In today’s resort industry, outdoor wireless network quality is no longer a secondary facility. It has become a core part of guest experience, service efficiency, and digital resort operations. For island resorts in particular, visitors expect stable and seamless connectivity not only inside their rooms, but also at swimming pools, beachfront lounges, outdoor dining areas, garden walkways, and event lawns. Whether guests are sharing videos, joining video calls, making mobile payments, or simply browsing resort services online, reliable WiFi has become an essential part of the overall vacation experience.
At the same time, outdoor WiFi coverage in tropical coastal resorts is far more complex than ordinary hotel networking. Open spaces, vegetation, salt-laden air, humidity, long-distance transmission requirements, roaming continuity, and construction limitations all place high demands on both network design and project execution. A successful deployment requires more than equipment installation. It demands real engineering experience, precise site understanding, and the ability to balance coverage quality, aesthetics, construction practicality, and long-term maintenance.
1. Introduction to the Project Implementation Team
We are a professional WiFi engineering team that has long been deeply involved in wireless coverage construction across Southeast Asia for hotels, scenic areas, resorts, seaside commercial zones, docks, and industrial parks. For many years, we have undertaken all kinds of wireless network projects with high requirements for density, roaming performance, and stability. Our team includes wireless survey engineers, network architecture engineers, low-voltage construction engineers, commissioning engineers, and project acceptance support personnel, with extensive hands-on experience in delivering wireless coverage in complex environments.
In our past projects, we have long used COMFAST brand equipment for indoor and outdoor WiFi coverage, scenic area bridge backhaul, hotel roaming networks, park surveillance wireless backhaul, and other engineering deployments. We have accumulated highly solid practical experience regarding the performance boundaries, power supply adaptation, anti-interference capability, installation methods, load capacity, and long-term maintenance points of these products in different scenarios. Especially in complex environments such as coastal areas, humid zones, high-salt-mist conditions, strong sunlight exposure, tree-covered zones, and large open spaces, COMFAST equipment has shown mature performance in stability, networking flexibility, and engineering adaptability, making it very suitable for resorts that demand “wide coverage, stable connections, smooth roaming, and convenient maintenance.”
This project was fully implemented by our team, including early-stage site surveys, wireless hotspot analysis, low-voltage route planning, bridge backhaul design, equipment selection, construction and installation, channel optimization, roaming tuning, and final network acceptance and client training. All work was independently completed by us. The project name is:Boracay Hailan Bay Resort Outdoor Wireless Network Upgrade Project
2. Project Background
Boracay Hailan Bay Resort is a typical tropical island resort with a large site area. Its overall layout mainly consists of low-density buildings and open landscape spaces, including the following major areas:
- Resort main entrance and welcome plaza
- Front desk outdoor lounge area
- Central swimming pool area
- Beach lounger area
- Seaside bar and open-air dining area
- Garden walkways and scenic resting points
- Courtyard areas outside standalone villas
- Outdoor wedding lawn area
- Partial surveillance points and auxiliary security zones
After the resort had been operating for some time, the client found that the existing network mainly focused on indoor spaces, while outdoor network construction was relatively weak. As a result, many guests experienced poor internet performance in areas such as the swimming pool, beach, lawn, outdoor dining area, and garden walkways. As guests’ needs for social media livestreaming, short-video uploads, video calls, online work, mobile payments, electronic ordering, and real-time surveillance continued to rise, the resort management decided to carry out a systematic upgrade of the entire outdoor wireless network.
3. Client Pain Points and Core Requirements
3.1. Outdoor coverage was not continuous
The few existing wireless devices could only cover limited areas and had obvious dead zones, especially in:
- The edges of the swimming pool area
- The seaward side of the beach
- The wedding lawn area
- Corner sections of the garden walkways
- Some villa outdoor courtyards
Users often experienced fluctuating signal strength, interrupted connections, and lag during video usage.
