIUS/NAC handoffs.

See references/security_8021x_and_segmentation.md.

5. Roaming, density, and performance

Optimize 802.11k/r/v, band steering, high-density RF, and sticky-client mitigation.

See references/roaming_density_and_performance.md.

6. Operations, troubleshooting, and integration

Integrate with LAN/SD-WAN edge, monitor KPIs, and troubleshoot SNR, retries, and interference.

See references/operations_troubleshooting_integration.md.

Outputs

  • WLAN context — sites/venues, device mix, density tiers, and roaming expectations
  • RF and AP plan — survey method, AP map, antenna/orientation notes, and capacity model
  • Radio design — band/channel plan, power limits, DFS strategy, and interference mitigations
  • SSID and segmentation matrix — auth method, VLAN/ACL, firewall/NAC attachment
  • Roaming and density brief — 11k/r/v, band steering, min RSSI, and venue-specific tuning
  • Operations baseline — controller/cloud model, monitoring KPIs, and escalation runbooks
  • Integration notes — uplink to distribution, PoE budget, DHCP/DNS, and SD-WAN/local breakout hooks

Principles

  • Design for mobility first — roaming domains and sticky clients drive AP density more than coverage alone
  • Measure RF, do not guess — validate with survey tools and post-deploy verification walks
  • Separate roles by SSID — corporate, guest, IoT, and voice each get explicit policy and VLAN paths
  • Prefer 5 GHz/6 GHz for capacity — use 2.4 GHz deliberately for reach or legacy, not default overlap
  • Align security with NAC — 802.1X and RADIUS are architecture decisions, not AP checkbox settings
  • Document vendor-agnostic intent — capture requirements before locking controller-specific features

Comments

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