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市場調查報告書

商品編碼

1909953

歐洲和美國路邊管理成長機會（2025-2030 年）

Growth Opportunities for Curbside Management in Europe and the United States, 2025-2030

出版日期: 2025年11月13日 | 出版商:

Frost & Sullivan | 英文 65 Pages | 商品交期: 最快1-2個工作天內

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簡介目錄

由於智慧城市數位化和永續交通目標的推進，路邊管理不斷發展。

本報告分析了路邊管理市場的轉型。報告深入探討了市場演變、各種系統類型、當前趨勢、主要企業以及重塑城市交通的生態系統。顛覆性技術、創新經營模式和全球大趨勢持續影響路邊市場，有望提高效率、改善安全性並最佳化空間利用，從根本上改變城市、營運商和車隊管理路邊通道的方式。本報告分析了城市和技術供應商為何加速整合數位化路邊解決方案，以及路邊通道收益化和最佳化新模式的出現。這些模式包括動態定價、訂閱服務、整合物流以及智慧裝卸區和路邊充電基礎設施的整合，所有這些都目的是利用人工智慧、自動化和即時資料系統的強大功能。本研究對美國和歐洲的主要地區進行調查分析。在每個地區，報告都檢驗了影響數位化路邊策略採用的法規結構、技術應用和政策重點，以及實際的試驗計畫和城市主導的主導。本報告目的是探討智慧路緣管理如何重塑城市交通生態系統，識別相關的創新和競爭優勢機會，並重點介紹與資料標準、互通性、執法以及所有參與者之間的相關人員相關者協調相關的挑戰。

摘要：路邊管理市場

在美國和歐洲，路邊交通管制市場正經歷快速轉型，其驅動力包括數位化、永續性、貨運擁塞、微出行發展以及不斷變化的城市出行需求。城市正從傳統的人工執法系統過渡到由即時資料、自動化和標準化路邊執法支援的全數位化生態系統。這項變革使市政當局能夠改善需求管理、減少雙排停車、最佳化貨運裝載、實現執法自動化並提升出行公平性。

主要發現

數位化路邊庫存管理和機器可讀規則成為現代路邊系統的基礎。
人工智慧賦能的執法和動態停車管理成為停車和路緣管理市場的核心能力。
永續性、遵守低排放區規定、整合多模態和紫外線輻射防護框架是歐洲城市的優先事項。
透過聯邦投資、SMART津貼、公私合營以及大規模數位先導計畫，美國城市加速採用這項技術。
透過 CurbLR、APDS 和 MDS 等標準互通性，可以促進城市、送貨車輛、叫車服務提供者和出行營運商之間的合作。

市場概覽：路邊管理市場

現代路邊管理市場反映了城市對路邊認知和管理方式的根本轉變。曾經只是停車的實體邊界，如今已成為連接貨運、客運、微出行、公共交通服務以及新興自動駕駛技術的動態介面。電子商務的興起、最後一公里配送的普及、共享出行需求的成長以及向永續出行方式的轉變，都大大提升了對結構化、資料驅動型路邊管治的需求。

傳統的道路通行系統依賴靜態標誌、柔軟性的時限和人工執法，無法應對現代城市複雜多變的道路通行狀況。雙排停車、繁忙街道擁塞、不安全的裝卸作業以及低效率的周轉率等問題普遍存在。城市也面臨改善道路通行便利性、保障行人安全、確保貨運作業符合環保和多模態政策的壓力。

在這種環境下，數位化路緣庫存管理正成為下一代路緣管理的核心。透過將實體資產和地方法規轉換為機器可讀格式，旅遊服務、車隊和城市系統可以對其進行解讀。這使得城市能夠即時了解路緣區域的分配和使用情況。與支援法規數位化（例如 CurbLR 和 APDS）、動態定價工具和出行資料饋送（例如 MDS）的平台整合，可實現公共和私人營運商之間的無縫協作。

人工智慧賦能的執法正變得日益重要。許多城市面臨人員短缺、執法覆蓋範圍不均以及依賴人工開罰單等挑戰。配備視覺偵測系統和車牌辨識功能的執法工具可以自動偵測違規行為、記錄攔截情況、採集車牌訊息，並即時啟動開罰單流程。這些系統能夠顯著提高執法遵從度，減少人力投入，並促進交通法規的公平執行。

