Redefining the Way
We bring deep expertise and innovation to deliver critical public infrastructure that aligns public interests while leveraging private sector expertise to plan, permit, and implement a cost efficient, modern mass transit system on an accelerated timeline, with the certainty of delivering on budget.
Our services include mechanical engineering, vehicle performance, data analytics, connectivity, large-scale complex project design, robust system design, project requirements scoping, all designed for mass transit and dedicated guideway to provide modern, accessible transit solutions in a comfortable, safe, and simple user experience.
Parkway Autonomous delivers energy-efficient, environmentally friendly, and safe transportation options to meet ever-changing transportation needs.
Parkway Autonomous brings expertise in developing end-to-end transportation solutions - vehicles, monitoring, project management, deployment, operations and maintenance.
The team has over 50+ years combined experience in transportation industry, system design, and project management and deployment.
Delivering the future of public transportation today
Parkway Autonomous has designed a mobility ecosystem (“System”) that centers on the integration of autonomous driving technology in vehicles with smart infrastructure technology built into existing infrastructure. These dynamic technologies are each implementable with different levels of maturity and investment for different sections of a proposed network. Parkway’s system delivers on project goals by evolving throughout its use in the contexts of community use, equity, cost, safety, and sustainability.
Parkway Autonomous has designed CAVway™ family of CAVs built from the ground up to deliver the future of transportation for public-transit agencies. It leverages cutting-edge patented technologies to create a vehicle system that revolutionizes public transportation.
Parkway's CAVWay vehicles bring together patented technology in rapid electric-vehicle charging, ultrawideband (“UWB”) micro positioning, and connected automated vehicle control and design architecture. Parkway's Connected Automated Vehicles (“CAVs”) are an alternative to an Automated People Mover (“APM”) and other shared mobility vehicles such as light and heavy rail and buses and mid-sized vans.
While CAVWay is central to the solution, Parkway has designed a mobility ecosystem (“System”). As illustrated below, the end-to-end system delivers the future of transportation for public-transit agencies. It addresses safety, sustainability, efficiency requirements in an affordable suite of products and services. Moreover, the vehicle is custom designed for 24/7 operation in the operational design domain in which it is to be deployed.
Rutgers, The State University of New Jersey Center for Advanced Infrastructure & Transportation (CAIT)Project: Simulation-based Proof-of-Concept Operational Feasibility Analysis of Using Automated Vehicle Fleet for Next Generation Transit Service
The North Carolina Department of Transportation (NCDOT)
Project: assessment of field-deployment of automation capability by implementing an end-to-end freight automation system
Port Authority of NY/NJ
Project: Evaluation of a Connected Automated Vehicles (CAV) Solution as an Alternative to an Automated People Mover (APM) at LaGuardia Airport
New Jersey Dept. of Transportation
Project: Concept of Operations (ConOps) for Statewide Connectivity
Executive Leadership Team
Alexander Stefman, CEO
Alexander is a seasoned entrepreneur, excited by innovation in technologies and with a knack for building long-term relationships with corporations and government entities, who has more than 25 years of experience in transportation services including transportation operations and management, connected automated vehicles, shared mobility, electric vehicles, and smart cities multi-orchestrated platforms, IoT and MaaS and micro-factories as a service. A subject expert in delivering end-to-end transportation solutions – vehicle design and development infrastructure that support this vehicle.