查看购物车
  • Traditional Chinese
  • English
  • Japanese
  • Korean
封面
市场调查报告书
商品编码
1909953

欧洲和美国路边管理成长机会（2025-2030 年）

Growth Opportunities for Curbside Management in Europe and the United States, 2025-2030
出版日期: | 出版商: Frost & Sullivan | 英文 65 Pages | 商品交期: 最快1-2个工作天内

价格
简介目录

由于智慧城市数位化和永续交通目标的推进，路边管理正在不断发展。

本报告分析了路边管理市场的转型。报告深入探讨了市场演变、各种系统类型、当前趋势、主要企业以及重塑城市交通的生态系统。颠覆性技术、创新经营模式和全球大趋势持续影响路边市场，有望提高效率、改善安全性并优化空间利用，从根本上改变城市、营运商和车队管理路边通道的方式。本报告分析了城市和技术供应商为何加速整合数位化路边解决方案，以及路边通道货币化和优化新模式的出现。这些模式包括动态定价、订阅服务、整合物流以及智慧装卸区和路边充电基础设施的整合，所有这些都旨在利用人工智慧、自动化和即时数据系统的强大功能。本研究对美国和欧洲的主要地区进行了深入分析。在每个地区，报告都检验了影响数位化路边策略采用的法规结构、技术应用和政策重点，以及实际的试验计画和城市主导的主导。本报告旨在探讨智慧路缘管理如何重塑城市交通生态系统，识别相关的创新和竞争优势机会，并重点介绍与数据标准、互通性、执法以及所有参与者之间的相关人员相关者协调相关的挑战。

摘要：路边管理市场

在美国和欧洲，路边交通管制市场正经历快速转型，其驱动力包括数位化、永续性、货运拥塞、微出行发展以及不断变化的城市出行需求。城市正从传统的人工执法系统过渡到由即时数据、自动化和标准化路边执法支援的全数数位化​​生态系统。这项变革使市政当局能够改善需求管理、减少双排停车、优化货运装载、实现执法自动化并提升出行公平性。

主要发现

  • 数位化路边库存管理和机器可读规则正在成为现代路边系统的基础。
  • 人工智慧赋能的执法和动态停车管理正在成为停车和路缘管理市场的核心能力。
  • 永续性、遵守低排放区规定、整合多模态和紫外线辐射防护框架是欧洲城市的优先事项。
  • 透过联邦投资、SMART津贴、公私合营以及大规模数位先导计画，美国城市正在加速采用这项技术。
  • 透过 CurbLR、APDS 和 MDS 等标准互通性，可以促进城市、送货车辆、叫车服务提供者和出行营运商之间的合作。

市场概览：路边管理市场

现代路边管理市场反映了城市对路边认知和管理方式的根本转变。曾经只是停车的实体边界，如今已成为连接货运、客运、微出行、公共交通服务以及新兴自动驾驶技术的动态介面。电子商务的兴起、最后一公里配送的普及、共享出行需求的成长以及向永续出行方式的转变，都大大提升了对结构化、数据驱动型路边管治的需求。

传统的道路通行系统依赖静态标誌、柔软性的时限和人工执法，无法应对现代城市复杂多变的道路通行状况。双排停车、繁忙街道拥塞、不安全的装卸作业以及低效率的周转率等问题普遍存在。城市也面临改善道路通行便利性、保障行人安全、确保货运作业符合环保和多模态政策的压力。

在这种环境下，数位化路缘库存管理正成为下一代路缘管理的核心。透过将实体资产和地方法规转换为机器可读格式，旅游服务、车队和城市系统可以对其进行解读。这使得城市能够即时了解路缘区域的分配和使用情况。与支援法规数位化（例如 CurbLR 和 APDS）、动态定价工具和出行资料馈送（例如 MDS）的平台集成，可实现公共和私人营运商之间的无缝协作。

人工智慧赋能的执法正变得日益重要。许多城市面临人员短缺、执法覆盖范围不均以及依赖人工开罚单等挑战。配备视觉侦测系统和车牌辨识功能的执法工具可以自动侦测违规行为、记录拦截情况、采集车牌讯息，并即时启动开罚单流程。这些系统能够显着提高执法遵从度，减少人力投入，并促进交通法规的公平执行。

智慧装卸区是停车和路边管理市场的关键成长领域。这些区域利用感测器、电子许可证、行动预订和时限执法，实现对货运通道的即时管理。城市受益于非法装卸的减少、货运周转率的提高以及路边营运绩效指标的改善。货运车辆则获得了可预测的装卸通道，从而减少了停留时间和营运效率低下的问题。

动态停车管理和自适应定价策略使城市能够根据拥塞情况、活动时间、车辆类型和环境限制来调整路边停车需求。透过将路边分析与数位支付系统集成，市政当局可以调整价格，从而提高周转率、减少停车位巡逻，并推广其他出行方式。

欧洲城市正透过永续性政策领先政策创新。低排放区、都市区车辆通行规定、多模态道路设计以及电动出行一体化等倡议，在路边停车位分配和合规执法方面发挥着至关重要的作用。数位化路边系统在这些政策的实施中扮演关键角色，确保货运车辆、共享汽车和私家车遵守排放限制和路边使用规则。

