Nevalon Fiber

is a company specializing in the construction of fiber optic communication lines using the cable blowing method based on Stingray technology

High-performance installation of Stingray fiber optic lines, laying the last miles based on FDH and TOBY

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Air-blowing fiber optic expertise—teams trained to Hexatronic Stingray standards

Quality control — complete OTDR/IL/RL test reports with the proper labeling and docs standarts

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Speed and scalability multiple teams, sectional blowing, and our own equipment

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Safety and compliance—OSHA, MUTCD standards, local permits, and 811 notices

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Last mile specialists – residential connections with minimal obstacles

Doc-text-inv Doc-text-inv About Us

The Nevalon Fiber Story: Building America’s Digital Backbone

Nevalon Fiber: A Legacy of Reliability, Reimagined for America

The story of Nevalon Fiber doesn’t begin from scratch, but as a strategic evolution of our parent company, the Ukrainian telecom holding UkrFiber, and its more than 20 years of experience. Founded in September 2025, Nevalon Fiber was created with a single purpose: to offer the American market an unprecedented level of quality, based on proven European processes and a deep understanding of modern client requirements.

A Solid Heritage: The Foundation We Build Upon

Since 2002, when our industrial partner UTEX was founded, we have been laying the groundwork, starting with the manufacturing of fiber optic cables. As early as 2003, the first Nevalon Fiber division was established to professionally deploy and commission the very networks we produced. This unique experience—a deep understanding of the product “from the molecule to the connection”—became our key differentiator.

Our journey from a local contractor to an international partner was driven by the constant standardization of processes. Between 2007 and 2013, we implemented internal standards for installation, quality control, and safety. We didn’t just grow—we systematized every aspect of our work, which allowed us to reach the European level and successfully collaborate with giants like Deutsche Telekom and Orange, starting in 2014. This stage tempered us and proved our competitiveness in the most demanding environments.

Our Approach: Built Around the Expectations of the American Customer

Nevalon Fiber was not created as just another contractor. We built a company that from the outset meets the highest standards of doing business in the US, where manageability, transparency, and accountability are paramount.

Historical Context and Heritage

Our parent company, UkrFiber, has traveled an impressive development path, which can be divided into several key stages:

• 2002-2006: The Formative Period
Foundation of the manufacturing company UTEX (2002)
Creation of the Nevalon Fiber installation division (2003)
Formation of the first professional teams (2004)
Launch of training and certification programs (2004)
Beginning of national expansion in Ukraine (2005)

• 2007-2013: The Standardization Stage
Implementation of a quality control system
Development of internal installation standards
Creation of safety regulations
Expansion of the service portfolio

• 2014-2021: Reaching the International Level
Beginning of cooperation with European Telecom Giants
Work with Deutsche Telekom, Orange Polska, Magyar Telekom
Adaptation to European quality standards
Formation of international teams

• 2022-2024: The Transformation Period
Adaptation to new market conditions
Revision of business processes
Preparation for entering new markets

Competitive Advantages of Nevalon Fiber

Nevalon Fiber enters the American market with a unique set of competitive advantages:

3.1. Heritage and Innovation
We combine time-tested technologies with modern management approaches. Our experience working in various countries and climatic conditions allows us to effectively solve tasks of any complexity.

3.2. Full-Cycle Expertise
Thanks to close integration with the UTEX production division, we possess a deep understanding of the entire lifecycle of fiber-optic infrastructure—from cable manufacturing to its installation and maintenance.

3.3. Cross-Cultural Competence
Our experience in different markets has taught us to communicate effectively with clients from diverse cultural backgrounds and understand their specific requirements.

Technological Infrastructure and Methodologies

4.1. Quality Management System (QMS)
We have implemented a comprehensive quality management system that includes:

• Design with a long-term perspective
• Multi-level control at all implementation stages
• Regular audits and certification
• Continuous process improvement

4.2. Advanced Monitoring Technologies
Our technology platform includes:

• Computer-Aided Design (CAD) systems
• GIS platforms for asset management
• Real-time monitoring systems
• Project management platforms

4.3. Construction Methodologies
We apply various techniques depending on the conditions:

• Micro-trenching in urban environments
• Directional drilling for crossing obstacles
• Aerial installation on difficult sections
• Combined approaches for cost optimization

Organizational Structure and Project Management

5.1. Project Management Framework
Our project management system is built around a clear distribution of roles and responsibilities:

• Project Manager — single point of accountability to the client
• Construction Manager — control of construction works
• QA/QC Engineer — quality assurance
• Field Supervisor — on-site management
• Safety Officer — compliance with safety standards

