#mobility-as-a-service

[cointmr]

IOTA和大眾展示未來汽車連網概念

IOTA和大眾汽車 (Volkswagen) 於6月11日在德國Cebit’18 Expo上展示使用IOTA Tangle系統的汽車概念驗證（PoC）。

通過PoC，大眾汽車可以使用IOTA的Tangle架構在汽車製造商新推出的 「Connected Car」系統中「無線傳輸」軟件更新。

Tangle不同於區塊鏈，因為它沒有「區塊」(Block) 或「挖礦」(Mining)，而是建立在有向無環圖（Direct Acyclic Graph – DAG）上，這是一種拓撲有序的系統，其中不同類型的事務同時在網絡中的不同鏈上運行。

根據PoC新聞稿，大眾汽車的願景是使用Tangle在其新開發的智能汽車，將汽車數據安全地以無線方式分發出去。業內專家預計，到2020年將有超過2.5億輛聯網汽車上路，這就需要頻繁的遠程軟件更新和大規模而透明的數據傳輸。

最近IOTA發佈的新聞稿指出，作為與大眾汽車…

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[crypticpredatorcollector]

Looking to the Future: The E-Scooter Rental Market Forecast

As we look ahead to the next decade, the shared micro-mobility sector is poised to undergo a massive technological and structural evolution. The E-Scooter Rental Market is moving far beyond simple dockless fleets toward highly integrated, smart transit ecosystems that communicate directly with city infrastructure. The future will see the widespread deployment of advanced rider-assistance systems (ARAS), featuring on-board cameras and AI sensors that can detect sidewalk riding, pedestrian proximity, and erratic behavior in real-time. These safety innovations will allow operators to automatically slow down scooters or alert riders, significantly reducing accident rates and building stronger trust with local authorities. This tech-first approach to safety will be crucial in unlocking access to highly regulated urban centers that previously banned shared scooters.

Furthermore, the integration of micro-mobility services with broader public transit networks will become much more seamless through unified Mobility-as-a-Service (MaaS) platforms. Instead of using separate apps for trains, buses, and scooters, commuters will be able to plan and pay for their entire multi-modal journey within a single digital ticket. For example, a traveler could book a train ride and reserve an electric scooter waiting for them at their destination station in one simple transaction. This deep integration will make shared scooters a natural extension of the public transit network, drastically increasing daily ridership and reducing overall car dependency in cities. As MaaS platforms gain mainstream traction, the demand for reliable, well-distributed rental fleets will see a massive surge.

At the same time, the industry will benefit from continuous advancements in battery chemistry and wireless charging infrastructure. Future electric scooters will likely feature solid-state batteries, which offer significantly longer ranges, faster charging times, and enhanced safety compared to traditional lithium-ion packs. Additionally, cities may begin installing wireless charging pads directly into designated scooter parking bays, allowing vehicles to top up their power automatically while parked. This would virtually eliminate the need for manual battery-swapping runs, drastically reducing operational costs and improving fleet availability for riders. As these next-generation technologies become commercialized, the overall profitability and scalability of rental operations will reach new heights.

This continuous stream of technological breakthroughs and deep transit integrations paints an incredibly bright picture for the industry's future growth. According to our latest E-Scooter Rental Market forecast, the China E-Scooter rental market size was valued at USD 80.4 million in 2023 and is estimated to reach a value of USD 291.3 million by 2030 with a CAGR of 21.8% during the forecast period. This long-term growth trajectory underscores the vital role that shared electric scooters will play in shaping the smart, sustainable cities of tomorrow. As operators continue to innovate and integrate, micro-mobility will cement its place as a cornerstone of clean, efficient urban living.

[windenergymarket]

Strategic Retail Trends and the Future of the Bicycle Market

Bicycle Market is undergoing a monumental shift as direct-to-consumer digital channels and experiential physical storefronts merge seamlessly. The U.S. Bicycle Market recorded a sale of 14.5 million units in 2024 and is estimated to reach a volume of 46.6 million units by 2033 with a CAGR of 8.6% during the forecast period. Traditional bike shops are aggressively reinventing themselves, moving away from cluttered storage-room layouts to embrace modern, lifestyle-oriented showrooms featuring integrated coffee bars and community hubs. This experiential retail approach transforms an ordinary transactional purchase into an immersive social experience, encouraging customers to return frequently for advice, maintenance, and community interactions.

