FTTH (Fiber to the Home) Design

We provide end-to-end Fiber to the Home (FTTH) design services, covering both traditional and rooftop-based fiber deployments. Our expert team delivers complete High-Level Design (HLD) and Low-Level Design (LLD) solutions, ensuring high-speed, reliable, and future-proof connectivity for residential and commercial areas. We optimize network layouts for efficient routing, capacity, scalability, and rooftop fiber pathways, supporting broadband growth, seamless data transmission, and enabling rapid deployment even in dense urban environments.

Wireless Network Design

Our wireless network design services encompass planning, modeling, and optimization for cellular, broadband, and enterprise networks. Whether it's 4G LTE, 5G, or Wi-Fi, we ensure optimal signal coverage, capacity, and network performance, helping service providers deliver seamless wireless connectivity to users.

Pole Loading Analysis (PLA)

We conduct Pole Loading Analysis (PLA) to assess the structural integrity of utility poles carrying telecom and electrical equipment. Our engineers evaluate wind loads, weight distribution, and pole capacity to ensure compliance with industry standards and safety regulations, preventing failures and enhancing network reliability.

Structural Analysis

Our structural analysis services involve assessing telecom infrastructure, including poles, towers, and mounting systems, to determine their ability to withstand environmental forces such as wind, ice, and seismic activity. We ensure that all installations meet safety codes and regulatory compliance.

Mount Analysis

We perform detailed mount analysis for telecom equipment, ensuring that antennas, radios, and other hardware are securely attached to towers, buildings, and poles. Our evaluation includes load capacity, wind resistance, and structural stability to prevent failures and optimize performance.

Traffic Management Plans

Our traffic management plans are designed to minimize disruptions and ensure public safety during telecom infrastructure deployment. We develop detailed strategies for road closures, detours, and signage, helping contractors and municipalities efficiently manage traffic flow while work is in progress.

Permitting Services

Navigating permitting requirements can be complex. We handle all necessary permitting for telecom infrastructure, ensuring compliance with local, state, and federal regulations. Our expertise speeds up the approval process, reducing delays and ensuring smooth project execution.

As-Built Drawings

We create precise as-built drawings that document the final installation of telecom networks. These drawings provide a detailed representation of fiber routes, tower structures, and equipment placements, serving as essential references for future maintenance, upgrades, and expansions.

Traffic Control Plans

Our traffic control plans ensure the safety of workers, pedestrians, and motorists during telecom construction projects. We develop comprehensive layouts for temporary signage, barriers, flaggers, and detour routes, complying with traffic safety regulations and minimizing public inconvenience.

MRE Engineering

We provide Pole Loading Analysis (PLA) and Make-Ready Engineering (MRE) services to assess pole capacity and identify necessary modifications before new telecom equipment is installed. Our engineering expertise helps prevent overloading and ensures efficient network expansion.

OSP Engineering

Our Outside Plant (OSP) and Inside Plant (ISP) engineering services support network expansion by designing robust fiber optic and telecom infrastructure. We provide detailed planning for fiber routes, conduit layouts, and network architecture to optimize efficiency and long-term reliability.

5G Construction Drawings

Our 5G construction drawings provide precise layouts and technical details for small cell sites, macro towers, and distributed antenna systems (DAS). We ensure that all designs comply with regulatory standards, supporting the rapid deployment of 5G networks for enhanced connectivity.

Small Cell Construction Drawings

We design detailed small cell construction drawings for network densification projects. Small cells are essential for improving coverage and capacity in urban areas, and our drawings ensure proper placement, structural stability, and regulatory compliance for seamless deployment.

Tower Upgrade Drawings

We create detailed tower upgrade drawings to accommodate new telecom equipment, antennas, and structural reinforcements. Our engineering team ensures that upgrades meet safety standards while maximizing tower capacity and performance.

Tower New Site Builds

We provide complete design and planning services for new telecom tower sites, including site selection, structural analysis, and construction drawings. Our expertise ensures cost-effective and compliant tower installations that expand network coverage efficiently.

Tower Analysis

Our tower analysis services assess the structural integrity, load-bearing capacity, and environmental resilience of telecom towers. We identify potential risks, recommend reinforcements, and ensure compliance with industry standards for long-term safety and performance.

• TnxTower
• MS Tower
• RISA Tower

IQGeo

IQGeo Integration for Telecom & Utilities
Streamline your network lifecycle with IQGeo’s powerful geospatial platform—designed for telecom and utility providers. From FTTH and wireless design to pole loading and construction updates, our integration enables faster deployments, real-time data sharing, and seamless collaboration between office and field teams. Trusted by global operators for its speed, accuracy, and productivity.

Vetro FiberMap

VETRO FiberMap is a cloud-native fiber network mapping and management platform designed for ISPs, municipalities, and engineering firms focused on FTTH and broadband infrastructure.

VETRO FiberMap can offer:

• Quick fiber planning and design with easy-to-use tools

• Visual maps for clients to approve design layouts

• Reduced need for deep GIS expertise—more drag-and-drop usability

• Instant access to project maps via browser from anywhere