La The technological revolution has fully arrived in European gardens. And we're no longer just talking about replacing the hose with an irrigation timer. Today, sensors, artificial intelligence, robots, drones, and connected systems are transforming the way we care for everything from small urban patios to large historic gardens scattered across the continent.
This new wave of smart solutions not only seeks convenience; it also responds to very serious challenges such as drought, climate change and the need to reduce water consumption and energyFrom European surveys on gardening habits to pioneering smart irrigation projects, state-of-the-art vertical gardens and indoor gardens controlled from your mobile phone, the landscape in Europe is as diverse as it is exciting.
European trends: a more connected, easy and sustainable garden
The European survey “Gardens of Europe 2025”, prepared by Stiga and YouGov, clearly reflects that The future of garden care lies in smart technologyParticipants from different countries show a growing interest in connected tools that make tasks simpler, more sustainable, and less physically tiring.
The study confirms that, although there are notable differences between countries and garden sizes, The passion for gardening remains strong throughout EuropeHowever, for 77% of those surveyed, gardening is physically demanding, a figure that jumps to 91% in Germany, opening the door to automated solutions that alleviate the effort.
Among the most desired technologies, the following clearly stand out: smart irrigation systems, who top the ranking with 33% preference. They are followed by autonomous robotic lawnmowers (23%) and plant identification apps (20%), tools that help both to maintain the perfect lawn and to better understand the biodiversity of each garden.
Italy, Spain, and Poland stand out as particularly active countries in adopting these solutions, highly valuing their support for sustainability and ease of useEven if the climate or the size of the plots changes, the idea is the same: that technology does the hard work and allows enjoy more of the green space.
The survey also analyzes the average size of gardens: 22% of people have less than 125 m² of outdoor space (with higher figures in the UK, 31%, and Italy, 26%), while only 9% have gardens of more than 500 m²Even with these differences, the technological demand follows a similar line: small gardens look for very simple and efficient equipment, and large ones need connected, autonomous and easy-to-customize solutions.
All of this reflects a significant change in how we understand the exterior of our homes: the garden has become a A direct extension of the home, a space for well-being and connection with natureStiga and other companies in the sector emphasize that technology is a means, not an end; the important thing is that smart tools reduce effort, improve sustainability, and make gardening more rewarding for any enthusiast.
As Stiga's innovation department explains, the approach involves integrate innovation into the daily routinecreating products that respond to real needs: less physical effort, less environmental impact and the possibility of enjoying enriching green spaces, whether tiny patios or large estates.
Artificial intelligence for irrigation and management of green areas
With the problem of drought becoming increasingly prevalent, especially in southern Europe, Artificial intelligence has become a great ally for irrigation and water managementSpecialized companies are betting on solutions where sensors, algorithms and cloud platforms optimize every drop used in public and private gardens.
A clear example is the collaboration between the Agrojardín Group and the technology company Fliwerwhich is bringing AI to gardens and green spaces on the Costa del Sol. This alliance, driven by the Activa StartUps initiative of the Ministry of Industry, Trade and Tourism, allows a company with decades of experience in gardening to join forces with a technology startup to deploy intelligent garden management systems.
The idea is that Agrojardín, with its more than 40 years of experience designing and maintaining gardens in the area, will become benchmark in intelligent management of green spacesAccording to its CEO, investing in innovation is key if we want greener and healthier cities, capable of adapting irrigation and maintenance to changing environmental conditions.
From Fliwer, its management emphasizes that its advanced technology allows a Smarter and deeply environmentally friendly garden careThe goal is to transform parks, private gardens, and urban green spaces into real-world examples of sustainability and efficiency, relying on continuous data and automated decision-making.
Smart Urban Gardening: sensors, IoT and plant “twins”
Within this innovative wave, the concept of Smart Urban Gardening developed by Fliwer, a system applicable to any green area that combines technologies such as IoT, artificial intelligence, web and app platforms, and even “Plant Twins” or digital plant twins.