Omnichannel distribution strategies have become an absolute necessity for brands aiming to remain competitive in an increasingly crowded global marketplace. Consumers now expect to browse inventory online, customize component packages through interactive web tools, and choose between home delivery or localized in-store pickup. To facilitate this complex logistical dance, manufacturers are partnering with local bike shops to handle professional final assembly and safety inspections for online orders. This collaborative model ensures that consumers receive a perfectly tuned product while simultaneously supporting small local businesses through assembly service fees and accessory sales. Digital platforms are also leveraging augmented reality technology, allowing buyers to visually overlay custom frame sizes and colorways inside their homes before purchasing.

Subscription-based ownership and long-term leasing options are emerging as highly popular trends, particularly among younger demographics who favor flexibility over permanent asset ownership. Corporate fleet leasing programs enable businesses to provide commuter fleets for their employees, handled via unified digital apps that track usage metrics and maintenance schedules. Similarly, family-oriented subscription models allow parents to easily swap out children’s models as they grow, eliminating the financial burden of purchasing new gear every few years. This shift toward mobility-as-a-service opens up highly predictable, recurring revenue streams for manufacturers while vastly lowering the financial entry point for new families. Retailers are utilizing advanced customer relationship management software to send automated alerts when a leased unit is due for a routine safety tune-up.

U.S. Bicycle Market across all distribution sectors. Specialized maintenance workshops, technical riding clinics, and trail advocacy sponsorships are becoming standard marketing tactics utilized by forward-thinking retail managers. By actively investing in the preservation and expansion of local trail systems, businesses are directly cultivating their own future customer base and ensuring market longevity. The integration of commerce with authentic cultural advocacy creates a highly resilient retail ecosystem that can withstand changing digital trends.

Ultimately, the future of the industry relies on a brand's ability to consistently deliver personalized, highly responsive customer experiences across every single touchpoint. Incorporating artificial intelligence into online customer service portals allows brands to provide accurate, instantaneous sizing recommendations and mechanical troubleshooting advice 24/7. Data analytics will play an increasingly vital role in helping manufacturers predict emerging design trends and adjust production schedules well ahead of changing seasonal demands. Brands that successfully balance technical innovation, sustainable business operations, and deep community roots will continue to set the standard for global commerce. As cycling cements its status as a core pillar of modern lifestyle design, the industry is positioned for an era of sustained, high-value growth.

[beurich]

Volkswagen Nutzfahrzeuge treibt die Entwicklung autonomer Systeme für Mobility as a Service voran

Die Einführung von autonomen Systemen für den Verkehrseinsatz im Jahr 2025 wird derzeit bei Volkswagen Nutzfahrzeuge vorbereitet. Die Einführung von autonomen Systemen für den Verkehrseinsatz im Jahr 2025 wird derzeit bei Volkswagen Nutzfahrzeuge vorbereitet. Christian Senger, Bereichsleiter Autonomes Fahren: „In diesem Jahr starten wir erstmals Feldversuche in Deutschland, bei denen das…

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[airlinqdm]

Airlinq connectivity management suite allows a carrier agnostic management of in-vehicle connectivity on a global scale with a single pane of management. Connected car ready features allow context-aware actions in real-life use case scenarios. The most sophisticated and future-ready micro-service driven Edge control for connected cars.

[chetanare]

Mobility-as-a-Service Market Overview 2020-2026

Mobility-as-a-Service Market Overview 2020-2026

A latest specialized intelligence report published by KandJ Market Research with the title “Global Mobility-as-a-Service Market Report 2020 by Key Players, Types, Applications, Countries, Market Size, Forecast to 2026 (Based on 2020 COVID-19 Worldwide Spread)” has the ability to help the decision-makers in the most important market in the world that has played a significantly important role in…

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[stevepattinson]

IT and Technology Trends that are changing Automotive Industry Concepts

A far reaching study of car industry patterns to anticipate in 2020 uncovers data driven advances assuming a focal job later on for the business. The business is embracing new advancements in its activities at an uncommon scale. Notwithstanding advancements, for example, man-made consciousness and large information and examination that have been around for some time, more current advances, for example, the web of things and block chain additionally discover various applications in car. According to AutoFacets the car business has the chance to shape this major rebuilding. When formulating methodologies and plans of action, organizations ought to consider direct item buyers as well as all clients and gatherings influenced by transport issues.

The car has since a long time ago transformed from a specialized to a social product: it ensures our own portability and social support, shapes our urban communities and scenes, and structures our transient and spatial reasoning. This is the reason we need to reexamine the entire car industry – with the emphasis on the utilization as opposed to the creation of vehicles, so as to make the lives of individual clients progressively pleasant, increasingly effective and more secure: as such, This investigation embarks to show the promising possibilities that will open up the best approach to rebuilding the car business.

