Energy
Connectivity Gaps Are a Critical Risk in Energy Operations
Secure, reliable, and interference-free private 5G and LTE for the energy sector’s most demanding environments, from LNG facilities to refineries, midstream sites, upstream sites, and nuclear facilities.
The Industry's Challenge
Connectivity Gaps Are a Critical Risk in Energy Operations
Oil, gas, and energy facilities operate across vast, remote, and often hazardous footprints where reliable connectivity is not a convenience; it is a safety and operational imperative. Connecting SCADA systems, remote sensors, smart meters, and IoT devices without interference, without dependence on public carrier networks, and without extensive fiber infrastructure has long been one of the sector’s most persistent challenges.
Traditional connectivity options consistently fall short. Wi-Fi degrades in heavy metal environments and requires an impractical number of access points across large industrial sites. Public carrier networks introduce security exposure and are unreliable in remote or offshore locations. Satellite connectivity is typically not fit for multiple devices spanning an entire site, with congestion during an emergency. Fiber buildouts are expensive, time-consuming, often over a year to deploy, and inflexible as site layouts evolve. The result is that most energy operators are stitching together multiple imperfect solutions and still ending up with gaps.
THE SOLUTION
Purpose-Built Private Cellular for Energy Infrastructure
Bring your network online in days, not months, and reconfigure it as your site evolves without costly re-engineering.
Refinery Deployment: Two mesh nodes minimized network infrastructure and provided coverage through dense process units and pipe racks, enabling real-time monitoring of critical assets for safer, more efficient operations. GXC can extend an existing network into these hard-to-reach areas, or grow alongside the site as new zones come online, without a new buildout each time.
In The Field: Active Deployment Upstream Oil & Gas, West Texas
The Environment
A remote drilling operation in West Texas with multiple active rigs, modular field offices, control rooms, and support equipment spread across a large open site with no existing LAN infrastructure and limited public carrier coverage.
The Challenge
The site needed reliable, low-latency connectivity for rig control systems, sensor telemetry, and crew communications across a footprint where fiber was not available and carrier signal was inconsistent at best.
The GXC Solution
GXC deployed a single radio mounted on existing site structures, bringing private cellular coverage online across this pad and the adjacent one without requiring any fiber backhaul, replacing what had previously required 10 Wi-Fi access points. Control room screens, field devices, and mobile equipment all connect on a single dedicated private network. The connectivity also made it possible for the crew to run video calls and Teams chats on site for the first time. With reliable connectivity in place, the team built new applications that send data from the rig site back to Houston, where it is processed to help optimize drilling operations, with results delivered back to the site.
Use Cases GXC Enables Across the Energy Sector
SCADA & Remote Monitoring
Real-time visibility into facility operations, pipeline pressure, valve status, and environmental sensors, without fiber or public carrier dependency.
Predictive
Maintenance
Continuous equipment health data feeds maintenance teams before failures occur, reducing emergency interventions and turnaround time.
IoT & M2M
Integration
Wireless integration of smart meters, flow sensors, and asset tags across the full site footprint with low latency and high device density.
Autonomous Robots & Equipment
Reliable, low-latency connectivity for autonomous ground vehicles and robotic systems operating across the site, supporting navigation, safety, and real-time data exchange.
Security & Video Surveillance
High-bandwidth, private connectivity supports HD video monitoring across large perimeters and hazardous zones without reliance on public networks.
Environmental Monitoring
Automated outage detection, emissions tracking, and compliance reporting via connected sensors, with real-time alerts to operations teams.
Disaster Recovery & Continuity
Rapidly deployable network nodes restore communications quickly after outages or events, keeping critical operations online.
Remote Support & Troubleshooting
Always-on connectivity enables remote diagnostics and guided repair for field equipment, reducing the need for on-site specialist travel.
Connected Worker Safety
Personnel tracking, two-way communications, and wearable device connectivity in high-risk zones keep field teams safer and better coordinated.