3.2. Poor roaming experience
When guests walked from the front desk plaza to the pool, and then toward the seaside bar and beach, their devices frequently switched poorly between different hotspots, resulting in:
- Interrupted WeChat voice or video calls
- Livestream disconnections
- Page loading timeouts
- Mobile payment failures
- Temporary disconnection of ordering systems
3.3. The seaside environment was complex
As a typical coastal environment, the resort faced the following real-world networking challenges:
- High air humidity
- Significant salt-mist corrosion
- Strong sunlight exposure
- Many open areas with both obstruction and reflection
- Palm trees and landscape vegetation causing irregular wireless attenuation
- Different traffic peaks between nighttime events and daytime guest activity
3.4. Cabling was difficult in some areas
Areas such as the beach bar, wedding lawn, and remote scenic rest points were far from the equipment room. Re-excavating routes for cabling would have increased cost and construction time and would also have disrupted normal resort operations.
3.5. The network needed to support both guests and resort operations
The client specified that the outdoor network must not only serve guest internet access, but also simultaneously support:
- Staff mobile office terminals
- Outdoor POS cash registers
- Handheld ordering terminals
- Surveillance wireless backhaul
- Temporary event network access
- Smart access control and reserved IoT terminal connectivity
4. The Client’s Specific Requirements for This Project
At the project kickoff meeting, the client proposed very clear objectives:
- Achieve stable coverage in the resort’s main outdoor public areas
- Ensure smooth roaming transitions along the main guest movement paths
- Maintain good experience in the pool, beach, and bar areas even during peak hours
- Avoid large-scale excavation in remote areas whenever possible, and prioritize wireless bridge solutions
- Keep the network structure clear for easy future maintenance and expansion
- Make the device appearance coordinate with the resort environment and avoid damaging the landscape aesthetics
- Prioritize stability in the overall solution instead of simply stacking specifications
5. Site Survey and Problem Investigation Process
Before the formal solution design, our team carried out a complete site survey of the resort. Resort scenarios are very different from ordinary hotels and malls. Many outdoor coverage issues cannot be judged from drawings alone and must be repeatedly tested on site. We focused on the following work:
5.1. Site structure survey
We divided the entire outdoor resort area into six major wireless coverage sub-areas:
- Area A: Entrance welcome plaza and front desk outdoor lounge
- Area B: Central swimming pool and surrounding lounger area
- Area C: Seaside bar and open-air dining area
- Area D: Beach leisure area
- Area E: Wedding lawn and event area
- Area F: Garden walkways and remote scenic points
5.2. Low-voltage resource inspection
We confirmed point by point:
- Available low-voltage shaft locations
- Existing switch cabinet locations
- POE power supply accessibility
- Local conduit routes
- Whether lamp posts / landscape poles / eaves could be used as installation points
- Whether bridge line-of-sight paths were sufficient
5.3. Wireless testing and interference analysis
During on-site testing, we found:
- Near the pool, the water surface caused signal reflections, making edge-area signal performance unstable
- The beach area was open, but attenuation became obvious once the distance increased
- The seaside bar area had a very high client density during business peak hours
- Garden walkway areas had many trees and direct long-distance coverage was not ideal
- Some coastal zones were subject to scattered interference from nearby commercial wireless signals
5.4. Summary of key issues
After investigation, we summarized the project difficulties into the following points:
- The coverage area was large, but users were unevenly distributed
- Some areas had high user density and obvious high-concurrency pressure
- The environment was open; signals could travel far, but effective coverage did not equal high-quality coverage
- The seaside environment imposed higher requirements on installation, protection, and equipment lifespan
- Remote areas were not suitable for all-cable deployment and had to combine wireless bridging
- The number of APs and transmission strategies had to be carefully controlled to avoid overlapping interference
6. Final Solution Approach
