As infrastructure becomes software-orchestrated, energy assets, industrial sites, and commercial facilities transition into network-dependent operating environments. Fiber is the deterministic, low-latency, high-bandwidth backbone every digital asset depends on — the secure, high-capacity infrastructure enabling these systems to function reliably. AGP is in the process of acquiring fiber and data network operators that lay this foundation.
Two-decade Virginia-based, family-owned fiber and data infrastructure installer with deep relationships across defense, commercial, and government end-markets.
Matt, a Virginia native, leads AGP's fiber-optic acquisitions out of the Virginia Beach office. Matt has experience as a Business Development Manager for kSARIA Service Corporation, a leading manufacturer and installation company specializing in mission-critical aerospace and defense connectivity solutions. kSARIA installs C5ISR systems across the U.S. Navy fleet, supporting critical defense operations.
With over 17 years of experience in operations, program, and project management, Matt has worked extensively with Surface Navy and Submarine systems — developing expertise in government contracting, defense technology integration, and strategic operations. Prior to AGP, he served as Program Manager at kSARIA and Operations Director at Solvere Technical Group, overseeing high-level defense sector initiatives.
Fiber will sit as the most important asset in the electrification super-cycle.
Wi-Fi cannot deliver the reliability, latency, security, or deterministic performance required by always-on, electrified systems.
Real-time load balancing, islanding capability, and autonomous control.
Frequency response, dispatch coordination, and market participation.
Inverter communication, SCADA control, and substation integration.
Synchronized dispatch, protection signaling, and remote monitoring.
Dynamic load management, payment processing, and fleet optimization.
Relay coordination, grid automation, and secure command-and-control.
Every building in America must become autonomous-ready; with physical fiber pathways capable of supporting AI systems, electrified assets, dense device environments, and continuous data-center connectivity.
Every major ship, base, and government facility will require repeated fiber upgrades as military systems evolve toward autonomous vessels, AI-driven command systems, and higher-bandwidth, lower-latency communications — creating long-duration, recurring upgrade cycles.
The nationwide build-out of EV charging and fleet electrification mandates fiber connectivity at every site; chargers, depots, and substations must communicate continuously with utilities, billing platforms, and data centers, making fiber a non-optional prerequisite, not a design choice.
The AI data-center boom pushes fiber demand outward into every connected asset; as compute concentrates in data centers, warehouses, hospitals, factories, ports, and campuses are forced to upgrade last-mile fiber to function as real-time endpoints of that compute.
Traffic control systems are being rebuilt as networked, data-driven infrastructure, requiring fiber connectivity to every intersection for cameras, sensors, emergency preemption, and centralized control.
For founders, sellers, capital partners, and customers — reach out to AGP.
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