• Ground Penetrating Radar (GPR) is a powerful complementary electromagnetic locator produced by Radio Detection Company. It allows operators to detect and locate non-conductive pipes and ducts, as well as to identify multiple utilities in context with each other along a single path.
• Ground Penetrating Radar (GPR) is a technology that supports subsurface detection and mapping. This technique sends electromagnetic radar pulses into the ground. These pulses interact with different materials and reflect back in unique ways. The unit that sends the pulses also measures the responses of these interactions and uses the returning signals to map data about what lies beneath the surface.
• Many GPR systems convert the data collected from radar waves into inputs that create a map or image of what lies beneath the ground. Computing systems and trained personnel can analyze the data and images to draw conclusions about the composition of the soil and earth below, or to determine the presence or absence of subsurface features.

• It is considered the best and most advanced geophysical device specialized in detecting, measuring, and locating all types of groundwater (levels and accumulation points).
• This device operates based on an automatic geoelectric system that can detect the presence of water in the survey area and provide astonishingly accurate results.
• This device operates with the most precise configuration of automatic measurement software and is equipped with the latest electronic systems and illustrative software to display results with complete clarity.
• The device relies on an integrated automatic electronic system, which reduces the time and effort required during the search process.

• We provide a variety of Geographic Information Systems (GIS) services to our clients, covering most public service companies.
• The services we provide enable visualization of geographic data, spatial relationship analysis, and efficient data management.
• GIS data conversion processes allow the integration of data from various sources into a unified format, facilitating easy access, analysis, and use.
• Our company has extensive experience in integrating Geographic Information Systems (GIS), Computer-Aided Design (CAD), and Global Positioning System (GPS), enabling the display of underground public utility field data on any CAD and GIS platform.

Geological imaging surveys can determine the subsurface environment for a wide range of features, aiding in the verification of exploratory studies prior to excavation. Public utilities imaging assists in project design to reduce risks, aiming to achieve the following objectives:

• Reducing the risks of harm and injury to people.
• Compliance with occupational health and safety regulations.
• Minimizing disruptions and inconveniences to the general public.
• Reducing project delays and lowering costs.
• Understanding the requirements for relocating public utilities.
• Identifying the requirements for exploratory investigations.
• Eliminating unnecessary excavations.

We specialize in structured data cable installation, and in designing and installing data, voice, and fiber optic cable networks. We are experts in installing high-quality structured cabling systems. Our success is based on our ability to provide professional and flexible service with the highest possible quality to all our clients.

Fiber optic cabling is the foundation of modern communication networks, forming the backbone inside buildings and over longer distances for communication networks. With increasing network speeds and bandwidth demands, distance limits and losses have decreased, making fiber optic cabling certification testing more important than ever. Fiber optics have become the primary medium for critical data center links.