Based on the survey data and client requirements, we determined the overall implementation strategy for this project:
Overall principles
- Use high-performance outdoor APs for main coverage in core areas
- Use cost-effective outdoor APs for dead-zone filling and extended coverage in normal areas
- Use wireless bridges for backhaul in remote points to reduce construction damage
- Use a unified core gateway for internet access management and policy control
- Use Gigabit POE switches for centralized power supply and aggregation
- Achieve “wide coverage + stable roaming + easy maintenance” through reasonable point layout, antenna coverage direction control, channel planning, and power tuning
7. Project Equipment List
The project used the following COMFAST equipment:
7.1. Core network equipment
- CF-AC300 Full Gigabit Core Gateway × 1
- CF-SG1241P 24-Port Gigabit POE Switch × 3
7.2. Wireless coverage equipment
- CF-WA973 Outdoor AP (3600M, WiFi 7, Dual-Band) × 8
- CF-EW74 V2 Outdoor AP (1200M, Dual-Band) × 14
7.3. Wireless transmission equipment
- CF-E113A V2 Wireless Bridge (5.8G) × 6 units (3 pairs)
7.4. Auxiliary materials and construction materials
- Outdoor waterproof network cables
- Outdoor waterproof connectors
- Pole-mount brackets
- Stainless steel straps
- Lightning protection modules
- Outdoor equipment boxes
- PVC pipes and corrugated conduits
- Labeling system
- Test terminals and wireless survey tools
Note: The quantities above represent the actual configuration logic of this project case. Specific quantities are configured according to the actual resort area, building spacing, tree density, and number of functional zones.
8. Why These COMFAST Devices Were Selected
8.1. CF-WA973: Main coverage device for core hotspot areas
This device was used in high-value, high-density, and high-experience-demand areas such as:
- Main swimming pool area
- Seaside bar area
- Wedding lawn event area
- Front desk outdoor lounge area
Reasons for selection:
- High specifications, suitable for supporting more concurrent terminals
- Stronger dual-band coverage capability
- More suitable for primary coverage in key scenarios
- Can serve as the main AP device in core event areas
- Provides better support for short videos, livestreaming, video calls, and similar applications during peak periods
8.2. CF-EW74 V2: Supplementary coverage device for general outdoor areas
Mainly deployed in:
- Garden walkways
- Beach edge areas
- Public activity paths outside villas
- Secondary lounge areas
- Scenic point surroundings
Reasons for selection:
- High cost performance
- Suitable for dead-zone filling and coverage extension in medium-density areas
- Flexible engineering adaptability
- Can be combined with main coverage devices to effectively balance total investment and coverage quality
8.3. CF-E113A V2: Solving the backhaul challenge in remote areas
Mainly used for:
- Remote backhaul for the lawn event area
- Backhaul for auxiliary points at the beach bar
- Wireless transmission for surveillance points
- Backhaul for supplementary points at scenic areas where civil excavation was inconvenient
Reasons for selection:
- 5.8G bridging is suitable for point-to-point / point-to-multipoint long-distance transmission
- Reduces construction difficulty for cabling
- Minimizes impact on resort landscape and business operations
- Makes it easier to quickly add more remote wireless points in the future
8.4. CF-AC300: Core internet access and unified policy control
Reasons for selection:
- Full Gigabit processing capability suitable for overall resort internet access management
- Can centrally manage internet exit policies
- Makes it easier to separate guest networks, staff networks, and surveillance network policies
- Provides sufficient room for future operational expansion
8.5. CF-SG1241P: Core for power supply and access aggregation
Reasons for selection:
- 24-port Gigabit POE, suitable for centralized power supply to outdoor APs
- Suitable for aggregation of multiple outdoor nodes
- Convenient for standardized construction and later maintenance
- Very practical for resorts where points are distributed across many locations
9. Project Topology Diagram
Below is the actual implementation logic topology diagram (schematic) for this project:
10. Detailed Networking Description by Area
10.1. Main entrance and front desk outdoor lounge area
This area is the first stopping point for guests after entering the resort and is also where waiting, photo-taking, check-in handling, and mobile payment occur frequently. We deployed the CF-WA973 as the main coverage device, installed at elevated positions on the front desk building facade and landscape poles.
