[ Energy & Utilities ]
Energy and utility operators depend on continuous, reliable communications across widely distributed sites such as generation facilities, substations, pipelines, control centers, and field crews.
Hoplynk delivers an autonomous networking layer that keeps critical systems online, adaptive, and resilient in the face of congestion, extreme weather, or remote locations with limited infrastructure.
1. Distributed, remote, and hard-to-reach assets
Pipelines, substations, and renewables fields span huge geographies with uneven coverage.
2. No on-site IT staff
Most locations can’t support dedicated network teams; outages often require slow, manual intervention.
3. High consequence failures
Outages impact grid reliability, safety, and downstream systems.
4. Multi-transport environments
Operators rely on cellular, microwave, fiber, satellite, and private radio—but these transports often operate in silos.
Hoplynk unifies them into a single, adaptive communications layer.
Autonomous Network Management
Networks configure, route, and stabilize themselves—no manual tuning required.
Multi-Transport Resilience
Hoplynk seamlessly blends LTE/5G, Wi-Fi, SATCOM, private radio, and fixed backhaul to maintain continuous connectivity.
Predictive Reliability
The system anticipates degradation and shifts traffic before outages occur.
Zero-Ops Deployment
Install in minutes; the system adapts automatically and requires no on-site technical staff.
Fleetwide Visibility
Leaders get real-time awareness of infrastructure health across every site from a single pane of glass.
Substation Connectivity
Maintain stable telemetry, sensor data, and OT/IT traffic even during congestion, outages, or backhaul failures.
Pipeline & Environmental Monitoring
Robust comms for long-range, dispersed assets where coverage fluctuates.
Renewables (Wind, Solar, Storage)
Autonomous networking across large fields where cellular is patchy and weather impacts infrastructure.
Emergency Response & Restoration
Instant, drop-in connectivity for teams restoring power after storms, disasters, or infrastructure damage.
Remote Control Centers & Field Crews
Mobile, resilient comms for teams operating far from fiber or stable terrestrial networks.
Designed for high-uptime requirements
Operates during partial infrastructure loss
Minimal operator burden
Works in rugged, remote, and harsh weather conditions
Supports OT, IT, and IoT traffic simultaneously
Works across any combination of transports
Reduces operational costs (fewer site visits, fewer outages)
Enhances safety and situational awareness
Strengthens resilience during emergencies
Scales easily to thousands of sites
Explore how autonomous, multi-transport networking can strengthen your grid.
Contact us to request a private technical overview or discuss pilot deployments.
