Thank you for Subscribing to Telecom Business Review Weekly Brief
What challenges arise when fiber network construction is distributed across multiple contractors and vendors? Fiber network construction comes with inherent complexities. In traditional builds, underground drilling, aerial construction, cable installation, splicing, and testing are allocated between different vendors. On paper, this distributes the workload. In reality, it creates dependency chains. When project ownership is split across multiple contractors, delays or errors made by one contractor impact the entire project. The client is left coordinating schedules, resolving conflicts and managing performance across separate teams. Precision Fiber Solutions replaces distributed ownership with its fully turnkey model, taking ownership of the entire lifecycle of a project. It consolidates design consultation, underground and aerial construction, cable placement, splicing, testing, drop installations, and final network activation. For clients, this removes the burden of coordinating multiple contractors and managing execution across disconnected teams. They interact with one partner that assumes responsibility for both execution and outcome, allowing projects to move forward with greater predictability. “Single point accountability changes behavior,” says Andrew Aiello, president and CEO. “When there is no one else to blame, you solve problems faster.” Turnkey Execution as a Structural Advantage How does a turnkey execution model improve decision-making speed and project predictability in fiber builds? Unified ownership also reduces delays in decision-making. In a multi-contractor environment, delays stem from waiting for alignment across stakeholders. In a turnkey structure, decisions can be made in real time as responsibility sits with a single team. This has a direct effect on timelines, especially in projects shaped by permitting constraints, municipal coordination and changing field conditions.
Drew DeRosa, Co-founder and EVP
Why does communication reliability function as critical infrastructure in industrial operations? In large industrial environments, communication is infrastructure. When a system drops, work stops and risk rises. For operators responsible for safety and uptime, reliability and performance matters more than branding. DirectPTT approached the market from that premise. Instead of assembling radios, servers, and software from outside vendors, the team built and operates the full stack in-house. Hardware, software, servers, billing, repairs, and support are managed under one roof, which gives the company direct control over performance and accountability. The network runs on encrypted U.S.-based servers distributed across Houston, Dallas, Indianapolis, and South Florida. Traffic shifts automatically between sites and connectivity sources, which removes single points of failure and keeps voice and tracking active during outages. Updates and diagnostics are handled remotely without third-party dependencies. “We built the system ourselves,” says Drew DeRosa, Co-founder and EVP. “Everything is handled in-house.” That ownership model shapes how the platform behaves in the field. The focus is not on selling devices. It is on ensuring that the system works every time. Owning the Stack to Eliminate Failure Points How does owning communication infrastructure reduce operational risk and system failure points? The proof appears early in deployment. At Eli Lilly’s Indianapolis campus, which spans several square miles and supports manufacturing, laboratories, fire, and EMS, the organization needed to replace an aging radio network. The proposed rollout totaled roughly $1.5 million while competing bids exceeded $10 million. The transition modernized communications across the campus and preserved more than $9 million in capital that could be redirected elsewhere. A similar pattern emerged at MotorCity Casino Hotel. Annual communications spending dropped from nearly a quarter million dollars to about $50,000, while coverage expanded across security, operations, and guest services. In Detroit the system became part of daily operations rather than an overhead line item. At the Port of Miami, dispatchers coordinate container movements and outbound trucking routes through centralized tracking and push-to-talk. A Canadian cross-border bus operator manages more than 200 vehicles across thousands of square miles and reports zero downtime over three years of continuous use. In each case the requirement is the same. The network must stay live and the response must be immediate.
Stephen Hancock, Founder and President
How are enterprises redefining telecom expense management to improve oversight and accountability Socium IT approaches telecom expense management (TEM) through a model that combines disciplined human oversight with an AI-powered, vendor-agnostic platform designed to modernize how enterprises manage technology spend. Central to that model is raising expectations around documentation—ensuring every service, contract term and billing component is thoroughly recorded, reconciled and validated even when carrier systems lack accessible records. Through Vigilis platform and its managed services team, the company extends beyond traditional TEM to support the function as a managed lifecycle, a telecom operating system for oversight and accountability. Socium frames it as “people plus platform,” moving it beyond passive reporting into active oversight and execution. Advanced AI capabilities are paired with dedicated billing analysts, business analysts and client success coordinators who translate data into action. “Our model is people plus platform,” says Stephen Hancock, Founder and President. “The AI evaluates and identifies, but our analysts investigate, validate and act. That combination is where the real value is created.” AI-Powered Invoice Intelligence How can artificial intelligence improve invoice analysis and anomaly detection in telecom expense management At the platform level, Vigilis processes invoices without relying on legacy infrastructure. Instead of structured feeds or manual entry, the system parses PDF invoices directly, extracting and organizing cost information exactly as the customer receives it.
