Infrastructure changes to enable autonomy are the most challenging automation project ever launched on the urban fabric.
Source: Intellias. How will urban infrastructure change with autonomous driving?
Ideally, autonomous systems will rely on a single digital information and resilient communications backbone to operate safely and efficiently.
Infrastructure changes to enable autonomy are the most challenging automation project ever launched on the urban fabric.
Source: Intellias. How will urban infrastructure change with autonomous driving?
This is not a race of companies; it’s a race of partnerships.
Source: Intellias. 5 Outcomes of the Autonomous Revolution
Autonomous applications, and technology companies with the strongest partner networks will most likely lead the race.
The war over artificial intelligence will be won with visual data.
Source:. Nisselson TechCrunch
Visual data is central to the way we learn about the world, and it follows that the pursuit of intelligent machines will require substantial advances in our ability to process and interpret visual data.
Edge computing becomes the catalyst for the wide-scale deployment of autonomous vehicles.
Source: State of the Edge Report, 2018
The road to autonomous mobility is paved with data. Inside and out, the data ecosystem requires an unprecedented range of computing, storage and network components.
Autonomous infrastructure at scale demands constantly connected streaming network telemetry!
Source: Self-Driving Networks Require Closed-Loop Visibility and Automation:IDC Directions 2019
Fifth generation (5G) mobile networks will be a key enabler of IoT, Smart Cities and Autonomy. Its key elements (beam forming, massive MIMO, fibre, spectrum) will enable higher speeds, more connections, and quicker, more adaptive response times – and will make a range of services available that we cannot even imagine today.
Keep In Touch