From a device perspective, compressing a byte with Acklio SCHC requires 500 times less energy than transmitting it over the network.
Acklio extends the life of objects by 20 to 80% depending on use cases.
By reducing the volume of data exchanged over the network, Acklio SCHC helps reduce the load of each device on the network.
This multiplies the number of devices that can be served by the same infrastructure.
By combining lower data consumption on the user side and higher network capacity on the operator side, SCHC not only lowers the energy impact of a deployment. It cuts the cost of connectivity per device.
“Once deployed at large scale, SCHC will unlock a technical barrier that has threatened to stall Internet of Things (IoT) traction by directly addressing the inherent limited throughput and capacity of NB-IoT and lack of Internet Protocol (IP) interoperability of some LPWANs.”
With Nordic Semiconductor and Deutsche Telekom live NB-IoT network by IoTCreators, achieved over 60%reduction in traffic when using SCHC. Scaling up to a commercial network of 1M devices like smart meters, the traffic reduction equals more than 365 GB of data every year.
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SCHC improves energy efficiency and network load by reducing the volume of data exchanged. SCHC makes end-to-end security support efficient!
➡️ 20% efficiency gain on LwM2M/CoAP while enabling IP Convergence
➡️ 60% gain on LwM2M/OSCORE/CoAP/UDP/IP.
SCHC enables an efficient TCP/IP that fits the NB-IoT operations. Indeed, TCP is designed for "always on" connectivity models. Therefore, doing TCP over NB-IoT is overly greedy in terms of data exchange (keep alive), and therefore not feasible at scale. Alternatively, Acklio SCHC allows the most optimized version of UDP/IP, as it makes the UDP link more reliable with services equivalent to TCP.