5.2. Communication Model
We ensure communication transparency through:

• Weekly progress reports
• Monthly project review meetings
• 24/7 emergency communication channel
• Online access to project documentation

5.3. Risk Management
Our risk management system includes:

• Proactive identification of potential problems
• Development of action plans for different scenarios
• Regular risk reviews
• Liability insurance

Quality Control and Work Performance Standards

6.1. Technological Control
Each work stage is accompanied by strict control:

• Incoming inspection of materials and equipment
• Operational control during work execution
• Acceptance control of completed stages
• Final acceptance with client participation

6.2. Measurement Procedures
We use modern measuring equipment:

• OTDR reflectometers for fiber analysis
• Optical power meters
• Chromatic dispersion analyzers
• Polarization mode dispersion testing systems

6.3. Documentation
Our documentation system ensures:

• Complete traceability of all operations
• Parameter recording at each stage
• Creation of as-built documentation
• Archiving of measurement results

Environmental and Social Responsibility

7.1. Sustainable Development
We adhere to the principles of sustainable development:

• Minimizing environmental impact
• Using eco-friendly materials
• Reducing energy consumption
• Waste recycling

7.2. Community and Safety
Our safety policy includes:

• Safety training programs
• Regular staff briefings
• Hazard alert system
• Civil liability insurance

Development Prospects and Innovations

8.1. Strategic Directions
Our priorities for the coming years:

• Development of 5G and IoT networks
• Implementation of Smart City technologies
• Development of cloud solutions
• Integration with AI systems

8.2. Innovative Projects
We are actively working on:

• Automation of monitoring processes
• Implementing machine learning for failure prediction
• Developing energy-efficient solutions
• Creating universal management platforms

Nevalon Fiber is not just another new company in the American market. It is a bearer of unique experience and expertise accumulated over two decades of intensive work in the telecommunications industry. We combine the reliability and stability of the European approach to quality with the flexibility and innovativeness of American business.

Our goal is to become a reliable partner for American companies, offering not just network construction services, but comprehensive solutions based on a deep understanding of technologies, business processes, and market trends.

We are confident that our approach, combining technical excellence, business process transparency, and customer focus, will allow us to become a valuable partner in implementing the most ambitious telecommunications projects in the United States.

Ready to discuss how we can help implement your next project

Strategy

We construct and commission cutting-edge fiber optic networks, strictly adhering to technical specifications and approved project designs. Our primary objective is to ensure impeccable installation quality that guarantees high-speed and uninterrupted connectivity. Our emergency response team provides instant communication restoration during outages, ensuring our clients maintain continuous operations in the modern digital landscape

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Vision

We envision a world where businesses and communities experience seamless digital connectivity without interruptions. Our commitment ensures optical networks operate at peak efficiency 24/7, supported by proactive monitoring and rapid response systems. Through continuous innovation and reliability, we eliminate connectivity concerns, enabling sustainable growth and digital transformation for all our clients across various sectors and industries

Mission

To serve as the most trusted and reliable partner for businesses and communities where communication speed and continuity are vital. We achieve this through deploying robust fiber optic solutions, maintaining unwavering service standards, and building lasting relationships based on performance and trust. Our dedicated teams ensure every project meets rigorous quality benchmarks while empowering clients’ operational resilience and long-term success

Our Flows

Flow-tree Flow-tree Company structure

The company is led by the Owner’s Office / Strategy, which sets the overall strategic direction. Directly reporting to this office is the Director of Strategic Development, who oversees the core operational departments and their performance metrics.

Construction and Development Pipeline:
• Building/Development Department handles new infrastructure projects
• Head of FOCL Construction Site manages physical construction operations

Production and Technical Support Pipeline:
• Technical/Production Department oversees core technical operations
• Deputy for technical issues provides support services
• Maintenance and Repair coordinates emergency response

Sales and Distribution Pipeline:
• Sales Department manages commercial activities
• Distribution Department handles supply chain operations

Supporting departments ensure company-wide functionality through specialized services and operational support across all business units and departmental activities.

Flow-cascade Flow-cascade Production flow

The production process is managed by the Chief Technology Officer (CTO), who oversees complete fiber optic construction operations. This structured workflow ensures methodical execution from initial planning to final quality verification through defined phases.

Management and Design Phase:
• Head of FOCL Construction Site coordinates construction activities
• Design Engineer creates technical documentation
• Procurement Manager handles material supply

Field Implementation Phase:
• Field Supervisor manages on-site operations
• Installation Team Master leads installation teams
• Fiber Optic Installer performs cable laying

Quality Assurance Phase:
• Testing Engineer validates system parameters
• Quality Control Engineer conducts final inspection

The workflow maintains dual communication channels ensuring optimal results and operational excellence across all production stages and technical operations.

