OGC Member Intel recently launched Intel Geospatial, a cloud-based geospatial data management, visualization, and AI platform with applications in asset management across utilities smart cities, energy, and other industries. We sat down (virtually) with Intel Geospatial General Manager, Vijay Krishnan, to discuss AI, the Cloud, and what the future of data integration, visualization, and analysis may look like.
Sensor technology has changed drastically over the last decade. Asset-intensive industries such as mining, distribution, and oil & gas use a large variety of sensing systems to monitor and optimize the efficiency of their operations. However, with so many different sensor types, vendors, and capabilities available on the market, this abundance of sensor data has resulted in data silos that, ironically, impede efficiency. As such, industry players are looking for ways to seamlessly and effortlessly aggregate this data so that its true value can be realized.
Like so many nations, New Zealand is engaged in a contentious game of environmental tug-of-war. On one side, ecological enthusiasts who want to preserve and protect the country’s lush, otherworldly landscape, which is beloved by visitors and locals alike for its majestic mountains, verdant valleys and bewitching beaches. On the other side, economic opportunists who want to capitalize on the country’s natural resources in order to make New Zealand as productive as it is pretty. Along with arable land and precious mineral deposits, the rope on which Kiwis on both sides are constantly tugging comprises the country’s most valuable commodity: fresh water.
The sheer volume of complex 3D data now available has created challenges concerning access, processing, visualization, and dissemination. Challenges that Cesium believes can only be addressed by engaging with and supporting a community of collaboration and a diverse, interoperable software ecosystem powered by consensus-based open standards.