Design priorities:
- Ensure stable networking during reception peak periods
- Satisfy guests’ first-time connection and authentication experience
- Cover the continuous area from the welcome plaza to the front desk outdoor lounge
- Control coverage spillover to avoid unnecessary interference with the back-office area
10.2. Central swimming pool area
The pool area is the most important high-density internet usage zone in the resort throughout the day. Users frequently engage in:
- Short-video recording and uploading
- Social platform livestreaming
- Video chatting
- Music streaming
- Online ordering
We deployed CF-WA973 at elevated positions around the main pool area, supplemented by CF-EW74 V2 for edge dead-zone filling, with special attention to the coverage boundary drift caused by water-surface reflection.
Construction and optimization priorities:
- Avoid pointing APs directly toward the center of large water surfaces
- Reduce ineffective long-distance coverage through angle and power tuning
- Focus the main effective signal on the pool activity area and lounger area
- Perform terminal-access stability and roaming tests during peak periods
10.3. Seaside bar and open-air dining area
This is the most active area of the resort at night, with the highest concurrency from late afternoon to evening. We used CF-WA973 as the main AP to handle high-concurrency access, while CF-EW74 V2 was used around it for table-area extended coverage and edge dead-zone filling.
Special handling:
- Dining-area users stay longer, so stability requirements are higher
- POS machines and ordering terminals were tested separately
- Network and cashier-related business services were prioritized
- Device installations were concealed as much as possible on poles and under eaves to preserve aesthetics
10.4. Beach leisure area
The beach was one of the most difficult parts of this project. The reasons include:
- Although it appears easy to cover due to the open environment, high-quality coverage is actually difficult
- Guest distribution is highly uneven
- Terminals are mainly concentrated in the lounger area and photo spots
- Signals toward the sea tend to “reach far but provide little value”
- Large-scale excavation for cabling is not suitable
Our approach was:
Prioritize deployment of CF-EW74 V2 on the building-facing side to form near- and mid-range coverage, and for remote areas not suitable for cabling, use CF-E113A V2 wireless bridge backhaul, then connect supplementary APs.
The advantages of this approach:
- Reduces civil work and landscape damage
- Controls the construction timeline
- Allows flexible future expansion of point locations
- Ensures that effective coverage is focused on guest activity areas instead of blindly pursuing the farthest coverage distance
10.5. Wedding lawn and event area
The wedding lawn is a typical low-frequency-use but peak-surge area. Under normal conditions, access volume is average, but once weddings, dinners, or brand events are held, a large number of terminals gather in a short period, and photography, livestreaming, check-in systems, and audio-video coordination all occupy network resources.
We used CF-WA973 for high-spec main coverage in this area and completed remote backhaul through CF-E113A V2, ensuring stability even when temporary load rises during events.
Event-area design concept:
- Reserve higher load redundancy than normal daily use
- Support temporary business access
- Balance guest internet access and event-execution terminal usage
- Keep roaming continuous from the lawn entrance to the central area
10.6. Garden walkways and scenic points
Users are scattered in the garden walkway area, but their experience expectations are still high. While walking, guests often:
- Take photos and upload them
- Make voice calls
- Check routes and service information
- Use the resort’s online service pages
This area is not suitable for brute-force coverage with a few high-power devices, because trees and landscape obstructions make signal quality very unstable. We adopted a multi-point, low-interference, zone-based coverage strategy by deploying CF-EW74 V2 near walkway corners, rest pavilions, and scenic points, resulting in more even signal distribution and a more stable experience.
11. Typical Problems Encountered During Construction and the Solutions
Problem 1: The high-salt-mist seaside environment imposed high requirements on installation craftsmanship
Phenomenon:
If ordinary installation materials were used, issues such as rusted fasteners, oxidized connectors, and unstable signals could easily occur later.