Flow-branch Flow-branch Maintaince flow

The emergency restoration process is managed by the Chief Technology Officer (CTO), who oversees all rapid response operations. This specialized workflow ensures immediate reaction to service disruptions through coordinated team efforts and monitoring.

Emergency Coordination Phase:
• Head of Emergency Restoration directs recovery operations
• Emergency Service Dispatcher manages incident reports
• Procurement Manager ensures part availability

Field Restoration Phase:
• Senior Repair Engineer maintains service compliance
• Troubleshooting Specialist diagnoses failures
• Line Technician executes physical repairs

Quality Verification Phase:
• Technical Quality Engineer validates restoration quality

The emergency workflow operates with integrated communication channels ensuring minimal downtime and reliable network performance for all clients and service agreements.

Our operational structure is built on a transparent, engineering-driven process that ensures reliability and consistency at every stage of fiber deployment and maintenance

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End-to-End Process Control

Each stage follows a clear responsibility chain with zero function duplication for maximum efficiency and accountability across all project phases from start to finish

Clear Roles & Procedures

Every specialist follows precise role-based instructions refined through extensive practical experience and real-world challenge analysis ensuring consistent execution

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Two-Way Information Flow

Parallel management and feedback enable coordinated project execution while allowing immediate issue reporting and continuous operational improvement processes

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Separate Work Pipelines

Dedicated workflows for construction and emergency repair ensure predictable project delivery alongside rapid response capabilities for service issues and maintenance

Client Confidence Assurance

Structured coordination guarantees every project stage is overseen by qualified professionals following integrated quality management and timeline control plans

Users Users Our Team`s Core

people who create the future

Andrii</br>Honcharenko

Andrii
Honcharenko

🧑‍💼 Director of Strategic Development

Andrii brings over two decades of telecommunications expertise to lead Nevalon Fiber‘s American venture. Having pioneered optical network implementations since the early 2000s, he founded the parent company UkrFiber in 2015, blending European quality standards with proven operational methodologies. His strategic vision now drives Nevalon Fiber’s mission to deliver reliable, innovative digital infrastructure solutions tailored to the unique demands of the North American market.

Artem</br>Honcharenko

Artem
Honcharenko

💻 Director of Field Operations

Artem specializes in advanced fiber-optic network architectures, bringing substantial engineering experience refined through numerous international projects. As Nevalon Fiber’s technical cornerstone, he directs all installation protocols and comprehensive testing procedures, ensuring every deployment meets rigorous quality benchmarks. His meticulous approach to network implementation guarantees robust, future-proof infrastructure solutions that exceed client expectations and industry standards.

Volodymyr</br>Gurynenko

Volodymyr
Gurynenko

⚙️ Business Process Analyst

Volodymyr, with fifteen years of startup mentorship experience, shapes Nevalon Fiber’s business strategy and oversees project execution. He focuses on analyzing, optimizing, and implementing modern industry standards and technologies that keep the company competitive. Volodymyr adapts European technical and operational models to U.S. infrastructure requirements, ensuring precise delivery of complex projects and improving overall efficiency while maintaining strong long-term performance and resilience.

What we offer

Discover tailored solutions from Nevalon Fiber: from fiber-optic line installation to switch cabinet deployment and certified specialist training. The innovation and expertise of our teams enhance your network efficiency and reliability

Tools Tools Underground construction

Gallery of projects, problem analysis, and our strengths

Thumbs-down Thumbs-down What can happen if the work is performed by an unscrupulous contractor

Failure to observe the minimum bending radius, use of rough techniques, ignoring the fragility of fiber optics, lack of testing

Working in soft and wet soils requires special attention. Without this, collapses and water filling are possible, which can damage fiber optic cables.

Without prior coordination with utility services, geophysical surveys may damage gas, water, or electrical lines, causing emergencies.

Incorrect route planning, use of inefficient equipment, manual digging, lack of a step-by-step work schedule

The lines are being laid in violation of standards, without the appropriate permits, and with disregard for safety. This could result in fines from regulators.

Thumbs-up Thumbs-up Our advantages

Ensuring increased reliability and protection of cables, minimizing the risks of breakage and damage to the system

No negative impact on the external environment: we use horizontal directional drilling without forming trenches.

We are creating secure lines that will require fewer repairs in the future and reduce costs for customers.

We are creating secure lines that will require fewer repairs in the future and reduce costs for customers.

