Thread Group partners with Open Connectivity
The Thread Group and the Open Connectivity Foundation (OCF) have announced that the two alliances will work together in their mission to advance the adoption of connected home products. The Thread Group and OCF share many member companies who will benefit from this liaison agreement, and both groups are committed to driving improved cross-application interoperability and device connectivity in the connected home.
By SP&T Staff
The organizations will work together to ensure that OCF’s application layer will be fully compatible with Thread’s low-power, secure and scalable IPv6-based wireless mesh network layer.
“Thread Group members identified and prioritized OCF as a strategically important application layer to run over the Thread wireless mesh network,” noted Thread Group president, Grant Erickson. “In order for consumers to put their faith in the connected home, their experience must be simple, reliable, and effortless. This agreement takes us one step closer to our common goal of ensuring that consumers will have smart home devices that seamlessly work together out of the box, regardless of their brand or function.”
While the Thread Group focuses on the networking layer and OCF sits at the application layer, both support low-power technologies at the center of their approaches to the connected home. In addition, both technologies were designed to scale up from the internet of small things to the internet of larger things, which is an easier task than scaling down.
“We work every day to unlock the opportunity of IoT that interoperability will enable,” said Mike Richmond, executive director, OCF. “But this collaboration with Thread is special. With Thread, we are able to provide both of our members with a joint solution that enables companies to more easily develop solutions for the connected home.”
Thread is an IPv6 networking protocol built on open standards for low-power 802.15.4 mesh networks that can easily and securely connect hundreds of devices to each other and directly to the cloud.