A structured Wi-Fi maintenance initiative was undertaken for LCT to prevent network disruptions, improve signal efficiency, and ensure long-term hardware sustainability. This included thorough inspections, equipment replacements, rust protection, cable management, firmware upgrades, and signal tuning for enhanced performance. 

Key Highlights

Maintenance Scope

• Total Sites Maintained: 15
• Daily Target: 2 sites per day (adjusted based on team capability).
• Tasks Performed at Each Site:
  • Pre-maintenance Testing: Site shutdown and signal validation before AP dismantling.
  • Equipment Removal & Inspection:
    • Dismantling all sectors and base stations (BS).
    • Checking and replacing faulty screws and cable ties.
  • Cable Replacement:
    • Replacing any damaged cables connected to the APs in each sector.
  • Rust Prevention & Structural Integrity:
    • Removing rust from mounting kits.
    • Applying anti-rust spray to extend hardware lifespan.
  • Reinstallation & Signal Testing:
    • Reinstalling all Wi-Fi equipment and performing final signal checks before moving to the next site.

Network Optimization & Testing

• Wi-Fi Signal Optimization:
  • Signal retuning and load balancing for better coverage and performance.
• Heatmap Generation:
  • Pre- and post-maintenance Wi-Fi heatmaps to analyze signal distribution.
• Firmware Upgrades:
  • Updating Altai Wi-Fi devices to the latest firmware for enhanced performance and security.

Benefits Delivered

• Extended equipment lifespan through proactive maintenance.
• Stronger Wi-Fi signal and improved coverage across all sites.
• Reduced downtime with structured site-by-site execution.
• Increased network efficiency and performance via firmware upgrades, cable replacement, and signal tuning.

E2E FZE remains committed to ensuring reliable, high-performance wireless connectivity through structured maintenance and optimization strategies.