AMSTERDAM, The Netherlands – As the industrial sector faces mounting pressure to digitize legacy infrastructure, the necessity for robust, scalable, and energy-efficient wireless communication has never been more critical. This week, at The Things Conference in Amsterdam (September 22–23, 2026), NeoCortec—a pioneer in ultra-low-power wireless mesh networking—is teaming up with German distribution giant Endrich Bauelemente GmbH to showcase the future of decentralized Industrial Internet of Things (IIoT) ecosystems.
Operating from stand M12, the partnership aims to move beyond theoretical discussions, offering live demonstrations of the NeoMesh protocol, including its latest iteration running on LoRa modulation. By integrating NeoMesh into Endrich’s comprehensive e-IoT platform, the collaboration provides a turn-key solution for enterprises looking to bridge the gap between physical sensor data and cloud-based actionable insights.
The Core Innovation: NeoMesh Technology
At the heart of the exhibition is NeoMesh, a fully decentralized, time-synchronized wireless mesh networking protocol designed to solve the inherent limitations of traditional connectivity standards such as Zigbee, Z-Wave, Bluetooth, and Thread.
Since its founding in 2007, NeoCortec has focused on patenting innovations that address the "three pillars" of IoT failure: scalability, range, and power consumption. Unlike conventional networks that rely on a central coordinator—creating a single point of failure and bottlenecking traffic—NeoMesh functions as a self-healing, self-configuring ecosystem.
Overcoming Legacy Limitations
The protocol allows for massive-scale deployment without the need for complex, site-specific infrastructure planning. By utilizing a bi-directional mesh architecture, NeoMesh ensures that every node acts as both a transmitter and a receiver, effectively extending the network’s reach without requiring additional cabling or high-power infrastructure. This is particularly vital for "smartening" large-scale industrial environments, such as factories, warehouses, and logistics hubs, where traditional wired connectivity is prohibitively expensive or physically impossible to install.
Chronology: From Concept to Industrial Integration
The journey of NeoCortec serves as a case study in the evolution of wireless communication.
- 2007: NeoCortec is founded with a mission to innovate within the Wireless Sensor Network (WSN) space.
- 2010s: The company shifts focus toward developing a protocol that can operate independently of heavy infrastructure, leading to the development of the proprietary NeoMesh stack.
- 2023–2025: NeoCortec expands its global reach through strategic partnerships, most notably with Endrich Bauelemente GmbH, integrating NeoMesh into Endrich’s e-IoT platform to provide a full-stack solution from sensor to cloud.
- September 2026: At The Things Conference, NeoCortec officially unveils the latest version of NeoMesh utilizing LoRa modulation, significantly extending the range and penetration capabilities of their mesh networks.
Supporting Data: Why Decentralization Matters
The shift toward decentralized mesh networking is not merely a technical preference; it is a response to the failures of "star-topology" networks in industrial settings.
The Power Consumption Advantage
Traditional point-to-point cellular dataloggers often require frequent maintenance due to battery depletion. NeoMesh modules, by contrast, are engineered for ultra-low power consumption. By optimizing the "sleep-to-wake" cycle and minimizing data transmission overhead, these devices can operate on small batteries for years.
Scalability and Network Topology
In a standard Zigbee environment, adding hundreds of nodes can lead to network congestion and latency spikes. NeoMesh architecture avoids this through time-synchronized communication, where data packets are intelligently routed through the network. This allows for:
- Unlimited Scalability: The network grows organically as more nodes are added.
- Self-Healing: If a node is removed or obstructed, the network automatically reroutes traffic, ensuring data integrity.
- Zero-Configuration Deployment: New sensors are recognized and integrated into the mesh automatically upon power-up, removing the need for labor-intensive site commissioning.
Workshop Spotlight: The Practicality of Mesh
On Tuesday, September 22, at 16:00, NeoCortec CEO Thomas Steen Halkier and Endrich CTO Zoltan Kiss will lead a high-stakes, hands-on workshop in Workshop Room 1. The session, titled "Bridging the Gap: Mesh vs. Cellular," will feature a live, real-time build of a wireless network.
Attendees will witness firsthand how a network is constructed from the ground up. The workshop will focus on:
- Deployment Speed: Adding sensor nodes to the network without manual on-site configuration.
- Visualization: Observing the network’s "self-forming" process as nodes handshake and establish paths.
- Data Pathing: Tracking sensor data packets as they move through the mesh, reach a cellular gateway, and are successfully rendered on the Endrich Cloud dashboard.
This live demonstration serves as a direct rebuttal to the complexity often associated with industrial digitalization, proving that sophisticated IoT setups can be achieved with minimal technical overhead.
Official Perspectives on the Partnership
The synergy between NeoCortec and Endrich Bauelemente represents a maturing of the IoT market.
"We aren’t just selling a communication protocol; we are selling the ability to turn legacy facilities into smart assets without the nightmare of cabling," says Thomas Steen Halkier, CEO of NeoCortec. "By partnering with Endrich, we provide a holistic environment where our hardware-agnostic protocol meets their robust e-IoT platform, covering everything from the sensor at the edge to the cloud in the enterprise."
Endrich Bauelemente, acting as the distribution and implementation partner, highlights that the demand for digitalization in the industrial sector has shifted from "nice-to-have" to "survival-critical." Zoltan Kiss, CTO of Endrich, emphasizes, "Our customers need reliability. Whether it’s temperature monitoring in a refrigerated warehouse or predictive maintenance on a production line, the data must get through. NeoMesh provides the most resilient path we have tested to date."
Implications: The Future of Industrial Connectivity
The implications of this collaboration for the industrial sector are profound. As manufacturers push for Industry 4.0, the "last mile" of connectivity—the space between a machine sensor and the local gateway—remains the most volatile.
1. Retrofitting Legacy Infrastructure
Large, non-smart buildings are currently the largest untapped resource in the IoT space. By utilizing NeoMesh, these facilities can be upgraded without the massive capital expenditure (CAPEX) associated with installing hardwired Ethernet or fiber-optic backbones.
2. The LoRa Modulation Factor
The introduction of NeoMesh on LoRa modulation is a potential game-changer. LoRa’s ability to transmit data over long distances with minimal power is well-documented, but combining it with the self-healing, multi-hop nature of a mesh network allows for the creation of massive, wide-area IoT networks that were previously thought impossible to maintain.
3. Toward an Agnostic Future
NeoCortec’s business model—offering NeoMesh as both hardware modules and license-based software for various chipsets—signals a move toward a truly hardware-agnostic IoT world. By allowing companies to embed the protocol into their own existing chipsets, NeoCortec is positioning NeoMesh as a potential universal standard for decentralized, low-power industrial communication.
4. Sustainability and Maintenance
With global focus shifting toward ESG (Environmental, Social, and Governance) goals, the longevity of IoT devices is paramount. Reducing the need for battery replacements, maintenance trips, and physical cabling directly contributes to a lower carbon footprint for the digital transformation of any facility.
Conclusion
As The Things Conference 2026 unfolds, the presence of NeoCortec and Endrich Bauelemente stands as a benchmark for the industry. They are moving the conversation away from the "Internet of Toys"—simple, consumer-grade gadgets—and toward the "Internet of Industry," where stability, reliability, and ease of deployment are the primary metrics of success.
For engineers, system integrators, and industrial facility managers, the message from stand M12 is clear: the future of the industrial mesh is decentralized, self-healing, and ready for the scale of tomorrow’s global supply chains. As the demonstration in Amsterdam proves, the technology required to connect the industrial world is not coming—it is already here, and it is ready to be deployed.