智慧裝卸區是停車和路邊管理市場的關鍵成長領域。這些區域利用感測器、電子許可證、行動預訂和時限執法，實現對貨運通道的即時管理。城市受益於非法裝卸的減少、貨運周轉率的提高以及路邊營運績效指標的改善。貨運車輛則獲得了可預測的裝卸通道，減少了停留時間和營運效率低下的問題。

動態停車管理和自適應定價策略使城市能夠根據擁塞情況、活動時間、車輛類型和環境限制來調整路邊停車需求。透過將路邊分析與數位支付系統整合，市政當局可以調整價格，提高周轉率、減少停車位巡邏，並推廣其他出行方式。

歐洲城市正透過永續性政策領先政策創新。低排放區、都市區車輛通行規定、多模態道路設計以及電動出行一體化等舉措，在路邊停車位分配和合規執法方面發揮著非常重要的作用。數位化路邊系統在這些政策的實施中扮演關鍵角色，確保貨運車輛、共享汽車和私家車遵守排放限制和路邊使用規則。

在美國，聯邦政府投入大規模資金支持先進智慧路緣系統的部署。公私合營加速該系統的普及，技術提供者以收益共用模式推出系統。這些合作提高了部署的柔軟性，並降低了市政當局的前期成本。

這些趨勢共同作用，將路緣轉變為智慧、柔軟性、能夠創造收益並提升安全性的城市資產。隨著城市不斷擴展其數位化基礎設施，路緣石管理市場將繼續朝著自動化、即時資料智慧、與自動駕駛車輛整合以及貨運、客運和微出行流量最佳化等方向發展。

分析範圍：路邊管理市場

本分析重點在於美國和歐洲路緣管理的現代化及其與不斷發展的城市交通生態系統的融合，涵蓋塑造路緣管理市場的技術框架、營運策略、政策趨勢和服務模式。

目標區域

數位化路邊庫存管理：路邊資產、法令、時段規定的數位化地圖。
智慧裝卸區：基於預約和感測器驅動的裝卸空間。
動態停車管理：需求驅動的路邊定價和即時佔用追蹤。
基於人工智慧的執法：車牌辨識、電腦視覺、自動違規通知工作流程。
行動資料標準：CurbLR、APDS 和 MDS 實現了車隊和城市之間的互通性。
路緣分析與規劃工具：一個用於協助路緣設計、執法最佳化和事件管理的平台。
多模態路邊整合：與微型交通、公共運輸站點、電動車充電區和行人優先區整合。
公私合營模式：收益分成、績效合約、業者主導實施。

不適用

停車場和非街道建築
除路緣資產外的其他建築及道路工程
非行動相關物聯網應用
收費公路系統和高速公路運營

該範圍確保了對與停車和路緣管理市場相關的營運和技術進步的明確關注。

收入預測（僅限定性分析）：路邊管理市場

預計在2025年至2030年間，美國和歐洲的主要城市將出現數位化路緣管理應用的顯著成長。
隨著貨運量的成長，智慧裝卸區預計將是實施速度最快的區域。
隨著城市尋求降低營運成本和提高合規性，基於人工智慧的執法解決方案將迅速發展。
隨著交通堵塞緩解策略的不斷發展，動態停車和需量反應定價將會得到推廣。
對於缺乏前期投資的城市而言，PPP模式將成為一項重要的資金籌措工具。

細分市場分析：路邊管理市場

A. 依用途

數位化路邊庫存管理和地圖繪製
智慧卸貨區
動態停車管理與定價
自動化和基於人工智慧的執行
貨物/配送管理
路緣規劃與都市分析
電動車充電曲線整合
ADA和無障礙路緣區域

B. 依技術

人工智慧視覺系統與車牌識別
路邊物聯網感測器
數位雙胞胎和GIS工具
行動支付與預訂平台
機器可讀曲線標準（CurbLR、APDS）
交通運輸和旅行資料 API

C. 依最終用戶

地方政府
運輸
物流/貨運業務營運商
共乘公司
微出行公司
自動駕駛汽車測試

成長要素：路邊管理市場

1.最終交付和都市區貨運交通的快速成長

激增的貨物運輸量給路邊卸貨供給能力帶來了巨大壓力。智慧卸貨區、貨物預約和基於感測器的監控透過提高周轉率和減少違規停車來推動路邊管理市場的發展。

2.城市管治的數位轉型

城市將路邊執法數位化，從基於標誌的規則轉向結構化的即時數位框架，實現自動化和互通性。

3.歐洲的永續性指令

低排放區（LEZ）、城市環境監管區（UVAR）、永續交通計畫（SUMP）、永續物流計畫（SULP）和歐盟綠色交易等舉措推動路邊法規的製定和數位化執法工具的支持，使路邊區域成為減少排放的戰略資產。

