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NeoMesh on LoRa: Bringing True Mesh Networking to the LoRa PHY

Copenhagen – August 27, 2025 – At EOT – Electronics of Tomorrow 2025 from 30^th September to 2^ndOctober at the MCH Messecenter Herning in Denmark, Thomas Steen Halkier, CEO of NeoCortec, will be giving a presentation on Thursday 2^nd October from 10.30h to 10.50h about “Mesh using LoRa: Scalable, Reliable, and Ultra-Low Power Wireless Networking Beyond the Single-Hop Paradigm”. 

In the presentation Halkier will be introducing Neo-Mesh on LoRa from NeoCortec. Traditional LoRa-based wireless solutions often rely on single-hop communication models, limiting scalability, increasing energy consumption at the edge, and reducing network reliability in dynamic or obstructed environments. NeoMesh on LoRa introduces a paradigm shift by combining the robustness of true mesh networking with the long-range, disturbance-immunity benefits of the LoRa physical layer. 

NeoMesh is a decentralized mesh protocol optimized for battery-powered devices. Each node acts as a router, enabling autonomous self-configuration, dynamic routing, and multi-hop communication — all without a central coordinator. Paired with LoRa modulation, it offers extended range and signal robustness, ideal for smart agriculture, infrastructure monitoring, industrial IoT, and remote sensing.

About NeoCortec

NeoCortec was founded in 2007 with the aim of developing and patenting several innovations related to Wireless Sensor Networks. The main product is NeoMesh. NeoMesh is a wireless communication protocol to be embedded in smart devices to enable communication between the devices as well as to the cloud. NeoMesh is built completely from the scratch to overcome some of the limitations that e.g. Zigbee, Zwave, Bluetooth and Thread have: Scalability in number of devices, range and power consumption. At NeoCortec, we aim towards making non-smart and large buildings smarter by using NeoMesh. Easy upgrade without cabling. NeoMesh is available on ultra-low-power bi-directional wireless mesh network communication modules as well as on a license basis on many various chipsets.