在美国，联邦政府投入大规模资金支持先进智慧路缘系统的部署。公私合营正在加速该系统的普及，技术提供者以收益共用模式推出系统。这些合作提高了部署的柔软性，并降低了市政当局的前期成本。

这些趋势共同作用，将路缘转变为智慧、柔软性、能够创造收益并提升安全性的城市资产。随着城市不断扩展其数位化基础设施，路缘石管理市场将继续朝着自动化、即时数据智慧、与自动驾驶车辆整合以及货运、客运和微出行流量优化等方向发展。

分析范围：路边管理市场

本分析重点在于美国和欧洲路缘管理的现代化及其与不断发展的城市交通生态系统的融合，涵盖塑造路缘管理市场的技术框架、营运策略、政策趋势和服务模式。

目标区域

  • 数位化路边库存管理：路边资产、法令、时段规定的数位化地图。
  • 智慧装卸区：基于预约和感测器驱动的装卸空间。
  • 动态停车管理：需求驱动的路边定价和即时占用追踪。
  • 基于人工智慧的执法：车牌辨识、电脑视觉、自动违规通知工作流程。
  • 行动数据标准：CurbLR、APDS 和 MDS 实现了车队和城市之间的互通性。
  • 路缘分析与规划工具：一个用于协助路缘设计、执法最佳化和事件管理的平台。
  • 多模态路边整合：与微型交通、公共运输站点、电动车充电区和行人优先区整合。
  • 公私合营模式：收益分成、绩效合约、业者主导实施。

不适用

  • 停车场和非街道建筑
  • 除路缘资产外的其他建筑及道路工程
  • 非行动相关物联网应用
  • 收费公路系统和高速公路运营

该范围确保了对与停车和路缘管理市场相关的营运和技术进步的明确关注。

收入预测（仅限定性分析）：路边管理市场

  • 预计在 2025 年至 2030 年间，美国和欧洲的主要城市将出现数位化路缘管理应用的显着成长。
  • 随着货运量的成长，智慧装卸区预计将是实施速度最快的区域。
  • 随着城市寻求降低营运成本和提高合规性，基于人工智慧的执法解决方案将迅速发展。
  • 随着交通拥堵缓解策略的不断发展，动态停车和需量反应定价将会得到推广。
  • 对于缺乏前期投资的城市而言，PPP模式将成为一项重要的资金筹措工具。

细分市场分析：路边管理市场

A. 透过申请

  • 数位化路边库存管理和地图绘製
  • 智慧卸货区
  • 动态停车管理与定价
  • 自动化和基于人工智慧的执行
  • 货物/配送管理
  • 路缘规划与都市分析
  • 电动车充电曲线整合
  • ADA和无障碍路缘区域

B. 透过技术

  • 人工智慧视觉系统与车牌识别
  • 路边物联网感测器
  • 数位双胞胎和GIS工具
  • 行动支付与预订平台
  • 机器可读曲线标准（CurbLR、APDS）
  • 交通运输和旅行资料 API

C. 由最终用户

  • 地方政府
  • 运输
  • 物流/货运业务营运商
  • 共乘公司
  • 微出行公司
  • 自动驾驶汽车测试

成长要素：路边管理市场

1. 最终交付和都市区货运交通的快速成长

激增的货物运输量给路边卸货供给能力带来了巨大压力。智慧卸货区、货物预约和基于感测器的监控正在透过提高周转率和减少违规停车来推动路边管理市场的发展。

2. 城市管治的数位转型

城市正在将路边执法数位化，从基于标誌的规则转向结构化的即时数位框架，从而实现自动化和互通性。

3. 欧洲的永续性指令

低排放区 (LEZ)、城市环境监管区 (UVAR)、永续交通计画 (SUMP)、永续物流计画 (SULP) 和欧盟绿色交易等倡议正在推动路边法规的製定和数位化执法工具的支持，使路边区域成为减少排放的战略资产。

