At SYSTECH GLOBAL, our IT Infrastructure is the backbone of our operations—designed for efficiency, security, scalability, and high performance. We combine modern hardware, cloud technology, and industry-leading security practices to deliver reliable digital experiences for our customers, partners, and team.

Build a strong foundation with robust IT Infrastructure Solutions that support your operations end-to-end.
Our services include:
• Structured Cabling (Fiber & Copper) • Data Center Setup • Network Design & Implementation • Wi-Fi Survey & Heat Mapping (Ekahau) • Server & Storage Solutions • Virtualization • Backup & Disaster Recovery • LAN/WAN Setup • Switching & Routing • Power & UPS Solutions • CCTV & Access Control Integration • Hardware Procurement & Deployment.
We design infrastructure that is secure, scalable, and optimized for long-term performance.


1. Network & Server Infrastructure

Our network is built on enterprise-grade architecture to ensure fast, secure, and uninterrupted connectivity.

Key Features:

  • High-performance dedicated and virtual servers
  • Tier III/Tier IV data center environments
  • Redundant power, cooling, and connectivity
  • Optimized LAN/WAN architecture
  • High-bandwidth connections for seamless operations

What This Means for You

Stable, low-latency performance and industry-leading uptime for all of our digital services.


2. Cloud Infrastructure

We leverage modern, scalable cloud platforms to support growth and maximize flexibility.

Our Cloud Capabilities Include:

  • Hybrid or multi-cloud (AWS, Azure, Google Cloud)
  • Auto-scaling for high-traffic demands
  • Cloud storage & backup solutions
  • Virtual machines, containers, and Kubernetes
  • API-driven integrations

Benefits

Secure remote access, global scalability, and faster service delivery.


3. Cybersecurity & Data Protection

Security is at the core of our infrastructure strategy.

Security Measures Include:

  • Next-gen firewalls & intrusion detection
  • Multi-layered encryption (at rest & in transit)
  • 24/7 monitoring and threat analysis
  • Access control & identity management
  • Regular penetration testing and vulnerability scans

Compliance Standards

We follow industry best practices and can meet requirements such as:
GDPR, ISO 27001, HIPAA, PCI-DSS (customize as needed)


4. Backup & Disaster Recovery

We ensure continuity of operations through robust backup and recovery systems.

Our DR Strategy:

  • Automated daily and real-time backups
  • Multiple geographic data replicas
  • Failover systems and high-availability configurations
  • Documented disaster recovery plan

5. IT Asset & Hardware Management

We maintain a modern hardware fleet to support our teams and customers.

Our Assets Include:

  • Workstations, laptops, and secure mobile devices
  • Network equipment (routers, switches, firewalls)
  • Server hardware and storage arrays
  • VoIP communication systems
  • Smart monitoring tools

6. Software & Application Infrastructure

Our software ecosystem is tailored for performance, collaboration, and automation.

Technology Stack:

  • Enterprise operating systems (Linux/Windows servers)
  • Virtualization (VMware/Hyper-V/Proxmox)
  • DevOps tools (Docker, Jenkins, GitLab)
  • Business applications & SaaS platforms
  • Ticketing and monitoring tools

7. Monitoring & Performance Optimization

We use real-time monitoring to ensure systems are operating at peak efficiency.

Monitoring Includes:

  • Network traffic
  • Server performance
  • Application uptime
  • Security alerts
  • System health dashboards

8. Sustainability & Energy Efficiency

We are committed to environmentally responsible IT operations.

Eco-friendly Practices:

  • Energy-efficient data centers
  • Cloud solutions to reduce hardware footprint
  • Virtualization to minimize waste
  • Optimized cooling and power usage

What Is a WiFi Survey?

A WiFi survey is a technical assessment of wireless signal coverage within a building or outdoor area. It identifies signal strength, dead zones, interference, and optimal access point (AP) placement.

WiFi surveys are essential for:

  • Offices
  • Warehouses
  • Schools
  • Hospitals
  • Hotels
  • Large homes
  • Outdoor campuses
top view of group of people hold wi-fi router, wireless connection concept

🔍 Types of WiFi Surveys

1. Passive WiFi Survey

  • Measures existing WiFi signals
  • Detects coverage, signal-to-noise ratio (SNR), and interference
  • Does not connect to the network

Used for: Health checks, diagnostics, and troubleshooting.

2. Active WiFi Survey

  • Connects to the WiFi network
  • Tests throughput, speed, roaming, latency
  • Evaluates real-user experience

Used for: Performance validation and optimization.

3. Predictive WiFi Survey

  • Uses floor plans and building materials
  • Software predicts signal coverage before installation
  • No on-site walk-through required

Used for: New building planning or pre-deployment.


🧰 Tools Used for WiFi Surveys

Professional Tools:

  • Ekahau Pro
  • Ekahau Sidekick
  • NetSpot Pro
  • AirMagnet Survey Pro
  • TamoGraph Site Survey

Basic Tools (entry-level):

  • WiFi Analyzer (Android)
  • AirPort Utility WiFi Scanner (iOS)
  • NetSpot (Mac/Windows free version)

📡 What We Measure in a WiFi Survey

A proper survey collects data about:

✔ Signal Strength (RSSI)

Ideal range: -30 dBm to -67 dBm

✔ Signal-to-Noise Ratio (SNR)

Higher is better (minimum 20 dB)

✔ Interference

Microwaves, Bluetooth, neighbors, walls, machinery

✔ Channel Overlap

Ensures APs do not interfere with each other

✔ Access Point Placement

Finding best AP locations for:

  • Minimum overlap
  • Maximum coverage
  • Proper roaming

✔ Throughput Tests

Real speed measurements

✔ Dead Zones

Areas without usable WiFi


📍 How a WiFi Survey Is Performed

Step 1: Gather Requirements

  • Building size
  • Number of users
  • Device types
  • Applications (VoIP, video, IoT)

Step 2: Floor Plan Analysis

  • Identify walls, materials, barriers
  • Predict signal loss

Step 3: Walkthrough Survey

  • Walk the building with a laptop/tablet + WiFi analyzer
  • Capture live measurements

Step 4: Review Coverage Heatmaps

  • Identify red zones (weak)
  • Identify interference areas

Step 5: Optimize and Recommend Improvements

  • AP relocation
  • Channel changes
  • Additional APs
  • Power level adjustments

🗺 Deliverables After a WiFi Survey

A professional report includes:

  • Coverage heatmaps
  • Signal/SNR heatmaps
  • AP location map
  • Interference analysis
  • Performance test results
  • Recommendations & improvements

Contact Us

Have questions about our IT infrastructure or need a custom solution?
Contact our team today and we’ll be glad to help.