Cisco Edge Computing

Cisco, TfNSW, Australian Road Research Board (ARRB) and University of New South Wales (UNSW) embarked on a unique trial to use the bus network as sensors to digitise the road surface in real-time to identify areas of concern and requiring proritised maintenance.

Large multi-site vendors save millions of dollars per year with industrial IoT networks that capture data, deliver insights, and automate manual processes.

Modern trends in predictive analytics ensure that insurance companies are able to keep happy and loyal subscribers.

Learn how you can leverage more complex filtering and forwarding to optimize bandwidth usage and provide an option to maintain local switch-container copies of event messages.

Accidents and near-misses involving cars and pedestrians or cyclists are all too common in busy cities. While automotive technology advancements such as rearview video and automatic emergency braking systems can help safeguard urban road users, the technology combination that could make the biggest difference is ultra-low latency connectivity enabled by 5G, and edge computing.

Cisco has partnered with Transport for New South Wales (NSW) to test how cutting-edge technology—like Cisco’s Internet of Things and Edge Computing solutions—can be used to tackle the most pressing and challenging problems in transportation.

What drives the widespread appeal of our IoT portfolio? It meets the wide variety of use cases, access technologies, and protocols of edge requirements.

Cisco once again has been named #1 in market share for the industrial networking market.