Consulting · Design · Implementation

Mobility Systems

Consulting, feasibility studies, system design and implementation for parking, e-mobility and urban micromobility.

What this service covers

Mobility projects determine how people, vehicles and energy move through a city, a site or an operating network. Parking studies examine demand, occupancy, tariffs and access; e-mobility studies assess charging locations, capacity and operating models; micromobility studies consider short urban journeys, service zones and the integration of bicycles and scooters with public transport.

How we approach the work

We start with the available location, traffic and operating data, identify gaps and compare technical and commercial scenarios. The work can stop at an evidence-based investment decision, continue into a functional and technical design, or include the agreed platform integrations and pilot implementation. Cost and revenue scenarios depend on explicitly stated assumptions; a study is not a guarantee of investment return.

What you receive

Study: baseline assessment, demand scenarios, investment and operating-cost model, risks and a recommended option.
Design: functional specification, equipment and platform requirements, integration interfaces and phased implementation plan.
Implementation, if commissioned: configured or developed components, integration and acceptance-test results, pilot findings and handover materials.

Deliverables depend on the phases and items agreed in your proposal.

Plan mobility systems that work in the real world.

Cities, parking operators, property developers, fleet operators and charging-network investors.

Services in this area

Parking system feasibility studies

Demand and occupancy assessment, operating scenarios, payment and access models, investment and operating-cost assumptions, revenue scenarios and implementation options.

E-mobility studies

Charging demand, location and network scenarios, charger mix, operating models, platform requirements and investment feasibility.

Urban micromobility studies

Travel needs, potential service areas, shared-bike and scooter operating models, parking and charging concepts, and integration with urban transport.

From assessment to implementation

Study & consulting

Baseline and demand analysis
Technical and commercial scenarios
Feasibility findings and recommended approach

System design

Functional requirements and system architecture
Payment, access, charging and operator-platform interfaces
Equipment requirements and phased implementation plan

Implementation

Platform configuration, development and integration
Equipment deployment coordination and acceptance testing
Pilot rollout, operator training and handover

Relevant experience

EASYPARK is a global digital mobility platform that simplifies the parking experience — from finding parking and mobile payments to managing parking sessions and other smart mobility services. EasyPark solutions are now present in more than 20,000 cities worldwide.

PROJECT SCOPE: Market development and business expansion of the EASYPARK application across Southeast European markets.

SEE MORE AT: https://easypark.rs/ — EASYPARK is a global digital mobility platform that simplifies the parking experience — from finding parking and mobile payments to managing parking sessions and other smart mobility services. EasyPark solutions are now present in more than 20,000 cities worldwide. PROJECT SCOPE: Market development and business expansion of the EASYPARK application across Southeast European markets. SEE MORE AT: https://easypark.rs/

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Experience includes SMS4Parking / EasyPark deployments in 100+ cities and ORION e-Mobility with HYPERCHARGER deployments through NIS and OMV networks.

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What to share first

Location, site or network description
Available demand, occupancy or traffic data
Existing equipment, platforms and operating model
Project objectives, investment range and constraints

Start with a non-confidential summary. Document exchange and access requirements are agreed separately.