Future Mobility - Vertical, Inc.

Future MobilityEric VeazieMarch 9, 2021October 12, 2021

Becoming connected, electric and shared

Vertical provides a competitive edge to companies at the forefront of travel.

Future Mobility Statistics

4.8M

Worldwide number of electric-battery vehicles in use in 2019.¹

22

Number of countries listed as operating high-speed rail systems.²

$16.5B

Expected revenue — intelligent traffic management system market in 2025.³

>$200B

Estimated size of the U.S. micro-mobility market in 2030.⁴

Footnotes: 1. I. Wagner, Statista, August 26, 2020; 2. Environmental and Energy Study Institute, July 2018; 3. Grand View Research, June 2019; 4. McKinsey, 2019

Urban eMobility

Powering the Future of Urban Mobility

Siemens Corporation asked Vertical to design a 34-page report to promote exciting insights into the future of urban mobility. Our approach explains and visually communicates vital points of this complex, multi-dimensional story from a human perspective.

Passenger Rail Systems

Transforming Inter-City Travel

To tell its dynamic stories about solving important mobility issues, Siemens turned to Vertical. We wrote and designed multiple case studies that bring these important stories to life.

Atlanta Streetcar Case Study

Brightline Case Study

Sacramento Case Study

Inter-City Trains

Redefining Inter-City Travel with
Venture Trainsets

To support Siemens efforts to sell its Venture platform, Vertical told the story of how this amazing train is making a difference across North America. We wrote and designed the brochure to demonstrate the many ways the trainset is embraced by passengers, operators and agencies alike.

Traffic Management

Adaptive Signal Control

Smart infrastructure technology impacts every aspect of modern travel. Adaptive Signal Control Technology (ASCT) is no exception. ASCT works in conjunction with well-engineered signal timing, to make traffic signals more efficient and effective. Vertical has created compelling stories surrounding Siemens ASCT system SCOOT (Split Cycle Offset Optimization Technique). SCOOT uses traffic information to optimize the signal timings at each intersection to minimize delays and stops.