Project publication · IEEE Access
Summary
The article proposes a lightweight blockchain for data integrity and traceability in IoT networks, adapting distributed-ledger functions to the LoRaWAN protocol.
Main contribution
The solution avoids complex consensus algorithms and heavy cryptographic operations, introduces a logical LoRaWAN P2P topology and evaluates the feasibility of maintaining traceability with low network overhead.
Resultados y alcance
El prototipo confirma que una cadena de bloques ligera puede registrar eventos IoT con integridad y trazabilidad sin el coste de plataformas generalistas. La evaluación muestra el compromiso entre seguridad, latencia, almacenamiento y consumo, especialmente relevante cuando los nodos tienen recursos limitados.
Link with BoND1
The publication reinforces BoND1 security and trust line in non-cellular IoT networks. The combination of LoRaWAN, traceability and low consumption connects with B6G scenarios where devices have limited resources but still need integrity guarantees.
Project Publication · IEEE Access
Summary
The paper proposes a lightweight blockchain for data integrity and traceability in IoT networks, adapting distributed ledger functions to the LoRaWAN protocol.
Bibliometric indicators
- JCR area
- Engineering, Electrical & Electronic
- JCR year
- 2025
- Scholar query
- 26 October 2026
Main contribution
The solution avoids complex consensus algorithms and heavy cryptographic operations, introduces a LoRaWAN P2P logical topology, and evaluates the feasibility of maintaining traceability with low network overhead.
Results and scope
The prototype confirms that a lightweight blockchain can record IoT events with integrity and traceability without the cost of generalist platforms. The evaluation shows the trade-off between security, latency, storage and consumption, especially relevant when nodes have limited resources.
Link with BoND1
The publication reinforces BoND1’s security and trust axis in non-cellular IoT networks. The combination of LoRaWAN, traceability and low power connects to B6G scenarios where devices have limited resources but need integrity guarantees.