4. 联邦资金与公私合营

SMART津贴和市政公私合营正在加速数位路边技术的部署，而无需城市进行大量资本投资。

5. 叫车公司与微出行的发展

共乘和微型出行方式的日益普及加剧了路边停车需求，需要动态分配和严格执法。

6. 自动化和人工智慧执行

人工智慧视觉、车牌识别系统和自动开票工具可减少人工工作量，并显着提高合规性。

成长抑制因素：路边管理市场

1. 道路交通法规片段化与政策不一致

美国各城市缺乏统一的路缘标准，减缓了供应商的扩张速度，也使停车和路缘管理市场的推广变得更加复杂。

2. 隐私和GDPR法规

欧洲严格的隐私法禁止某些执法手段，这使得人工智慧摄影机的推广应用变得复杂。

3. 预算限制

儘管有强烈的需求，但中小城市往往难以资金筹措数位化路缘升级。

4. 基础设施陈旧，数据品质差

许多城市缺乏最新的路缘法规数位化地图，需要耗费大量时间转换。

5. 技术整合挑战

将新的数位路缘系统与现有的停车计时器、许可证系统、TNC API 和现有的 GIS 框架整合起来非常复杂。

6. 政治和地区反弹

新的收费系统、加强执法或重新分配停车区域可能会引起当地企业和居民的强烈反对。

竞争格局：路边管理市场

市场上有各种各样的技术供应商，专门从事路边数位化、人工智慧执法、货物区自动化、动态停车和城市交通分析。

主要参与企业有：

这些公司包括 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：

  • 数位化路缘测绘和规则数位化
  • 利用人工智慧和车牌识别（LPR）进行自动化执法
  • 智慧卸货区管理
  • 移动性分析与数位双胞胎
  • 路边支付和预约系统
  • 货物和乘客的路边自动化

目录

调查范围

  • 分析范围
  • 分割

战略问题

  • 为什么成长变得越来越困难
  • The Strategic Imperative 8
  • 三大策略挑战对路边管理产业的影响

成长机会分析

  • 竞争环境
  • 成长驱动因素
  • 成长限制因素

路边管理概述

  • 路边管理：定义
  • 路边管理：从静态到智能
  • 路边管理：策略
  • 路边管理：重大进展
  • 路边管理：收入模式
  • 路边管理：路边优先事项
  • 路边管理：目前状态
  • 规定
  • 路边管理：资料标准
  • 路边控制格局：美国与欧洲的比较
  • 路边管理：展望未来

路边管理应用案例

  • 路边管理：应用案例
  • 路边管理：数位化库存管理
  • 路边管理：动态停车
  • 路边管理：智慧装卸区
  • 路边管理：自动化执法
  • 路边管理：规划与分析

路边管理—美国详细分析

  • 路边管理：影响成长的关键因素
  • 路边管理：相关人员地图
  • 路边管理：目前状态
  • 路边管理：规章制度
  • 路边管理：匹兹堡案例研究
  • 路边管理：要点

路边管理—欧洲分析

  • 路边管理：影响成长的关键因素
  • 路边管理：目前状态
  • 路边管理：法规
  • 路边管理：布加勒斯特案例研究
  • 路边管理：要点

非人类身分识别解决方案领域的成长机会

  • 成长机会1：智慧装卸充电区
  • 成长机会二：与壅塞控制区及低排放区合作
  • 成长机会3：透过与机器人计程车公司合作进行地图绘製

附录与未来工作

  • 成长机会带来的益处和影响
  • 未来计划
  • 附件清单
  • 免责声明
简介目录
Product Code: PG5P-44

Curbside Management is Evolving through Smart City Digitization and Sustainable Mobility Targets

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:

  • Digital curb mapping & rule digitization
  • Automated enforcement using AI and LPR
  • Smart loading zone management
  • Mobility analytics & digital twins
  • Curbside payments & reservations
  • Curbside automation for freight and passengers

Table of Contents

Research Scope

  • Scope of Analysis
  • Segmentation

Strategic Imperatives

  • Why is it Increasingly Difficult to Grow?
  • The Strategic Imperative 8
  • The Impact of the Top 3 Strategic Imperatives on the Curbside Management Industry

Growth Opportunity Analysis

  • Competitive Environment
  • Growth Driver
  • Growth Restraints

Curbside Management- Overview

  • Curbside Management: Definition
  • Curbside Management: From Static to Smart
  • Curbside Management: Strategy
  • Curbside Management: Key Developments
  • Curbside Management: Revenue Model
  • Curbside Management: Curbside Priorities
  • Curbside Management: Landscape
  • Regulations
  • Curbside Management: Data Standards
  • Curbside Management Landscape: US vs Europe
  • Curbside Management: Future Outlook

Curbside Management-Use Cases

  • Curbside Management: Use Cases
  • Curbside Management: Digital Inventory
  • Curbside Management: Dynamic Parking
  • Curbside Management: Smart Loading Zones
  • Curbside Management: Automated Enforcement
  • Curbside Management: Planning & Analytics

Curbside Management-Regional Deep Dive, United States

  • Curbside Management: Key Factors Influencing Growth
  • Curbside Management: Stakeholder Map
  • Curbside Management: Landscape
  • Curbside Management: Regulations
  • Curbside Management: Pittsburgh Case Study
  • Key Takeaways: Curbside Management

Curbside Management-Regional Deep Dive, Europe

  • Curbside Management: Key Factors Influencing Growth
  • Curbside Management: Landscape
  • Curbside Management: Regulations
  • Curbside Management: Bucharest Case Study
  • Key Takeaways: Curbside Management

Growth Opportunity Universe in Non-Human Identity Solutions

  • Growth Opportunity 1: Smart Loading and Charging Zones
  • Growth Opportunity 2: Integration with Congestion and Low-Emission Zones
  • Growth Opportunity 3: Partnerships with Robotaxi Companies for Mapping

Appendix & Next Steps

  • Benefits and Impacts of Growth Opportunities
  • Next Steps
  • List of Exhibits
  • Legal Disclaimer