WHO IS THIS FOR
People Who Feel This Problem Every Day
VP of Operations / Plant Manager
Senior operational leadership at refineries, LNG terminals, or upstream sites
Uptime and output. An unplanned outage at a refinery can cost $250,000 or more per hour, and connectivity failures that interrupt SCADA or remote monitoring are a direct cause. They want a network that works reliably at scale and does not require their team to babysit it.
GXC removes the patchwork. One private cellular network covers the full site, supports real-time monitoring, and stays up even when individual nodes go offline. It is a direct line to fewer incidents and lower downtime costs.
IT / OT Director or Network Engineer
Infrastructure and technology leads responsible for plant connectivity and cybersecurity
Security isolation, network reliability, and the ability to integrate with existing OT systems like SCADA and DCS, as well as existing devices such as tablets and phones. They are skeptical of public carrier exposure and frustrated by Wi-Fi’s limits in high-interference metal environments. Above all, they want their own data, not a black box managed by someone else.
GXC runs on dedicated spectrum, never touches a public carrier, and gives IT full visibility through the Onyx management portal. It integrates cleanly with existing OT infrastructure and connected devices, and operates as a private, auditable network from end to end. Less time spent babysitting the network translates into fewer support tickets for the team.
HSE Manager
Safety and compliance leads at upstream, midstream, and downstream energy facilities
Worker safety in hazardous zones, reliable communications during emergencies, and the ability to track personnel in real time. A connectivity gap in a high-risk area is not just an operational problem; it is a safety liability.
Private cellular supports personnel tracking, wearable device connectivity, and real-time two-way communications in zones where Wi-Fi coverage is inconsistent. When something goes wrong, the network stays up.
Project / Construction Manager
Leaders managing capital projects, facility buildouts, or turnarounds at energy sites
Speed, flexibility, and cost. They need connectivity on site from day one of a project, cannot wait months for a fiber build, and need the network to move with the project as phases change. After the project wraps, they want the network to be redeployable elsewhere.
GXC deploys in days with no fiber required. Nodes can be repositioned as the site evolves. And when the project is done, the hardware does not sit idle, it can be picked up and redeployed at the next job, or handed over to the client with ease.
CIO / CTO
Executive technology leadership at integrated energy companies or large operators
Strategic infrastructure decisions, vendor consolidation, and total cost of ownership. They are evaluating private cellular as part of a broader digital transformation roadmap and want to know that a solution can scale across multiple sites.
GXC is a single platform that scales from one site to many. It supports current operational needs and is ready for the next wave of IoT and AI-driven applications without requiring a rip-and-replace.
What Operators Are Actually Dealing With
Every sub-vertical in the energy sector has its own version of the connectivity problem. The details differ, but the underlying issue is the same: the existing options were not built for how energy infrastructure actually works.
LNG Terminals & Liquefaction
LNG facilities often sit on coastal or remote sites where public carrier coverage is poor to nonexistent. The cryogenic processes running inside demand continuous monitoring, and a communications gap near high-pressure liquefaction equipment is not just an inconvenience; it is a safety event waiting to happen.
Wi-Fi struggles across the sprawling outdoor footprints of most LNG sites, and the dense metal structures around storage tanks and loading arms make signal propagation even harder. Most operators end up relying on a mix of fiber runs, point-to-point radios, and satellite backhaul, all of which add complexity and introduce single points of failure.
Private cellular can also extend coverage to the terminals and port areas of an LNG facility, supporting monitoring and connected workers throughout loading and berthing operations.
What they need is a single network that covers the full terminal footprint, keeps safety systems online, and does not depend on public infrastructure that was never designed for this environment.
Oil & Gas Upstream
Exploration and production sites are often the furthest from existing infrastructure, and connectivity is typically an afterthought bolted on after the site is already operational. Satellite is the default fallback, but high latency makes it poorly suited for real-time SCADA or safety communications. Temporary solutions get extended indefinitely.
Where satellite, including Starlink, is already in place as backhaul, GXC extends that connection to significantly more devices across a wider footprint than satellite alone can support. Overall latency is still set by the backhaul link itself, but the density and reach GXC adds on top of it is where the value is.
