Digital ecosystem

The Viva Wallet headquarters constitute a model working environment, with sustainability at the core of the architectural design. By maximizing natural light and introducing 2,234 plants from 35 different species, an artificial landscape is created that promotes wellbeing and team cohesion.

 

Brand Identity

Mediterranean gardens, lush with lavender, thyme, olive trees, and almond trees, articulate an architecture with a strong ecological consciousness, offering ideal conditions for creativity and innovation within the fast-paced context of the fintech world.

The twin-building complex, organized around a central atrium, operates as an administrative hub for the company’s European activities, accommodating 450 of its total 1,000 employees.

The architectural branding strategy developed for this project established the foundations for a unified corporate identity, applied across all 24 countries where Viva Wallet operates.

 

 

Spatial Organization

The transformation of the workplace model after the pandemic calls for new approaches to spatial design. The new headquarters is thus conceived not only as a place of work, but as a hub for interaction and creative exchange.

Flexible collaboration zones encourage communication and interaction, while areas for individual work provide conditions for focus and seclusion. Meeting rooms, defined by glass surfaces with varying degrees of transparency, maintain spatial continuity while ensuring privacy.

The working environment is further enriched through multifunctional configurations such as brainstorming caves, lounges, and a planted roof, offering alternative modes of working, coexisting, and relaxation. The atrium hosts the “Code Bites” restaurant, promoting gastronomic wellbeing as an integral aspect of corporate culture, while the rooftop café functions as an alternative social hub. Both facilities are designed to transform into amphitheatrical layouts for presentations and corporate events.

 

 

Materiality & Bioclimatic Design

The building’s aesthetic balances technology and nature, with a color palette that combines the deep blue of the corporate identity with earthy tones and natural materials. The bioclimatic design integrates a wide variety of plants, functioning as a living filter that purifies the air and reduces noise pollution. Large glass surfaces allow abundant natural light to penetrate the interior, significantly reducing energy consumption and enhancing indoor environmental quality.

The new Viva Wallet headquarters is not merely a workspace, but a complex ecosystem designed to respond to the evolving demands of the digital era. It reflects the transition from a static, linear model of work to a dynamic, sustainable, and adaptable environment, where physical presence acquires new meaning.

Its architecture serves not only productivity but equally wellbeing, creativity, and sustainable development, shaping a holistic model that supports contemporary professional life and anticipates the future of work.

 

Geometric accents

The project concerns the creation of a car rental hub, located along the main road axis connecting the airport with the city of Chania. The central design concept is defined by the positioning of a pair of circular buildings along the imaginary extension of the nearby runway.

 

Design Philosophy

The geometry of the buildings is based on simple geometric forms, aiming to produce a clear and legible architectural ensemble. The two volumes are arranged on a unified plaza, which operates as a transitional element between built and unbuilt space. Between the two building entities, a metal canopy is introduced, functioning both as a unifying compositional element and as a threshold zone mediating the transition of visitors from the exterior into the interior of the complex.

The initial concept proposed the creation of two circular, single-space halls, organized through a peripheral arrangement of counters or kiosks, following a spatial typology commonly found in airport environments. At the same time, the design needed to accommodate the potential subdivision of the buildings into independent offices and retail units with direct access from the exterior. The circular geometry proved particularly effective in supporting multiple usage scenarios.

 

 

Functional Organization

At ground level, the buildings host the offices of four car rental companies, while the upper floors accommodate independent office spaces available for lease. The basement levels include auxiliary functions serving the retail units, visitor sanitary facilities, a car wash, and additional electromechanical installations.

The outdoor space is carefully configured to support the continuous circulation of small vans transporting customers to and from the airport, while also maximizing the number of parking spaces and vehicle handover points.

 

Material Palette

The folded metal envelope, aluminum cladding, and the use of high-specification glazing and panel systems form a coherent architectural vocabulary that aims to establish a distinct identity for the development, while simultaneously providing a flexible design framework for future expansion.

 

New connections

Eleftheria Square lies adjacent to the Venetian walls and the dry moat that surrounds Nicosia. These distinctive defensive fortifications, originally built during the Middle Ages and extensively restored by the Venetians in the 16th century, define the historic core of the capital, separating the old city from the newer districts that developed beyond the walls.

 

Urban Design Strategy

The transformation of the square into the city’s primary gathering space is based on the creation of new connections intended to contribute to the reunification of the divided capital. The design secures unobstructed views toward the historic walls, establishing them as an integral component of Nicosia’s identity, while simultaneously opening the moat to public uses, allowing it to host festivals and outdoor events.

