eVertiSKY is building a new layer of urban infrastructure that extends transportation into the sky. The company is developing Vertiport Infrastructure and Urban Air Mobility systems that allow cities to move goods and eventually passengers through managed low-altitude airspace using electric vertical takeoff and landing aircraft and drones. Rather than replacing existing transport systems, eVertiSKY adds an aerial dimension that relieves congestion, reduces emissions, and improves the speed and reliability of urban logistics.
eVertiSKY’s system transforms airspace into a managed economic asset that supports urban growth and infrastructure modernization.
ABOUT US
eVertiSKY is focused on developing what we define as the Dimensional Economy, where cities evolve beyond ground-based infrastructure and begin to operate across multiple layers, including managed aerial systems. In this model, airspace becomes an organized and productive extension of the urban environment, fully integrated with logistics, energy, and transportation networks.
The company’s framework is built around structured Urban Air Mobility sectors and subsectors. Each sector is centered around a primary vertiport that serves as a hub for receiving, processing, and redistributing goods, while surrounding subsectors handle localized distribution through smaller access points and vertistops. This layered system allows cities to efficiently manage both high-volume logistics and last-mile delivery within a unified structure.
By aligning infrastructure development with city planning and regulatory systems, the company enables municipalities to actively govern and monetize their airspace while improving overall urban efficiency.
TEAM
Giuseppe Carusi
Founder- Chairman
Sandra Formenton
Founder – Advisor
Robert Palumbo II
Partner – COO
Giancarlo Zema
Founder – Chief of Architectur & Design
Bennett Johnson III
Partner – CFO
PRODUCTS
eVertiSKY develops an integrated suite of infrastructure, software, and systems designed to enable cities to operate Urban Air Mobility (UAM) as a governed, scalable transportation layer. Rather than focusing on isolated components, the company delivers a full-stack urban air mobility ecosystem that connects physical infrastructure with digital airspace control and municipal governance systems.
Software
Defined
Airspace (SDA)
Supporting this physical network is Software Defined Airspace (SDA), which acts as the digital control layer for all urban flight activity. SDA enables dynamic routing, real-time traffic coordination, and structured air corridor management across altitude and time-based dimensions. It transforms urban airspace into an actively managed system, similar to digital infrastructure in telecommunications or energy grids.
eSKYbridge
A key component of this architecture is eSkyBridge, eVertiSKY’s interoperability and integration platform that connects municipal systems, infrastructure operators, and UAM service providers. eSkyBridge functions as a bridge between physical airspace operations and city-level digital infrastructure, ensuring that vertiports, subsectors, and air corridors are synchronized with real-world urban data, permitting systems, and operational requirements.
City API
Complementing eSkyBridge is the City API, a standardized interface that allows cities to directly define, manage, and monetize their airspace. Through the City API, municipalities can publish operational rules, set corridor permissions, define usage fees, and coordinate with UAM operators in real time. This creates a direct governance and economic control layer, enabling cities to treat airspace as a managed utility rather than an open-access environment.
CityAPI is a core component of the eVertiSKY smart city ecosystem, designed to connect and manage urban air mobility (UAM) and ground transportation systems through a unified digital interface. Built on Software Defined Airspace (SDA) principles, it integrates real-time data from sensors, infrastructure, and mobility services to provide cities with precise control over airspace segmentation, traffic coordination, and operational rules. By leveraging structured sectors such as 4D trajectory reference blocks (4DTRBs) and voxel-based mapping, CityAPI enables scalable, data-driven decision-making for routing, safety, logistics, and public services, creating a seamless bridge between aerial operations, city infrastructure, and next-generation transportation networks.
SERVICES
End-To-End Urban Air Mobility Development
eVertiSKY provides end-to-end Urban Air Mobility development, including the design of vertiport networks, sector-based urban air corridors, and integrated logistics systems that connect warehouses, transit hubs, and distribution centers through aerial transport.
Vertiport Design
eVertiSKY’s visual Vertiport concepts, designed by Giancarlo Zema Design Group, illustrate how cities can be restructured through integrated aerial mobility networks. These include ecosustainable architectural design of vertiport hubs embedded within urban centers.
eVertiSKY also develops Vertiport Infrastructure, including standardized cargo and passenger-ready vertiport systems with integrated charging, maintenance, and automated logistics handling capabilities. These assets are designed to function as multimodal urban hubs that connect ground transportation, aerial mobility, and digital logistics systems within a single operational node.
Urban Logistics Integration Systems
In addition, the company provides Urban Logistics Integration Systems that link warehouses, hospitals, distribution centers, and commercial nodes into a coordinated aerial-ground supply chain. These systems prioritize high-value and time-sensitive use cases such as medical logistics, consumer packaged goods distribution, and emergency response operations, where speed and reliability are critical.
UAM consulting and feasibility study
Beyond technology and infrastructure, eVertiSKY offers UAM consulting and feasibility study services to cities, airports, developers, and infrastructure investors. These engagements include demand modeling, sector mapping, vertiport placement analysis, regulatory readiness assessment, and economic impact evaluation. The consulting process helps stakeholders understand operational viability, identify optimal deployment strategies, and design phased commercialization roadmaps. Feasibility studies typically assess cargo-first implementation pathways, infrastructure investment requirements, and projected economic returns, providing a data-driven foundation for UAM adoption and long-term urban integration.
The company also works with governments and private partners to design economic and governance models that allow cities to generate revenue from airspace usage while ensuring safe, scalable, and community-aligned deployment of UAM systems.
Together, these products and services form a complete Urban Air Mobility ecosystem that enables cities to transition from traditional transportation systems into multi-layered, digitally governed mobility networks where airspace becomes an active and economically productive part of urban infrastructure.
PARTNERS
CONTACT US
eVertiSKY works with cities, infrastructure developers, investors, and mobility partners to design and implement Urban Air Mobility systems. The company collaborates with stakeholders to develop pilot programs, assess feasibility, and create scalable deployment strategies tailored to each urban environment.
Through these partnerships, eVertiSKY helps cities transition toward a new mobility model where airspace is actively managed, economically productive, and fully integrated into urban infrastructure.
