Acklio's core innovation:

IPv6 over IoT networks

Due to the drastic bandwidth constraints of LPWAN, the emerging IoT networks do not follow the Internet model based on IP protocols. Indeed, the IP stack was until recently considered too greedy to be transported by them.
Our co-founders are at the origin of SCHC, a technology for compressing and fragmenting messages exchanged on LPWAN networks to ensure full compatibility of these messages with Internet protocols. It allows the interoperability of the devices to the different LPWAN networks, and more broadly to the applications deployed on the Internet.

SCHC

Pronounce it "chic"

SCHC (pronounced “Chic”) is a compression and fragmentation framework tailored for LPWAN. Static context header compression (SCHC) prevents synchronization between elements communicating on the network. Synchronization is actually the operation that consumes the most bandwidth. In LPWAN networks, the nature of data flows is highly predictable. So, rather than saturating the bandwidth with this information, we found it smart to store these communication contexts both in the device and in the network management platform.
This is how SCHC makes it possible to reduce the amount of data transmitted over radio connectivity. This, in the end, makes it possible to use IP. When the data is still too heavy to be transported under the given network conditions, SCHC incorporates a fragmentation. This splits the messages and manages their transmission in the network.
SCHC is a compression mechanism to reduce CoAP/IPv6 headers to just a few bytes, which can then be transported over any LPWAN networks. You can imagine SCHC as an adaptation layer between IPv6 and the LPWAN connectivity.

Try it now for free!

Learn, test, prototype and showcase IPv6 over LoRaWAN® with Acklio SCHC. Request access to SCHC embedded library, Acklio Cloud platform, and complete documentation,

IPv6 over LoRaWAN 
DLMS over LoRaWAN 
DLMS over LoRaWAN 

How does SCHC improve your IoT solutions?

Use of the IP/TCP protocol stack on constrained long-range networks.

Rapid development of services independent of the underlying radio technology.

Seamless integration with the customers’ operation network and application architectures.

Transforms an LPWAN device into a native IP device, easily addressable from business applications.

Dynamic adaptation of message size to radio transmission conditions.

Whitepaper

Towards an IoT with no compromise thanks to the Internet Protocols

Why and how implement SCHC in your IoT project today. You’ll learn about the new IETF compression standard practices in IoT and future-proof convergence over IP.
Download Whitepaper

SCHC, standard IETF  8724

The SCHC technology has been published as an IETF RFC in April 2020.
The Internet Engineering Task Force (IETF) is the international body that defines the standards that guarantee the interoperability and evolution of Internet networks since 1986. The IETF Task Force is a large open international community of network designers, operators, vendors, and researchers concerned with the evolution of the Internet architecture and the smooth operation of the Internet. It is behind the success of the Internet, by building a scalable system capable of connecting billions of devices and remaining operational after 30+ years.
Alexander Pelov, CEO of Acklio, is co-chairing the IETF working group dedicated to the IPv6 standardization over LPWAN networks with Pascal Thubert, Principal Engineer at Cisco.
Access the  IETF RFC

Standard IETF standards & drafts

RFC 8724: SCHC Generic Framework for LPWAN
RFC 9011: SCHC over LoRaWAN
RFC 8824: SCHC for CoAP
Data Model for SCHC
SCHC over IEEE 802.15.4
SCHC over NB-IoT
SCHC over Sigfox
More resources:
Research publications
OpenSCHC.net GitHub
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