OBJECTIVE: Confirm modem circuit is live, statically assign IP, and verify passthrough and connectivity.
Manually Assign Static IP
Validate Static IP Passthrough & Reachability
View Routing Info & Detect Gateway Hops (Routing Issues)
Perform Speed and Latency Tests
OBJECTIVE: To measure the performance and responsiveness of a network connection by testing download/upload speeds and latency (ping time), in order to assess whether the network meets required service levels and to identify potential bandwidth or routing issues.
Run a Speed Test
Record & Confirm Speeds meet Provision:
Download Speed
Upload Speed
Latency (Ping ms)
Common Issues and Suggested Actions
APIPA feature Enabled
Check DHCP, Assign Static IP, or WiFi Handshake
Wi-Fi connected, but no Internet
Ping Gateway IP, check DNS settings, or reset router.
Slow Speeds
Perform a speed test, check for interference, or reset the modem.
DNS Fails, but Ping Succeeds
Set DNS to 8.8.8.8
Test Network Latency
Run ping 8.8.8.8 -n 50
Record Average Latency and Packet Loss:
Minimum Latency
Maximum Latency
Average Round-Trips
Confirm Speeds
Wireless Survey
OBJECTIVE: to perform a comprehensive wireless survey to assess coverage, signal strength, and interference, using Wi-Fi survey planning tools to visualize, analyze, and design a reliable network. This process involves planning, analysis, heat mapping, signal testing, interference detection, troubleshooting, and coverage optimization to ensure optimal wireless performance and identify areas for improvement.
Pre-Survey Considerations
Software Tools:
NetSpot for Heat Mapping & Signal Strength Analysis
WiFiman by Ubiquiti for Network Scanning, Speed Test and Device Discovery
WiFi Analyzer for Measures Signal Strength & Identifies Interference
Survey Preparation & Execution:
Import and/or Create a Scaled Floor Plan
Use the Continuous Survey Mode
Analysis & Reporting:
Analyze the Collected Data
Generate a Comprehensive Report including all Specified Parameters
Use the Network Simulator to Visualize potential improvements
Use Real-Time Spectrum Analysis to Detect Non-WiFi interference
Use Security Features to Identify and Locate Rogue APs
Data Collection
Walk the entire site (max 6ft gaps between) measuring areas at regular intervals no wider than 6 feet. Generate a heat map and record signal strength, interference and other standard parameters.
Data to Collect:
Measured Primary + Secondary RSSI + Per AP Coverage- 2.4/5.0 GHz
Measured Channel Utilization (20/40/80 MHz)
Overlapping Channels
Co-Channel Interference
Rouge APs at location + Rouge AP Data Matrix + Rouge Channel Width 2.4/5.0 GHz
Any Microwave or other thing leaking at 2.4 GHz
Bluetooth Devices working at 2.4 GHz that could cause channel interference