4.聯邦資金與公私合營

SMART津貼和市政公私合營加速數位路邊技術的部署，而無需城市進行大量資本投資。

5.叫車公司與微出行的發展

共乘和微型出行方式的日益普及加劇了路邊停車需求，需要動態分配和嚴格執法。

6.自動化和人工智慧執行

人工智慧視覺、車牌識別系統和自動開票工具可減少人工工作量，並顯著提高合規性。

成長抑制因素：路邊管理市場

1.道路交通法規片段化與政策不一致

美國各城市缺乏統一的路緣標準，減緩了供應商的擴張速度，也使停車和路緣管理市場的推廣變得更加複雜。

2.隱私和GDPR法規

歐洲嚴格的隱私法禁止某些執法手段，這使得人工智慧攝影機的推廣應用變得複雜。

3.預算限制

儘管有強烈的需求，但中小城市往往難以資金籌措數位化路緣升級。

4.基礎設施陳舊，資料品質低

許多城市缺乏最新的路緣法規數位化地圖，需要耗費大量時間轉換。

5.技術整合挑戰

將新的數位路緣系統與現有的停車計時器、許可證系統、TNC API 和現有的GIS 框架整合起來非常複雜。

6.政治和地區反彈

新的收費系統、加強執法或重新分配停車區域可能會引起當地企業和居民的強烈反對。

競爭格局：路邊管理市場

市場上有各種的技術供應商，專門從事路邊數位化、人工智慧執法、貨物區自動化、動態停車和城市交通分析。

主要參與企業有：

這些公司包括 Automotus、Populus、CurbIQ、Modii、INRIX、Passport、FlexCurb、Parkunload、Coding the Curbs、SenSen、Stantec、Ubiwhere、Hayden AI、Siemens Mobility、Videalert 和 Jenoptik。

各公司提供的能力如下：

數位化路緣測繪和規則數位化
利用人工智慧和車牌識別（LPR）進行自動化執法
智慧卸貨區管理
移動性分析與數位雙胞胎
路邊支付和預約系統
貨物和乘客的路邊自動化

This report analyzes the transformation of the curbside management market. It delves into the market's evolution, various system types, the current landscape, leading players, and the ecosystem reshaping urban mobility. Disruptive technologies, innovative business models, and global megatrends continue to impact the curbside market, promising enhanced efficiency, improved safety, and optimized space utilization, fundamentally altering the way cities, operators, and fleets manage curb use. The report explores why cities and technology providers are increasingly integrating digital curbside solutions and how new models are emerging to monetize and optimize curb access. These models include dynamic pricing, subscription services, integrated logistics, and the convergence of smart loading zones with curbside charging infrastructure, all designed to leverage the capabilities of AI, automation, and real-time data systems. The study offers deep-dive analyses of the primary regions in the United States and Europe. For each region, it examines the regulatory frameworks, technological adoption, and policy priorities influencing the deployment of digital curbside strategies, alongside real-world pilot programs and city-led initiatives. This report aims to answer how smart curbside management is reshaping urban transportation ecosystems, identifying the associated opportunities for innovation and competitive advantage, as well as the challenges related to data standards, interoperability, enforcement, and stakeholder alignment for all participants.

Report Summary: Curbside Management Market

The Curbside Management Market across the United States and Europe is undergoing rapid transformation driven by digitalization, sustainability mandates, freight congestion, micromobility growth, and evolving urban mobility needs. Cities are transitioning from traditional, manually regulated curbside systems to fully digitized ecosystems supported by real-time data, automation, and standardized curb regulations. This shift is enabling municipalities to better manage demand, reduce double-parking, optimize freight loading, automate enforcement, and enhance mobility equity.

