Cyprus Construction Sector Embraces Modernisation With New Electromechanical Standards

by THEFUTURE.TEAM

March 18, 2026

The Cyprus construction industry is poised for a significant transformation following the introduction of new regulations reforming the institutional framework for electromechanical installations in buildings. This long-awaited update aims to enhance safety, quality, and energy efficiency across the sector.

Modernisation Of Standards And Safety Protocols

The newly published reforms address enduring challenges in the design, implementation, and oversight of electromechanical systems. The Scientific and Technical Chamber (Etek) heralds this development as a pivotal upgrade, promising more rigorous building controls, improved safety standards, and robust protection for citizens.

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Comprehensive Studies And Expanded Regulation

Under the updated framework, all applications for a building permit submitted after March 11 must now include comprehensive studies covering not only heating, air conditioning, and domestic hot water systems but also additional specialised technical systems. One of the most notable changes is the removal of exemptions for single-family homes, signaling a broadening of the regulatory scope to encompass all modern residential developments.

Enhanced Oversight And Certification Standards

The reforms introduce mandatory supervision and inspection of electromechanical installations by the design engineer. Building owners are now required to appoint the design engineer as a supervisor during construction, with subsequent certification by both a mechanical and an electrical engineer upon completion. Additionally, the establishment of an Etek register for design and supervising engineers will come into effect in July 2028. This measure, which includes compulsory professional indemnity insurance and enhanced training protocols, is designed to fortify standards of professionalism and accountability among engineers.

Building A Sustainable Future

These innovative changes represent a decisive step towards a safer and more sustainable built environment in Cyprus. Continuous collaboration with the interior ministry underscores the commitment to implementing these reforms smoothly across the construction sector, setting a benchmark for quality and energy efficiency in future projects.

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Cypriot Startup LIVIA Wins Europe’s Top Youth Entrepreneurship Competition

by THEFUTURE.TEAM

July 29, 2026

A Cypriot university team has won the European GEN-E 2026 youth entrepreneurship competition with LIVIA, a smart agriculture platform that combines satellite data, autonomous drones and artificial intelligence to help farmers improve irrigation, detect disease earlier and reduce pesticide use.

Alongside first place, the team received the FedEx Access Award, expanding its access to investors, entrepreneurs and industry experts across Europe.

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Initially developed for vineyards, LIVIA analyses individual plants and turns complex data into practical recommendations. The team is now preparing its first functional product and pilot projects in Cyprus, with plans to expand into additional crops and international markets.

From An Idea To Smart Agriculture

LIVIA began with a simple question: how could satellite data create practical value in everyday life? After exploring applications ranging from meteorology to marine biology, the team identified agriculture as the sector with the greatest potential.

Recognising the limitations of satellite imagery alone, particularly in resolution and update frequency, the founders integrated autonomous drones into the platform to provide more detailed field data.

Designed as a modular system, LIVIA can continuously incorporate new data sources and capabilities. Its initial focus is irrigation management, early disease detection and plant health monitoring, with vineyards serving as the first use case because of their importance to Cyprus and the team’s own experience.

Turning Data Into Decisions

Satellite imagery provides continuous monitoring of crops, while autonomous drones capture high-resolution images whenever greater precision is needed.

Artificial intelligence then combines those datasets with information collected by growers, including IoT sensors and field observations, to generate tailored recommendations for irrigation, disease prevention and resource management.

By analysing each plant individually, the platform enables precision agriculture rather than field-wide recommendations.

Building A Hardware And Software Startup

Developing LIVIA has required balancing advanced software with specialised hardware, including drones, multispectral cameras and charging stations, all while operating with limited resources.

Although the startup participates in the Bank of Cyprus IDEA programme and has secured non-equity funding, integrating multiple data sources into a reliable AI system remains its biggest technical challenge.

The Role Of Junior Achievement

Participation in the JA StartUp Programme helped transform the original concept into a business proposition through mentoring, coaching and pitch preparation.

Support continued after LIVIA won the national competition, with the Junior Achievement Cyprus team helping the founders prepare for the European final in Latvia.

European Recognition

Winning GEN-E 2026 and the FedEx Access Award marked the team’s biggest milestone to date and created new opportunities to connect with investors, entrepreneurs and industry experts across Europe.

The founders are now focused on completing their minimum viable product, launching pilot projects in Cyprus and expanding the platform to new crops and international markets.

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