Solution:
- Use installation accessories more suitable for outdoor environments
- Apply waterproof treatment to all outdoor connectors
- Add enhanced protection measures to key points
- Strengthen inspection recommendations for areas closest to the sea
Experience summary:
In coastal projects, what truly determines service life is not only the equipment itself, but also installation standards and detailed workmanship.
Problem 2: Water-surface reflection in the pool area caused unstable edge performance
Phenomenon:
When moving along the edge of the swimming pool, some terminals experienced signal fluctuations.
Solution:
- Adjust AP installation angles
- Optimize transmit power
- Reduce ineffective long-distance signal spread
- Add supplementary dead-zone-filling points along the edge
Experience summary:
A swimming pool is not simply an open area. The effect of the water surface on signal propagation must be optimized through field testing and cannot be solved by paper design alone.
Problem 3: The beach area was unsuitable for major recabling work
Phenomenon:
If large-scale excavation were used, it would affect operations and the landscape while also increasing costs.
Solution:
- Use CF-E113A V2 for bridge backhaul
- Connect remote hotspots through bridge remote units
- Reduce ground-construction damage
- Carefully calculate line of sight and installation height for the links
Experience summary:
In resort projects, the biggest mistake is “damaging the landscape just for the network.” A well-designed bridge solution not only saves construction costs but also better aligns with the client’s operational needs.
Problem 4: Obvious instantaneous high concurrency in the bar area at night
Phenomenon:
The number of users connected in the bar area at night was far higher than during the daytime. If designed as an ordinary area, user experience would easily degrade during peak periods.
Solution:
- Use CF-WA973 as the main coverage device in the core bar area
- Prioritize access quality for dual-band terminals
- Conduct dedicated stress tests during business peak hours
- Coordinate with switching and internet-exit policies for stability optimization
Experience summary:
Resort projects cannot be designed only around average daily load. The true business peak hours must be identified and used as the basis for design.
Problem 5: Severe tree obstruction along the garden walkways
Phenomenon:
Leaves, branches, and bending routes made long-distance coverage far less effective than expected.
Solution:
- Abandon the idea of “one AP covering a very long distance”
- Adopt segmented supplementary point coverage
- Prioritize device placement at guest stopping points and route nodes
- Emphasize continuous usability rather than theoretical maximum distance
Experience summary:
In outdoor landscape-area wireless coverage, the biggest mistake is looking only at an open map without considering real vegetation and guest walking paths.
12. Project Commissioning and Optimization Details
After construction was completed, we did not hand over the project immediately. Instead, we conducted multiple rounds of tuning and retesting, mainly including:
12.1. Coverage retesting
We tested each area for:
- Signal strength
- Uplink and downlink speed
- Packet loss rate
- Roaming transition performance
- Simulated peak-time access performance
12.2. Roaming optimization
We focused on testing these routes:
- Front desk plaza → pool area
- Pool area → bar area
- Bar area → beach area
- Lawn entrance → center of wedding lawn
- Garden walkway corner → scenic point
12.3. Special verification of business terminals
In addition to ordinary smartphones, we also carried out dedicated verification for the following devices:
- POS machines
- Handheld ordering terminals
- Tablet service terminals
- Surveillance backhaul links
- Mobile office terminals for management staff
12.4. Installation reinspection
The reinspection included:
- Device fastening strength
- Waterproof sealing
- Power supply stability
- Labeling standards
- Cable organization
- Cabinet cleanliness
- Maintainability and recognizability for future servicing
13. Project Acceptance Results
After complete tuning and on-site joint testing with the client, the project successfully passed acceptance. The key metrics the client cared about all met expectations:
- Stable coverage achieved in the main outdoor public areas
- Roaming experience significantly improved
- Stable peak-time access in the pool area and bar area
- Significant dead-zone filling effect in the beach and remote areas
- Stable wireless bridge backhaul links
- Normal operation of staff mobile business terminals
- Clear maintenance structure and standardized point identification
14. Positive Feedback from the Client and End Users
After the project went live and operated stably, the client’s management team and front-line operators gave very positive feedback:
Feedback from resort management
- “This was not just about installing a few APs. It was a network truly built around resort operational needs.”
