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Mobility; the Final Piece to the Smart City Puzzle

Initially, when these technologies emerged, it resembled a utopian vision of mobility where tourists rode e-scooters on the sidewalks, sustainable electric cars roaming around the streets, and share vehicles picking up and dropping commuters a 

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Apac CIOOutlook | Thursday, January 30, 2020

Initially, when these technologies emerged, it resembled a utopian vision of mobility where tourists rode e-scooters on the sidewalks, sustainable electric cars roaming around the streets, and share vehicles picking up and dropping commuters at their doorsteps

Fremont, CA: In recent years, there has been a steep rise in electric vehicles, micro-mobility is an alternative to gridlock for commuters, city services are becoming dynamic and automated, and the electrical grid is getting smarter and more efficient. Indeed, the smart city picture is becoming much clearer. Mobility has always been the most visible, and at the same time, conflict-ridden sectors of the smart city model. The number of ways in which people, businesses, goods, and services travel from point A to point B is increasing day by day. In the last decade, we saw the rise of e-commerce, e-scooters, EVs, and transportation network companies (TNCs), while also anticipating the growth of autonomous vehicles (AV) and drone delivery.

Initially, when these technologies emerged, it resembled a utopian vision of mobility where tourists rode e-scooters on the sidewalks, sustainable electric cars roaming around the streets, and share vehicles picking up and dropping commuters at their doorsteps. The increase in options for going the distance led to significant improvements in these technologies, with new regulations for operations. However, with each new mode of mobility, arises a new layer of complexity in our physical and digital landscapes. Unfortunately, not all cities are apt for the adoption of these new ways of commuting, and the rate of development of these technologies is much faster than the rate at which they can be accommodated into the system.

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Overcrowding has been a severe problem for some time now, and these new modes of mobility are not helping solve this problem. The new way to commute from point A to point B disrupts an older model of commuting. Entirely autonomous vehicles are likely to emerge in the near future, and they will only add to the crowd in a marketplace. The streets, curbs, and sidewalks are now bearing the weight of technologies, both old and new. This leaves behind cities covered in pollution, which are far from being smart. The need for change is urgent, it has to take place now, or worse scenario is inevitable.

Commuters will be the first to feel the repercussions of the mobility problem. More often than not, commuters are stuck in traffic gridlocks, morning and evening, wailing away hours of valuable time inhaling fumes from exhaust pipes. Business fleets come next in line when it comes to being affected by the mobility problem. Delivery trucks parked at curbs, service vehicles unable to breakthrough bumper to bumper traffic, small business owners often fail to establish efficient means of operations that are needed to increase profitability.

A city thriving with business means every hour is rush hour. Needless to say, pollution levels will also rise day by day, leading to severe environmental damage. It is necessary to answer these questions to bring back the utopian model of mobility.

The adoption of these new modes of mobility also had a significant impact on parking garages and surface lots. Occupancy rates dropped, revenue stagnated, and growth momentum came to a rolling stop. What was once an integrated part of the mobility system went to a near standstill with the advent of new technologies. Instead of navigating to a destination, finding a parking garage, and having to tender exact change, people now prefer just to call an Uber.

However, looking at the bigger picture, parking garages could be the missing piece to the puzzle of new mobility. By evolving, redesigning infrastructure, and resurfacing in the new mobility landscape, parking garages can reach their full potential. The right way ahead would be with parking garages that accommodate micro-mobility, provide charging stations, and support staging for contracted drivers. This can give rise to mobility hubs, which are equipped with the right technology, intelligence, and connectivity, to leverage the full potential of a smart city.

See Also :-   Top Smart City Solution Companies

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Building Hyper-Resilient Digital Ecosystems Across Asia-Pacific

The Asia-Pacific (APAC) region is a global engine of digital transformation, characterized by rapid technological adoption, expansive digital economies, and diverse regulatory landscapes. However, this acceleration brings inherent risks, making enterprise digital resilience—the ability to rapidly adapt to business disruptions and maintain continuous operations—a non-negotiable imperative. Advanced Data Centre Solutions for Continuous Availability With the region experiencing frequent power outages, natural disasters, hardware failures, and increasingly sophisticated cyberattacks, data centres must evolve into intelligent, hyper-resilient ecosystems that go far beyond traditional storage. Uptime and redundancy remain non-negotiable. By analysing massive streams of operational data, AI and ML models anticipate hardware issues, detect anomalies in cooling and power consumption, and autonomously optimise energy usage, supporting both resilience and regional sustainability goals. Resilience also depends on hybrid and multi-cloud interoperability, enabling enterprises to operate seamlessly across on-premise infrastructure and multiple cloud providers. This flexibility is essential for distributing workloads across stable, compliant locations, meeting data sovereignty mandates, and enabling rapid migration during disruptive events. Completing the foundation is a deeply integrated physical and cybersecurity architecture that combines biometric access control, thermal imaging, radar surveillance, and advanced cyber-defense systems to protect both the facility and the data it houses. Together, these technologies establish the robust infrastructure required to support uninterrupted digital operations across APAC. Software Testing Excellence for Robust Applications Infrastructure resilience alone is insufficient without equally resilient applications. Software Testing Excellence serves as the gatekeeper, ensuring mission-critical applications remain stable, secure, and scalable in complex digital environments. This begins with Shift-Left and Continuous Testing, where testing is embedded early in the development lifecycle and automated within CI/CD pipelines. By validating every code change, teams detect defects early, maintain consistent quality, and prevent performance issues or vulnerabilities from reaching production. Resilience further requires robust performance and load testing that simulate peak user activity and the varied network conditions common across APAC’s diverse technological landscape. Shanghai BWF Software Technology provides AI-enabled monitoring and disaster recovery validation, helping enterprises ensure applications maintain stability and compliance under real-world conditions. This ensures that applications can withstand traffic surges without degradation, particularly during high-demand events. 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Humanoid Robotics Pioneering Change in Industry

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