As sites move from exploration to production, connectivity requirements change fast. The network needs to grow with the operation, support more devices, cover more ground, and handle data from an increasing number of sensors and meters without requiring a completely new build each time.
Refineries & Petrochemicals
A modern refinery can span thousands of acres with hundreds of thousands of sensors, valves, and control points. Wi-Fi access point density requirements in these environments are enormous, and the interference created by heavy metal structures, process equipment, and competing RF sources makes reliable coverage extremely difficult to maintain.
Turnarounds are one of the biggest pain points. Bringing in a large contractor workforce for a major maintenance event creates a sudden spike in connectivity demand, and the existing network rarely has the capacity or coverage to handle it. Connectivity becomes a constraint on turnaround speed, which translates directly to lost production time.
Security is also a growing concern. As refineries add more connected devices, the risk of OT network exposure increases. Many operators are actively looking for ways to air-gap their operational technology from anything touching a public network.
Midstream: Pipelines & Compression
Pipelines present a fundamentally different connectivity challenge than a contained facility. The infrastructure is linear, often spanning hundreds of miles, and a significant portion of it runs through areas with no commercial carrier coverage at all. Compression stations, metering points, and valve actuators all need to communicate back to a control center, and right now many of them do so through aging radio systems or expensive satellite links.
As regulatory pressure on pipeline monitoring and leak detection increases, operators are being pushed to instrument more of their network with sensors that require real-time data transmission. The existing communications infrastructure was not designed for that volume of continuous, low-latency data.
Power Generation & Utilities
Grid modernization is creating a connectivity gap at power generation facilities. Distributed energy resources, smart inverters, and demand response systems all require reliable, low-latency communications, but many generation facilities were built before those requirements existed. Adding them to the existing network creates security concerns and often requires significant infrastructure investment.
Utilities depend on connectivity most in the moments it is hardest to get: emergencies and high-demand events, when public networks tend to become congested and monitoring systems need to stay online the most. A dedicated private network, run alongside or as a backup to existing infrastructure, keeps critical monitoring and communications available when the grid is under the most stress.
For peaker plants and backup generation facilities that only run during high-demand periods, deploying and maintaining a permanent fiber or carrier connection for a site that runs a fraction of the year is hard to justify economically. They need a connectivity option that is cost-effective even at lower utilization rates.
Nuclear Facilities
Nuclear sites operate under stricter regulatory and cybersecurity requirements than any other energy sub-vertical. Any network touching operational systems must be fully isolated from public infrastructure, auditable, and capable of demonstrating compliance with NRC and other applicable standards. Public cellular is a non-starter for most OT applications in this environment.
Physical security is equally demanding. Personnel tracking, access control communications, and perimeter surveillance all need to run on a network that is both highly reliable and completely isolated. Most nuclear facilities manage this today with a patchwork of legacy systems that are expensive to maintain and difficult to upgrade.
Data Centers
Large data center campuses share many of the same connectivity challenges as industrial energy sites. Coverage across a multi-building campus with dense concrete and metal construction is difficult for Wi-Fi, and reliance on public carrier networks for internal operations creates security exposure that most operators want to eliminate.
As data center density increases and power consumption becomes a critical operational variable, the need for real-time monitoring of cooling systems, power distribution, and environmental conditions is growing. That monitoring infrastructure needs a reliable, low-latency network that can support a high density of connected devices across the full campus footprint.
Owning Your Cellular Network in Your Facility
What Makes GXC Different
GXC provides a private cellular network, where the distinction matters most in environments like yours, e.g., site footprints are expansive, infrastructure is sparse, and downtime is never an option.
<10ms Latency | Support 1,000+ Devices | High-Bandwidth | Fast Deployment
Enterprise-Grade Security
Built for Mobility
Lower Total Cost
Network Flexibility
Interference-Free Operations
Reduced Downtime
Real-Time Data Collection & Connectivity
Centralized Network Management
Full-Site Coverage
Connect with us to Get Started
GXC is the only mesh-based private cellular provider in the world. If your facility needs reliable, secure, and flexible connectivity across a complex or remote environment, we would like to show you what GXC can do.