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Traffic-cone Traffic-cone Blowing and installation

Gallery of projects, problem analysis, and our strengths

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Thumbs-down Thumbs-down What can happen if the work is performed by an unscrupulous contractor

Excessive pressure or friction can cause microcracks, kinks, fiber breaks, and, as a result, signal loss, frequent disconnections, and the need for replacement.

Failure to check pipes for cleanliness and test them with a lead thread before installation, incorrectly selected pipe diameter may cause cable jamming

Outdated and incompatible equipment increases work time, frequent downtime, and increased air costs. Work time may increase by 2-3 times.

Ignoring safety protocols can lead to emergencies such as gas leaks or static electricity, which can result in injuries to personnel and fines for violating regulations.

Lack of knowledge prevents the cable from being secured properly, leading to shifts when the soil settles and breaks over time.

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Precise equipment adjustment and damage prevention: we use professional equipment with pressure control, which allows us to maintain the integrity of the cable.

High efficiency and reduced installation time: we plan purging by segments and test pipes. This speeds up the installation process and reduces downtime and project costs.

Compliance with safety and environmental standards through the use of grounding, ventilation, and monitoring. We use certified equipment.

Post-blow testing for leaks, coupling fastening, documentation preparation, and quality assurance: guaranteed line durability – up to 25-30 years

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Gallery of projects, problem analysis, and our strengths

Thumbs-down Thumbs-down What can happen if the work is performed by an unscrupulous contractor

Occurs due to poor-quality welding or mechanical connection, can reduce signal speed by up to 50% and cause network interruptions.

Lack of knowledge about standards and the use of cheap connectors leads to dust or dirt in the contacts and complicates connection.

Failure to observe the minimum bending radius and the use of coarse tools may result in damage during fixing.

Ignoring protocols, lack of protection against moisture, mechanical damage to markings increase risks

The risk of hidden defects in the distribution system increases, and problems are detected later, after launch.

Thumbs-up Thumbs-up Our advantages

Minimal signal loss thanks to precise connections using professional welding and mechanical connectors, no degradation in splitters

We select the right connectors and ensure seamless connection to ONTs or routers, which increases bandwidth and resistance to interference.

We use insulation, grounding, and fastening to minimize the risk of fire or mechanical damage: a safety guarantee for 25+ years.

After connection, splitters and connections are tested, with a full report on losses. We provide a warranty for our work.

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Stumbleupon Stumbleupon Repair and maintenance

Gallery of projects, problem analysis, and our strengths

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Thumbs-down Thumbs-down What can happen if the work is performed by an unscrupulous contractor

Problems are detected late, causing prolonged network downtime and loss of revenue: without accurate diagnostics, repairs are delayed.

Poor quality repairs, repeated breakdowns, the need for intervention every 3-6 months, which may be due to the use of cheap materials.

Associated with frequent repairs, unplanned trips, lack of maintenance, lack of knowledge, use of ineffective methods.

Ignoring protocols often leads to injury, and in damp underground conditions, it poses a risk of short circuits.

Repairs do not meet standards, resulting in fines from regulators or refusal to certify the network.

Thumbs-up Thumbs-up Our advantages

Quick localization and repair of damage: we use testers and locators for accurate diagnostics, restoring the line in 1-4 hours.

High-quality repairs with minimal recurrence: we use professional welding and protected couplings: the service life of connections is up to 20-25 years without breakdowns.

Savings on preventive maintenance: thanks to annual inspections and optimization, costs are reduced by 30-40%.

Compliance with safety and environmental standards: we use standardized solutions and guarantee uninterrupted operation.

Arrows-ccw Arrows-ccw Full cycle of work

We adhere to modern standards in technology and work sequence

We are ready to provide services ranging from laying trunk lines to directly connecting end customers. This significantly speeds up the work in case of unforeseen situations, such as damage to lines by other construction companies. The basis of our success is multi-level quality control and full compliance with project documentation. All work is performed within the time frame agreed with the customer. This minimizes the risk of problems arising after the lines are handed over to the customer. A professional approach minimizes the risk of errors and rework.

We use HDD rigs, microtrench cutters, compressors, and fiber optic cable blowing machines designed for Hexatronic Stingray fiber optic cable. Our teams are equipped with fusion splicers, OTDRs, optical power meters, and all necessary microtrench fittings, FDH components, and output equipment.

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Contact Us

We sincerely value open dialogue and eagerly look forward to the opportunity to connect with you!

Our feedback form serves as a bridge between us, and we truly appreciate every message we receive.

Please don’t hesitate to reach out – your thoughts and inquiries are extremely important to us.

We’re excited to hear from you!

Find Us Here:

NEVALON FIBER LLC

Tampa, FL 33607
5005 W Laurel St, Ste 100-3125

(813)708-8010