- “Guest complaints in the three core areas—pool, beach, and bar—have clearly dropped.”
- “The bridge solution is very practical. It avoided large-scale construction and had very little impact on business operations.”
- “Your construction details and label management are very standardized, making later maintenance easy to understand at a glance.”
Feedback from operational staff
- “Ordering and cashier operations at night are much smoother than before.”
- “During outdoor events, staff devices basically no longer experience disconnections.”
- “The lawn event area finally no longer needs emergency long cable runs.”
Feedback from guests
- “Posting videos and livestreaming by the pool is obviously smoother now.”
- “The network transitions feel much more natural when walking from the front desk to the beach.”
- “The beach and bar areas finally do not just have signal—they actually provide stable internet access.”
15. What We Did Differently from Other Engineering Teams
In many outdoor WiFi projects, some teams tend to make several typical mistakes:
- Designing only according to device specifications instead of user behavior
- Only pursuing coverage range while ignoring real experience
- Overlooking the long-term impact of the seaside environment on installation and maintenance
- Treating roaming as something automatically handled by the equipment without field optimization
- Relying entirely on high-power coverage for convenience, which results in severe overlapping interference
- Performing only simple connectivity tests for delivery instead of peak-scenario testing
In this project, we insisted on several principles:
15.1. Understand the business first, then design the network
We did not just look at the floor plan for AP placement. We first analyzed guest movement paths, guest dwell areas, operational terminal needs, and peak-time periods.
15.2. Use “high-quality coverage” instead of “blind long-distance coverage”
We focused more on usable area, stable access, and roaming continuity than on simply making the signal travel the farthest.
15.3. Truly value hybrid bridge + wired networking
Not every area is suitable for hard cabling. Only by using wireless bridging appropriately can quality, cost, and construction aesthetics all be balanced.
15.4. Emphasize construction details and long-term maintenance
Labels, cabling, waterproofing, installation firmness, switch port management, and device numbering—these are the things that truly reflect engineering professionalism.
15.5. Deliver not just acceptance, but sustainable operations
What we deliver is not merely a network that “works today,” but one that “can handle peak seasons, support events, and scale in the future.”
16. Project Summary
The Boracay Hailan Bay Resort Outdoor Wireless Network Upgrade Project is a very typical and highly representative outdoor WiFi coverage case for an island resort. Its difficulties were not only due to the large area, but also because:
- The coverage areas were open and dispersed
- User behavior was random, but peak usage was concentrated
- The seaside environment was complex
- Construction in some areas was restricted
- The network needed to support both guest internet access and resort operational services
Through this project, based on the full set of COMFAST CF-WA973, CF-EW74 V2, CF-E113A V2, CF-AC300, and CF-SG1241P equipment, we built a stable outdoor wireless network solution suitable for island resort scenarios and achieved:
- High-quality coverage in core areas
- Smooth roaming across multiple areas
- Low-impact, rapid access deployment in remote areas
- Dual assurance for both operational services and guest connectivity
- Clear and manageable long-term maintenance
Ultimately, this not only improved the resort’s guest experience, but also laid a very solid network foundation for the client’s digital operations.
17. Advice for Other WiFi Engineering Peers
If you are also working on resorts, scenic areas, seaside commercial districts, outdoor wedding lawns, pool bars, or similar projects, I strongly recommend keeping the following points in mind:
- Do not treat a resort like an ordinary hotel
- Always study the real guest movement paths, not just the building plan
- Swimming pools, beaches, lawns, and walkways each require different wireless strategies
- In coastal projects, construction workmanship and protection details are just as important as the equipment itself
- Bridging is not a compromise solution—when designed well, it is a highly cost-effective professional solution
- Roaming must be field-tested on site and cannot rely only on default configurations
- Acceptance must not rely only on speed tests; real business terminals must also be tested
- A truly professional project is not just about installing devices, but about fully understanding the client’s operational scenarios
