Architecture can no longer be conceived as an isolated object, detached from the technical networks that sustain contemporary life. This condition calls for new readings and approaches.
Qualcomm is helping address one of the auto industry's most pressing needs - scaling intelligent vehicle technology to meet growing consumer demand for vehicles that are automated, connected and highly personalised.
Being named to the Washington State DES contract is a significant milestone for ENC and a testament to the strength of our product portfolio. This contract gives transit agencies across the region a streamlined path to American-made, Altoona-tested heavy-duty buses in every major propulsion category.
Compact, low-rise villages and cities made sense based on how far people could reasonably travel on foot or by horse. This was true all the way up until the late 1800s. Then came an invention that let people travel incredible distances in seconds, entirely reshaping cities with dense population clusters.
For more than a decade, autonomous buses have been "almost ready." Demonstrations with safety drivers began around 2015, and ten years later, this is still largely what we see. The reason is not a lack of ambition - it is physics, safety, and economics. Autonomous buses on city streets are inherently difficult. They carry dozens of passengers, operate as heavy vehicles, and move through a chaotic urban environment.
It's tempting to frame autonomous driving as a single leap. In public transport, adoption tends to be incremental - because the system is built for reliability, and new capabilities have to fit into daily operations without disrupting service. That is why a practical strategy is evolution, not revolution: introduce autonomy in a defined domain, learn safely in real operations, and expand capability step-by-step.
