Our Core Services
We provide end-to-end engineering, analysis, and digital inspection solutions for telecom towers and antenna mounting systems. Our services are designed to ensure structural integrity, compliance, performance, and long-term safety across new and existing installations.
Tower Structural Analysis
ATSS provides comprehensive tower structural analysis services to evaluate the overall stability, strength, and safety of telecom towers under existing and proposed loading conditions. Our analysis covers wind loads, seismic forces, equipment additions, and future expansion scenarios in accordance with applicable national and international standards. Using advanced analytical tools and AI-assisted validation, we identify overstressed members, assess reserve capacity, and recommend strengthening solutions to ensure long-term structural reliability and regulatory compliance.
Structural Modification Design, Drawings & Construction Support
ATSS offers end-to-end structural modification, design, and construction support services for existing telecom infrastructure. This includes strengthening of towers and mounts, retrofitting for additional equipment, and design support for construction and erection activities. Our engineering teams work closely with field and construction teams to ensure safe implementation, constructability, and compliance with design intent. AI-assisted planning and documentation help streamline execution, reduce downtime, and improve overall project efficiency.
AI-Driven Mobile Application Services
ATSS provides a powerful AI-driven mobile application that digitally integrates field inspections, engineering analysis, and reporting. The app supports tower and mount inspections through guided workflows, intelligent checklists, and AI-based image recognition for defect identification.
Key features include auto generated COAX layouts based on site data, azimuths, and equipment configuration, real-time progress tracking, and automated data validation. Multi-language, one-click report generation ensures fast, standardized, and client-ready deliverables. The platform creates a seamless connection between on-site data collection and back-end engineering, enabling true end-to-end digital tower management.
New Tower & Mount Design
ATSS specializes in the design of new telecom towers and antenna mounting structures tailored to site-specific and client-specific requirements. Our designs emphasize structural efficiency, constructability, durability, and future upgrade flexibility. By combining intelligent design automation with engineering expertise, we deliver optimized solutions that reduce material usage, improve constructability, and support long-term network expansion.
Antenna Mount Analysis
Our antenna mount analysis services focus on verifying the structural adequacy and load-bearing performance of antenna mounts installed on towers, rooftops, poles, and other supporting structures. We assess mount alignment, connection integrity, and behavior under wind, eccentric, and combined loading conditions. AI-enabled engineering workflows allow faster evaluation of multiple mounting configurations while ensuring safety, precision, and optimal antenna performance.
Tower & Mount Drawings
We deliver high-quality structural drawings and detailed engineering documentation for towers, mounts, and associated components. Our drawings include general arrangements, member details, connection details, foundation layouts, and installation guidelines suitable for fabrication, erection, and inspection. AI-assisted drafting ensures accuracy, consistency, and reduced turnaround time while meeting industry and client standards.
Foundation Analysis
ATSS provides detailed foundation analysis services for telecom towers and supporting structures. This includes evaluating soil-structure interaction, bearing capacity, settlement, uplift, and overturning under combined loading conditions. Our foundation analysis ensures that structural loads are safely transferred to the ground while meeting geotechnical and structural design requirements. AI-assisted optimization helps achieve cost-effective and constructible foundation solutions.
Finite Element Analysis (FEA)
ATSS offers advanced Finite Element Analysis (FEA) services to evaluate complex structural behavior that cannot be accurately captured using conventional methods. FEA is applied to critical components such as bolted and welded connections, base plates, gussets, brackets, and special structural elements. Through detailed stress, strain, deformation, and fatigue analysis, we help optimize designs, validate safety margins, and improve structural performance under real-world loading conditions.
Thermal & Heat Analysis
Our thermal and heat analysis services assess the impact of temperature variations and heat generation on telecom structures and equipment. This includes evaluating thermal expansion effects, material performance in extreme climates, and heat dissipation from active telecom equipment such as radios, RRUs, and power units. AI-driven simulations help predict long-term behavior, reduce thermal stress risks, and ensure safe operation in diverse environmental conditions.
SolidWorks & 3D Structural Modelling
We offer SolidWorks-based 3D modeling services for telecom towers, mounts, and structural components. Detailed 3D models improve design visualization, coordination, and clash detection while supporting fabrication accuracy. These models are also used for advanced analysis, simulation, and digital documentation, enabling smarter engineering decisions and improved project execution.
Corrosion Analysis & Structural Repairs
ATSS provides corrosion assessment and mitigation services to evaluate material degradation caused by environmental exposure, aging, and operational conditions. Our corrosion analysis includes visual inspections, section loss evaluation, coating condition assessment, and remaining life estimation. Based on findings, we develop structural modification and strengthening solutions such as member replacement, reinforcement, protective coating systems, and corrosion-resistant design upgrades to extend asset life and ensure continued structural safety.