Protocols - Mesh (Wifi and BLE)
Protocols
Mesh (Wifi-BLE)
Build scalable IoT ecosystems with Mesh networks combining Wi-Fi and BLE for resilient, multi-node communication.
What is Mesh Networking (Wi-Fi + BLE)?
Mesh networking is a decentralized communication system where every device, or “node,” connects directly with other nearby nodes. Unlike traditional hub-and-spoke networks, Mesh creates a dynamic, self-healing web of connectivity.
By combining Wi-Fi and Bluetooth Low Energy (BLE), this hybrid approach leverages the strengths of both technologies—Wi-Fi’s fast data transmission and BLE’s low-power efficiency. Together, they enable flexible, robust, and energy-efficient communication, ideal for complex IoT ecosystems.
This Mesh structure ensures that even if one node fails, the system automatically reroutes data through other available paths. The result is resilient communication with broader coverage, lower latency, and improved reliability for mission-critical applications.
Real-World Applications
Mesh networking is versatile and applicable across many industries. In healthcare, it supports wearable devices and real-time patient monitoring. Smart cities rely on Mesh for street lighting, waste management, and environmental sensors. In industrial settings, it enables predictive maintenance and automated equipment control.
For home automation, Mesh connects everything from lighting to appliances and security systems. Correctional facilities use Mesh-enabled wearables to monitor inmate movement and health metrics. In retail, Mesh supports real-time inventory tracking and customer behavior analysis.
Core Benefits of Wi-Fi + BLE Mesh
Mesh networks scale efficiently, supporting hundreds of devices without requiring complex infrastructure. Their self-healing nature guarantees uninterrupted data flow, even if some nodes go offline. Low-latency communication ensures real-time responsiveness, while BLE’s low energy usage is perfect for battery-operated devices. Combining both Wi-Fi and BLE also supports interoperability for diverse IoT devices.
Use Case: Smart Handcuffs for Inmate Safety
One standout implementation of Mesh networking is in our smart handcuffs solution for the U.S. Federal Prison System. These handcuffs feature integrated sensors that monitor heart rate, movement, and orientation. Using BLE and Wi-Fi Mesh, this data is transmitted in real time to central monitoring systems.
The handcuffs also include NFC technology, enabling interaction with threshold readers installed throughout the facility. This ensures precise location tracking as inmates move across different zones.
Thanks to the Mesh network’s self-healing design, even if a reader or node goes offline, the system maintains communication. BLE ensures long battery life while delivering real-time data—providing a seamless, secure, and efficient monitoring system tailored for high-security environments.
Project
Custody Protect
Wearable gadgets to monitor the Heart Rate, Accelerations, Magnetometer, Gyro of US prisoners under arrest were developed to prevent custody deaths.
FAQs
Have Questions? We’re here to help.
Wi-Fi Mesh supports high-speed communication over longer distances, while BLE Mesh is optimized for low-power, short-range connections. When combined, they offer a robust solution for scalable and energy-efficient IoT communication.
Mesh networks are self-healing. If one node fails, data is automatically rerouted through other available nodes, ensuring continuous communication.
Yes, Mesh networks are designed for scalability and can support large deployments without performance loss.
Yes, BLE Mesh can provide low-latency communication suitable for real-time monitoring, control, and alerts in IoT systems.
Mesh networking is widely used in healthcare, industrial automation, smart cities, correctional facilities, home automation, and retail analytics.
Hardware/PCB design & addon services