Independent vehicles or self-driving vehicles expect to limit the requirement for human drivers and look ready to change regular transportation. Armadas of AVs grow the extent of last-mile conveyances, decrease vacation, and intend to make open transportation moderately more secure. For instance, by diminishing mishaps caused because of driver exhaustion or carelessness. AVs are furnished with cutting edge acknowledgment advances, for example, artificial intelligence improved PC vision to recognize hindrances along the course. 3D printing helps the car business in three essential manners. Right off the bat, it empowers quick prototyping with 3D printed models that quicken the plan and testing periods of creation. Also, it permits makers to print save parts to coordinate their prerequisites. In conclusion, added substance assembling of composite materials prompts car parts that are lighter, more grounded, and increasingly tough.

The car part faces an exceptional change with respect to the broad impacts it will have on the business and its clients. That is the reason this report decides to anticipate the key rebuilding of the car business as far as timescale, volume and multifaceted nature. Putting together our discoveries with respect to key segment patterns, we take a gander at how the versatility conduct of clients may change and what impacts that could have. Auto facts is persuaded that the future will be a lot less difficult, at any rate where clients are concerned. Before we broadly expound, we first need to characterize what precisely we mean by jolted, self-ruling, shared, associated and yearly refreshed

These days, vehicles accompany a sealed computerized character that separates them from different vehicles in the system. This empowers simple following of vehicular information for different use cases, for example, protection, driver security, prescient support, and armada the executives. Sharing vehicular information helps the individual client, yet redesigns the whole versatility environment. In the period of large information, propelled information investigation educates different choices all through the lifecycle of a vehicle. Information assembled from vehicles empowers prescient support, educates supervisors about their armadas, and cautions concerned experts if there should be an occurrence of mishaps. In addition, client car information discovers applications in driving deals, upgrading flexibly chains, and improving item plan for fresher vehicles.

The exhausting non-renewable energy source saves and the damage to the earth brought about by their utilization call for advancing the utilization of electric vehicles. For more noteworthy appropriation, EVs need to address issues, for example, significant expense, helpless battery, lacking charging foundation, armada jolt, just as controlling sustainable power source based charging lattices. Block chain finds different applications in the car business. These incorporate sharing vehicle information over a safe system for network and shared portability arrangements, for example, ride-hailing, urban transportation, and conveyances. Also, it discovers application in checking the flexibly chain of extra parts or ensuring that the crude materials and extra parts are sourced solely from legitimate and confided in sources.

With associated vehicles, new plans of action have come up that emphasis on shared portability as an option in contrast to conventional vehicle possession. This empowers portability as-an administration and debilitates unused vehicles. Such arrangements meet the prerequisites of a city or a business without including new vehicles, in this manner lessening hanging tight an ideal opportunity for armadas and contamination brought about by petroleum or diesel vehicles. As self-driving vehicles and associated vehicles change the car scene, it will in a general sense change how drivers cooperate with vehicles. Human-machine interfaces use voice-based or haptic input to work vehicles. These grow the extent of how and what parts of a vehicle that clients control. Therefore, such interfaces make the driving experience more secure and increasingly pleasant. Another type of HMI incorporates shrewd remote helpers who help drivers and riders interface with the vehicles and other specialist co-ops.

The change to discharges free individual versatility would barely be conceivable without the charge of the drive train. In the first place, there is the issue of neighborhood parts – the way that vehicles now just produce low degrees of unsafe substances, residue and commotion. It likewise appears that going "emanations free" will be a worldwide activity: The thought is that the power used to charge the vehicles will originate from inexhaustible sources to guarantee CO2 - impartial portability. The quick advancement made in territories, for example, man-made reasoning, AI and profound neural systems make it conceivable to accomplish what up to this point appeared to be idealistic – to be specific the improvement of self-sufficient vehicles, which require no human mediation even in complex rush hour gridlock circumstances. This will totally reclassify the utilization of individual versatility stages. New application situations are developing that would have been inconceivable only a couple of years prior.

Man-made consciousness innovations, for example, AI, profound learning, and PC vision discover applications in mechanical mechanization inside the car business. These guide self-driving vehicles, oversee armadas, help drivers to improve security and improve administrations, for example, vehicle assessment or protection. Computer based intelligence additionally discovers applications in car fabricating, where it quickens the pace of creation and diminishes costs. In the car business, IoT empowers secure correspondence between vehicles just as vehicles and framework parts. The innovation improves street wellbeing, explains gridlock, and decreases contamination and vitality use with better armada the executives. New businesses and rising organizations create propelled detecting advancements to assemble more information about the vehicle just as permit the vehicle to comprehend its environmental factors. The innovation likewise robotizes installments for fuel and costs.