UAE bets on vertical farming to curb flower imports

The United Arab Emirates has launched what is described as the GCC’s first vertical tulip farm, a project that could reshape how the Gulf sources one of its most resource-intensive luxury goods and reduce its heavy dependence on imported flowers. The venture, developed by the company XSEED, is built around two specialist growing facilities in the Emirates. According to the company, the current import-based supply model carries significant environmental and logistical costs.

XSEED was founded by Whitney Bromberg Hawkings, a luxury flower entrepreneur who also leads FlowerBX and serves as the new company’s chief executive. Her firm is developing a vertical tulip farm using controlled-environment agriculture to cultivate premium blooms, alongside a second smart glasshouse dedicated to luxury roses. The tulip facility was developed in partnership with the agricultural technology company Pure Harvest, and relies on artificial intelligence and tightly managed growing conditions to optimise production.

The scale of the reliance the project seeks to address is striking. According to XSEED, up to 90 per cent of luxury flowers sold in the Gulf begin their journey overseas, moving through international supply chains and temperature-controlled storage before reaching florists, hotels and customers. Cut flowers are highly perishable and often require refrigeration throughout transit, while air freight contributes substantially to their carbon footprint.

The company’s stated ambition is to deliver flowers to customers within 24 hours of harvesting, compared with the more than five days it says imported stems typically spend travelling through the supply chain. Shorter journeys, it argues, could mean fresher flowers, longer vase life and less waste, particularly for hotels and event organisers buying blooms in large volumes.

“The idea behind XSEED is very simple: why should the UAE have to import extraordinary flowers when [we] can grow BETTER flowers here?” Bromberg Hawkings said. “We have spent years developing the tech to grow flowers optimally in the desert and we are excited to execute in the region.”

The claims attached to the technology are considerable, and they are the figures on which the project’s broader value will be judged. XSEED says its systems can shorten the crop cycle by up to 70 per cent while cutting water consumption by 40 per cent. Those numbers carry particular weight in a country where water scarcity and extreme temperatures pose major challenges to conventional agriculture. Vertical farming allows crops to be cultivated in carefully managed environments, reducing exposure to unpredictable weather and giving growers control over temperature, humidity and light. The second facility will use smart glasshouse technology to create conditions suited to roses, with the aim of producing consistent, premium-quality flowers year round.

Whether those efficiency gains translate into genuine environmental benefits remains an open question, and it is here that accountability matters most. Controlled-environment agriculture is not without its own sustainability costs. Artificial lighting, cooling and climate-control systems can demand considerable energy, particularly in hot climates. The reported water savings and shorter supply chains are promising on paper, but the overall environmental case will ultimately depend on how the farms are powered and operated. In other words, the burden of proof sits with the operator: the company’s claims of a 70 per cent shorter crop cycle and 40 per cent lower water use will need to hold up in practice, not only in promotional material.

Meanwhile, the project is firmly rooted in the luxury market, but its implications could extend considerably further. If a model of desert-based, technology-driven flower production proves viable, it could offer a template for reducing the Gulf’s reliance on long, refrigerated import chains for perishable goods more broadly. That outcome, however, is not guaranteed by the launch itself. It depends on whether the facilities deliver the resource efficiencies they promise, and on the transparency with which their energy and water performance is reported over time.

For now, the venture stands as a test case. It pairs ambitious efficiency claims with a business model built on shortening supply chains, and its success or failure will offer a measurable answer to whether controlled-environment agriculture can deliver on its sustainability promises in one of the world’s most demanding climates.