Key Insights

Digital curb inventories and machine-readable regulations are becoming foundational for modern curb systems.
AI-powered enforcement and dynamic parking are emerging as central capabilities in the Parking and Curbside Management market.
European cities prioritize sustainability, compliance with low-emission zones, multimodal mobility integration, and UVAR frameworks.
US cities accelerate adoption through federal investments, SMART Grants, public-private partnerships, and large-scale digital pilot projects.
Interoperability via standards like CurbLR, APDS, and MDS is enabling collaboration between cities, delivery fleets, TNCs, and mobility operators.

Market Overview: Curbside Management Market

The modern Curbside Management Market reflects a structural shift in how cities view and manage the curb. What was once a simple physical boundary for parking is now a dynamic interface connecting freight, passengers, micro-mobility, transit services, and emerging autonomous mobility technologies. The rise of eCommerce, last-mile delivery, increased rideshare demand, and a shift toward sustainable mobility have dramatically escalated the need for structured, data-driven curbside governance.

Traditional curb systems-anchored in static signage, inflexible time restrictions, and manual enforcement-cannot accommodate the complex and fluctuating curb activity in today's cities. Double-parking, congestion around busy commercial districts, unsafe loading behaviors, and inefficient turnover represent widespread challenges. Municipalities are also under pressure to improve curb accessibility, protect pedestrian safety, and ensure that freight operations align with environmental and multimodal policies.

In this environment, digital curb inventories have emerged as the backbone of next-generation curbside management. These inventories convert physical assets and local ordinances into machine-readable formats that mobility services, fleets, and city systems can interpret. They provide cities with a real-time understanding of how curb segments are allocated and used. When integrated with platforms that support rule digitization (e.g., CurbLR and APDS), dynamic pricing tools, and mobility data feeds (such as MDS), they enable seamless coordination between public agencies and private operators.

AI-powered enforcement is becoming increasingly important. Many cities struggle with limited staffing, inconsistent enforcement coverage, and reliance on manual citation processes. Vision-based detection systems and LPR-equipped enforcement tools automate violation detection, record stopping behaviors, capture plate information, and initiate citation workflows instantly. Such systems significantly improve compliance, reduce human labor requirements, and facilitate equitable application of mobility rules.

Smart loading zones represent a major growth pillar within the Parking and Curbside Management market. These zones use sensors, digital permits, mobile reservations, and time-window enforcement to manage freight access in real time. Cities benefit from reduced illegal loading, improved freight turnover, and better curb performance metrics. Freight fleets gain predictability in loading access, reducing dwell time and operational inefficiencies.

Dynamic parking and adaptive pricing strategies allow cities to shape curb demand based on congestion, event timing, vehicle type, or environmental constraints. Through digital payment systems and integrated curb analytics, municipalities can adjust pricing to encourage turnover, reduce cruising for parking, and promote alternative mobility modes.

European cities are leading policy innovation through sustainability mandates. The emphasis on low-emission zones, urban vehicle access regulations, multimodal street design, and electric mobility integration places enormous importance on curbside allocation and compliance enforcement. Digital curb systems play a vital role in implementing these policies, ensuring that freight, rideshare vehicles, and private cars comply with emissions restrictions and curb usage rules.

In the United States, large-scale federal funding supports advanced smart curb deployments. Public-private partnerships accelerate adoption, as technology providers deploy systems with shared revenue models. These collaborations increase deployment flexibility and reduce upfront costs for cities.

Together, these forces are transforming the curb into a smart, flexible, revenue-generating, and safety-enhancing urban asset. As cities expand their digital infrastructure, the Curbside Management Market will continue evolving toward automation, real-time data intelligence, integration with autonomous fleets, and optimization across freight, passenger, and micromobility flows.

Scope of Analysis: Curbside Management Market

This analysis focuses on the modernization of curbside operations and their integration with evolving urban mobility ecosystems in the United States and Europe. It covers the technology frameworks, operational strategies, policy trends, and service models shaping the Curbside Management Market.

In-Scope Areas

Digital curb inventories: Digital mapping of curb assets, ordinances, and time-of-day rules.
Smart loading and freight zones: Reservation-based and sensor-driven loading spaces.
Dynamic parking management: Demand-responsive curb pricing and real-time occupancy tracking.
AI-based enforcement: License plate recognition, computer vision, and automated citation workflows.
Mobility data standards: CurbLR, APDS, and MDS enabling interoperability across fleets and cities.
Curb analytics and planning tools: Platforms that support curb design, enforcement optimization, and event management.
Multimodal curb coordination: Integration with micromobility, transit stops, EV charging zones, and pedestrian-first zones.
Public-private partnership models: Revenue-sharing, performance-based contracts, and operator-led deployments.