What operational challenges arise from limited visibility in telecom supply chain assets? In telecom, limited visibility to physical assets is a liability. Assets move across cities, warehouses, and field operations, yet many operators still rely on fragmented systems that can’t answer a simple question, where is everything?, and is it where it should be? This often leads to over-purchasing, underutilized inventory, delayed deployments, and lost revenue opportunities. It gets worse during moments of change. Mergers, expansions, and new service lines often introduce more systems, more data silos, and more uncertainty, precisely when clarity is needed most. How does Vistrue provide unified asset visibility without replacing existing telecom systems? Vistrue is a technology company that develops supply chain and asset lifecycle management solutions designed specifically for the telecom industry. Its platform enables operators to track, manage, and optimize assets and inventory across the entire network, from the manufacturer to warehouses to field operations, delivering a single, unified view without requiring organizations to replace or consolidate their existing systems. The goal is not just to digitize operations, but to give businesses a clear, real-time understanding of how their assets move, where they are, and how effectively they are being used. “We don’t try to be everything for everybody,” says Lee Reeves, president. “We build solutions that work within the systems our customers already have, bringing everything together into a single real-time view so they can make decisions right away without going through a huge change management process.”
Antenna Systems
David Ahn, Director, Commercial Engineering, Vyve Broadband
Antenna Systems
Pascal Menezes, CTO, MEF
Broadband Network Solutions
Sedrick Ware, Sr Director – DTS Network, Operations, & Digital Workplace, Kimberly-Clark [NASDAQ: KMB]
Communication Solutions
David Woodham, Director of Engineering, Southern Linc
Telecom Engineering Services
David Dutt, Head of Network, Pernod Ricard [EPA: RI]
Telecom Engineering Services
Gregory Goldshteyn, Video Engineering & Quality Assurance, Fox Networks Group
Optical Fiber
Scott Demming, Vice President - Strategy & Business Intelligence, Mountain Ltd.
Operations
Ankur Jindal, Vice President, Global Head Venturing, Technology and Innovation, Tata Communications
Telecom Testing
Enoch Charles, Information Technology - Smart Grid Transport Manager, CenterPoint Energy
Intelligent supply chains enhance telecom infrastructure by improving resilience, efficiency, coordination and scalability through real-time data predictive insights and automation.
Fiber optic contractors are redefining value through reliability, network visibility, and resilience as connectivity expectations expand across modern infrastructure environments.
The Shift Toward Intelligent Telecom Operations
Our cover story, Precision Fiber Solutions, recognized as the Top Fiber Optic Contractor 2026, reflects this shift through a turnkey approach to fiber network construction. Rather than splitting projects across contractors, the company owns the full lifecycle, from design and permitting to construction, splicing, testing, and activation. This accountability stabilizes builds, speeds decisions, and improves coordination with municipalities and utilities. Precision Fiber Solutions is redefining fiber delivery at scale.
This edition also highlights companies addressing critical operational challenges across the telecom ecosystem. Socium IT, recognized as the Top Enterprise TEM Platform 2026, is modernizing telecom expense management through a “people plus platform” model that combines AI-powered invoice intelligence with analyst oversight, making telecom a measurable and governed function. DirectPTT, awarded Top Long Range Commercial Two Way Radio Communication Services 2026, enables mission-critical communication in industrial environments where downtime impacts safety and operations. Meanwhile, VISTRUE, recognized as the Top Telecom Supply Chains and Asset Management System 2026, delivers real-time visibility across telecom asset lifecycles, enabling faster, data-driven decisions without system replacement.
This issue also features leadership perspectives from Ankur Jindal, Vice President, Global Head Venturing, Technology and Innovation at Tata Communications, who explores how zero-trust frameworks and network edge security are becoming essential as IoT and 5G expand enterprise attack surfaces, alongside insights from Enoch Charles, Information Technology Smart Grid Transport Manager at CenterPoint Energy, on how AI, edge computing, and next-generation connectivity will transform telecom into the backbone of modern infrastructure.
As the telecom landscape evolves, organizations leading this transformation combine operational precision with long-term adaptability. Explore this edition of Telecom Business Review to see how infrastructure leadership, intelligent systems, and executionfocused innovation are shaping the future of connectivity.