Technology for IndustriesWhere Digital
Meets Physical.

How it works

iFabric™ connects RAN, Core, transport, cloud and edge topology with service telemetry. Network intelligence and specialist agents investigate the cause and evaluate corrective actions against a Digital Twin. Approved remediation runs within defined permissions, followed by service-recovery checks.

How it works

GPU-enabled RAN and edge capacity supports radio workloads and eligible AI applications. Orchestration places inference on available resources while protecting network service requirements, latency budgets and compute limits.

How it works

A network Digital Twin combines topology, radio coverage, traffic, subscriber demand and infrastructure capacity. AI agents compare growth, outage and configuration scenarios so engineers can choose a capacity plan and review changes before production.

How it works

Private 5G and edge systems connect machines, mobile robots, vision systems and production data. Agents coordinate production sequences and material movement, while robot controllers execute approved tasks within factory safety constraints.

How it works

Edge AI analyzes vibration, thermal, electrical and machine telemetry for signs of deterioration. An agent checks production impact, parts availability and maintenance windows, then prepares a work order and revised schedule for approval.

How it works

Evaluate emerging RF sensing alongside cameras, positioning and machine telemetry in a spatial Digital Twin. Test how detected conflicts can inform approved robot routes and speed zones while established safety systems retain control.

ISAC and 6G use here is an evaluation direction; sensing capability and safety integration require validation.

How it works

Private 5G connects field sensors, cameras, drones and farm equipment, while edge AI identifies crop stress, weeds and irrigation needs. Farm agents coordinate field tasks, with approved irrigation, spraying and machinery actions executed through connected control systems.

How it works

A farm Digital Twin brings together soil conditions, crop imagery, weather, irrigation and machinery data. Agents simulate operating choices and present resource needs and crop risks for the farm team to review.

How it works

Satellite backhaul links a private 5G network with a local Core and edge platform. Locally supported farm applications and equipment can continue within available site resources during WAN interruptions, with synchronization when connectivity returns.

How it works

Private 5G connects terminal equipment, mobile robots, cameras and workforce systems. Agents allocate docks, vehicles and charging slots from live demand, then dispatch approved tasks through fleet and equipment controllers.

How it works

Location, video, IoT and shipment data feed a live Digital Twin of the hub. When a delay occurs, agents recalculate dock allocation, staffing and downstream movements, then coordinate approved updates with warehouse and fleet systems.

How it works

Evaluate ISAC observations alongside cameras and positioning data in an operational Digital Twin. Test conflict detection and route or zone recommendations before enabling approved changes through facility safety and traffic systems.

RF sensing and automated traffic responses require site trials, safety validation and approved operating limits.

How it works

Field gateways carry equipment telemetry over private 5G to local edge analytics. AI highlights anomalies and prepares investigation briefs or work orders for operators; existing process controls and safety systems retain authority.

How it works

Private 5G connects approved field devices to live equipment context, work instructions and remote specialists. Crews capture findings and complete reviewed work orders, using devices suitable for the operating area and established permit-to-work procedures.

How it works

Private 5G carries robot inspection readings to edge analytics that flag anomalies for review. Leak checks use suitable dedicated gas-sensing equipment. Qualified robots, approved routes and site safety procedures govern field operation.

How it works

Private 5G links fleet telemetry, video and dispatch across changing haul routes. Validated remote-operation interfaces support approved equipment workflows, while trained operators, vehicle controllers and site safety systems retain control.

How it works

Tags and positioning sensors supply worker and asset location estimates through private 5G and edge gateways. Those inputs support dispatch, access checks and incident coordination alongside established emergency and safety systems.

How it works

Industrial gateways connect belt, motor and crusher readings to edge analytics over private 5G. Condition models flag deterioration; agents prepare maintenance priorities and work orders for engineers, while equipment protection and shutdown systems retain authority.