The project elevates the level of the moat to form a bridge that connects organically with the surrounding urban fabric, creating a new civic square at the heart of the city. Within this framework, extensive archaeological excavations were carried out, alongside conservation and protection works for the historic Venetian fortifications. The project also includes the creation of two cafés within the square and the construction of a new underground parking facility, accessed from Omirou Avenue.

 

 

Elements of Circulation

Staircases and elevators directly link the square with the Solomos Square bus terminal, reinforcing the functionality and permeability of the area. The transformation of previously inaccessible areas within the moat into plazas, gardens, and palm-lined pedestrian paths establishes a new “green belt” around the city.

This belt has the potential to extend along the historic fortifications, forming a continuous network of public spaces that encircle Nicosia and reconnect the communities of the divided capital. In this way, the square acts as a catalyst for the activation of public space, offering new opportunities for social interaction and urban life.

 

 

Materiality & Lighting Design

Within the broader vision of transforming the moat into an urban park, the project’s fluid geometries emerge from the triangulation of the irregular forms of the fortification perimeter. Points of spatial intensity are transformed into seating areas, planting beds, or water elements, shaping a dynamic urban landscape. Granite paving introduces a sense of timeless solidity, while the open joints between the slabs function as a passive system for stormwater drainage. Newly planted trees contribute to the natural regulation of water levels, reducing erosion around the foundations of the medieval walls.

The upper-level bridge and its supports are constructed from sculptural concrete forms that ensure seismic stability, while the bases of the columns are shaped to function as integrated seating elements. Through this transformation, Eleftheria Square emerges as the largest urban public space in Nicosia. By bridging the Venetian walls and the moat, the square becomes a significant gateway to the old city, while the underground parking facility removes vehicular traffic from the historic center, facilitating its future pedestrianization. In this way, the project enriches the urban landscape of this historic district while simultaneously creating new public gardens and gathering spaces for residents and visitors alike.

Finally, the lighting design reinforces the square’s fluid geometry and acts as a spatial guidance system during the evening hours. Linear lighting elements are discreetly integrated along the contours of the curved surfaces and bridges, emphasizing the dynamic morphology of the composition and enhancing the legibility of the structure within the urban landscape. At the same time, low-intensity lighting fixtures embedded within the paving create a subtle “field of light” that follows the geometry of the circulation paths and areas of pause. This approach highlights the plasticity of the concrete surfaces, enhances the sense of safety, and transforms the public space into a nocturnal landscape where light operates both functionally and atmospherically.

 

 

Functional Connection

The recently completed addition to the campus of the European University Cyprus houses the Schools of Medicine, Dentistry and Veterinary Medicine. More specifically, the building comprises standard tertiary education classrooms along with their supporting facilities, as well as laboratories of various kinds in conjunction with a series of complementary communal spaces.

 

Urban Context and Institutional Role

Given the building’s significant institutional role within the university campus, the architecture was required to establish a connection with the existing facilities while preserving the distinctiveness of its character. The project site lies along one of Nicosia’s main traffic arteries (Agiou Prokopiou Avenue), an urban environment that remains largely under development. As such, the building seeks to respond with a restrained yet substantial presence within this context of extended distances and high-speed movement. The architecture of the area presents certain characteristics, which the project was called upon to respect.

 

 

Design Philosophy

The objective, therefore, was for the extension to become the new architectural expression of the university and to shape its modernised identity, while retaining the fundamental lines of the existing buildings’ morphology. This connection was achieved through the design of the facades using customised aluminium frames that reference the earlier morphology of the openings, while simultaneously providing the necessary protection against constantly shifting climatic conditions. The specially designed profiles shade the interior without restricting views, creating an engaging interplay between closed and open, solid and transparent. Within the broader modernisation of the university facilities, both the facades and the existing buildings were renovated and upgraded. In parallel, a smart building management system was installed to optimise energy performance and operational efficiency.

 

 

Functional Integration & Lighting

Beyond the aesthetic unification with the existing built complex, a key objective was the functional interconnection of the university buildings, which are developed on either side of a road axis. To ensure safe and comfortable movement between them, an elevated bridge was designed, organically integrated into the university’s internal circulation network. The architectural design was completed with a lighting study that discreetly highlights the lines and individual features of the facades. The exterior lighting lends depth and continuity to the complex’s presence, maintaining its identity and visibility even beyond operating hours.