Out of Scope

Parking garages and off-street structures
Construction and roadway engineering outside curb assets
Non-mobility-related IoT deployments
Toll road systems and highway operations

This scope ensures a clear focus on operational and technological advancements relevant to the Parking and Curbside Management market.

Revenue Forecast (Qualitative Only): Curbside Management Market

From 2025 to 2030, digital curbside management adoption will expand significantly in major US and European cities.
Smart loading zones will see the fastest deployment due to freight growth.
AI-based enforcement solutions will scale rapidly as cities seek to reduce operational costs and improve compliance.
Dynamic parking and demand-responsive pricing will grow as congestion mitigation strategies evolve.
PPP models will become the predominant financial vehicle for cities lacking upfront investment.

Segmentation Analysis: Curbside Management Market

A. By Application

Digital Curb Inventory & Mapping
Smart Loading Zones
Dynamic Parking & Pricing
Automated & AI-Based Enforcement
Freight and Delivery Management
Curb Planning & Urban Analytics
EV Charging Curb Integration
ADA & Accessibility Curb Zones

B. By Technology

AI Vision Systems & LPR
Curbside IoT Sensors
Digital Twins and GIS Tools
Mobile Payment & Reservation Platforms
Machine-Readable Curb Standards (CurbLR, APDS)
Traffic & Mobility Data APIs

C. By End User

Municipal Governments
Transportation Authorities
Logistics & Freight Operators
TNCs and Ride-Hailing Fleets
Micromobility Companies
Autonomous Vehicle Pilots

Growth Drivers: Curbside Management Market

1. Last-Mile Delivery & Urban Freight Surge

Escalating delivery volumes put extreme pressure on curb supply. Smart loading zones, freight reservations, and sensor-based monitoring improve turnover and reduce double-parking, propelling the Curbside Management Market.

2. Digital Transformation of Urban Governance

Cities are digitizing curb regulations and replacing sign-based rules with structured, real-time digital frameworks enabling automation and interoperability.

3. Sustainability Mandates in Europe

LEZs, UVARs, SUMPs, SULPs, and EU Green Deal initiatives drive curbside regulation and support digital enforcement tools. Curb zones are now strategic assets for reducing emissions.

4. Federal Funding & Public-Private Partnerships

SMART Grants and municipal PPPs accelerate deployment of digital curb technologies without heavy city CapEx.

5. Growth of TNCs & Micromobility

Increasing ride-hailing and micromobility usage intensifies curb demand, necessitating dynamic allocation and active enforcement.

6. Automation & AI Enforcement

AI vision, LPR systems, and automated citation tools reduce manual workload and significantly improve compliance.

Growth Restraints: Curbside Management Market

1. Fragmented Curb Regulations & Policy Inconsistency

Lack of uniform curb standards across US cities slows vendor scaling and complicates deployments in the Parking and Curbside Management market.

2. Privacy & GDPR Restrictions

Europe enforces strict privacy laws prohibiting certain enforcement modalities, complicating AI-camera deployments.

3. Limited Budget Availability

Smaller and mid-sized cities often struggle to fund digital curb upgrades despite strong need.

4. Legacy Infrastructure & Poor Data Quality

Many cities lack updated curb regulations or digitized maps, requiring time-consuming conversion.

5. Technology Integration Challenges

Integrating new digital curb systems with legacy parking meters, permitting systems, TNC APIs, and existing GIS frameworks is complex.

6. Political & Community Pushback

New pricing rules, increased enforcement, or reallocated curb zones sometimes generate resistance from local businesses and residents.

Competitive Landscape: Curbside Management Market

The market includes diverse technology providers specializing in curb digitization, AI enforcement, freight zone automation, dynamic parking, and urban mobility analytics.

Key participants include:

Automotus, Populus, CurbIQ, Modii, INRIX, Passport, FlexCurb, Parkunload, Coding the Curbs, SenSen, Stantec, Ubiwhere, Hayden AI, Siemens Mobility, Videalert, Jenoptik, among others.

Their capabilities span: