From edge devices to cloud platforms, our integrated wireless solutions address the most demanding connectivity challenges across every vertical.
Deploy a dedicated 5G network tailored to your enterprise needs — guaranteed bandwidth, sub-10ms latency, and full data sovereignty with on-premises core infrastructure.
City-wide LoRaWAN and NB-IoT sensor networks connected to a unified management platform — enabling intelligent lighting, environmental monitoring, parking guidance, and public safety analytics.
Deploy low-latency computing at the network edge — co-located with 5G infrastructure for real-time AI inference, AR/VR content delivery, and industrial automation processing.
Representative project profiles illustrating how our solutions address real-world connectivity requirements.
A Tier-1 automotive manufacturer in southern Germany required sub-5ms latency wireless coverage across a 120,000 m2 assembly hall to support 85 AGVs (Automated Guided Vehicles) and real-time quality inspection cameras. The deployment involved 28 indoor 5G small cells operating on a dedicated 3.7 GHz local spectrum license (Bundesnetzagentur allocation), integrated with the existing Siemens OPC UA middleware layer. Commissioning took 14 weeks from spectrum grant to production traffic. Average throughput per cell: 1.2 Gbps downlink, with handover latency below 3ms cell-to-cell.
A container terminal handling 4.2 million TEU annually deployed a private 5G network covering 3.8 km of quayside and 45 hectares of container yard. The system connects 32 remote-controlled gantry cranes, 120 automated straddle carriers, and 2,400 IoT sensors for container tracking. Operating on mid-band 3.5 GHz spectrum with 16-element MIMO panels, the network maintains 99.97% uptime measured over 18 months of commercial operation, with a mean round-trip latency of 8.4ms under peak load conditions.
A European city of 380,000 residents deployed a city-wide LoRaWAN network using 72 outdoor gateways to achieve 98.5% population coverage. The network supports 14,000 sensors across five use cases: smart street lighting (6,200 luminaires), water quality monitoring (340 sensor nodes), parking guidance (2,800 sensors), air quality measurement (180 stations), and waste bin fill-level detection (4,480 units). Total deployment cost was 40% below the LTE-M alternative quotation, with gateway-to-sensor range averaging 2.8 km in urban terrain.
Our solutions architects will design a tailored wireless deployment for your specific operational requirements.
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