Rajant, the exclusive provider of Kinetic Mesh wireless networks, has entered into a partnership with OSIsoft.
This partnership will see the two companies collaborate to deliver insight on demand and on the edge bringing new Industrial Internet of Things (IIoT) capabilities to the industries they serve. This announcement follows Rajant’s debut at OSIsoft PI World in Barcelona, Spain last month.
Rajant and OSIsoft, a trusted manufacturer of application software for real-time data management, will target mining, transportation, energy, and oil & gas to offer a holistic partner ecosystem. This will help organizations to reap the benefits of a digital transformation and build continuous improvement processes using data.
OSIsoft’s operational intelligence PI System offering will be working together with Rajant’s Kinetic Mesh technology, a unique wireless network that provides fully mobile broadband connectivity which is fail-proof in any application and critical in data-intensive industrial environments.
To enable customers to shift from complexity to simplicity, OSIsoft will provide its tailored asset maintenance, management and analytical solutions to address the challenges that businesses often find with high-fidelity asset data. In turn, Rajant will seamlessly collect data points from all disparate communication systems and run it through a single pipe, which has autonomous adaptability to continuously self-optimize in response to changing conditions.
Mel Torrie, CEO, Autonomous Solutions
But your data is only as good as the wireless network that transports it, so for reliable wireless communication, we depend on a Rajant Kinetic Mesh Network to transport OMF data to OSI’s PI Servers. IIoT is the catchphrase for what these two companies have been delivering for a very long time.
Gary Anderson, SVP of Rajant
Rajant is already well-rooted within an array of sectors that OSIsoft serves, such as mining, and this is demonstrated with many of our Kinetic Mesh devices being utilized across the globe. Our key strength is the networks’ autonomous adaptability.