The heart of the system lies in a network of sensors that They monitor key parameters for plant life in real timeAmbient temperature, soil moisture, air humidity, amount of light, and substrate electrical conductivity, among other factors, are all sent to the cloud, where artificial intelligence analyzes whether the conditions are suitable.
Based on the readings, the platform decides if it is necessary adjust irrigation, modify fertilization, or trigger alarms to the garden managers. This achieves extreme optimization of both the time spent on maintenance and the water and nutrient resources, ensuring that each plant receives exactly what it needs.
When it comes to large areas, Fliwer applies the concept of Internet of Plants (IoP), a network of sensors distributed throughout the garden This system allows for the detection of subtle changes between different areas. If it detects that certain species are not adapting well to a particular environment, it sends alerts so that specialists can intervene in time.
The key is to combine the Practical knowledge of gardening companies with the analytical capabilities of artificial intelligenceIn this way, a highly personalized maintenancewhere each area of the garden receives specific treatment based on its physiological and environmental needs.
Furthermore, the implementation of AI systems in green areas helps not only to save water and fertilizer, but also to improve the overall health of plants and conserve biodiversityWith accurate information about soil, humidity, sun exposure or stress risk, preventative decisions can be made and gardens can be made more resilient to climate change.
Another benefit lies in the reduction of carbon footprint linked to gardening workBy optimizing the use of machinery and reducing unnecessary travel or interventions, CO₂ emissions are cut without sacrificing professional landscape care.
Homes and businesses with gardens that "think for themselves"
Intelligent automation is not limited to large parks or urban projects; it is also making its way into private gardens, residential communities and corporate headquarters across EuropeThe idea is that the garden itself "thinks" and adapts to the lifestyle of its users.
Platforms like Blue Gardens connect homeowners with Specialized companies that plan, install and maintain smart technology in gardensThis includes controlling irrigation, lighting, maintenance equipment, and all types of sensors from an app, a smart home system, or voice assistants.
The proposal consists of offering modular, energy-efficient and future-proof solutions that can expand gradually according to needsThus, someone can start by automating only the irrigation and later integrate the control of lights, robotic lawnmowers, or home weather stations.
Whether it's a small private garden, a large residential complex, or a business premises, these tools offer more control, less effort, and a more rational use of natural resourcesIn other words: the garden adapts to people's lifestyles, not the other way around.
This approach makes it easier for users without extensive gardening knowledge to enjoy a well-maintained green space, with automatic alerts, weather-based irrigation adjustments, and scheduled routines that prevent oversights, especially during holiday periods or in very changeable climates.
Environmental intelligence and biophilic design in European cities
Many European cities are undergoing a profound change: Nature ceases to be a mere ornament and becomes a strategic tool To combat urban problems such as pollution, urban heat islands, and the stress of daily life, the concept of ambient intelligence becomes crucial.
Ambient intelligence is an approach that It combines technology, data analytics, and nature-based solutions to make real-time decisions that improve the quality of urban life. This ranges from systems that monitor air quality to sensors that measure the thermal performance of green facades, the biodiversity of green roofs, or the health of entire urban ecosystems.
Companies like Alijardín have been promoting these types of projects for years, betting on Vertical gardens, green roofs and regenerative landscaping For public administrations, hotels, construction companies, or architectural firms. These green elements not only beautify; they are living systems that filter pollutants, reduce temperature, retain CO₂, and contribute to well-being.
A striking example is a large vertical garden at the Vitoria-Gasteiz Conference Centre, which It recreates native ecosystems with tens of thousands of plants and an intelligent hydroponic system.Thanks to this combination of vegetation and technology, it is possible, among other things, to significantly improve the building's energy efficiency.
For professionals such as architects, interior designers, corporate space managers, or hotel managers, incorporating “smart nature” into their projects means Improved thermal and acoustic comfort, higher perceived value, and better environmental certifications (LEED, BREEAM, etc.), in addition to strong differentiation from the competition.
The union between ambient intelligence and biophilic design also has a very powerful human well-being component. Studies such as the “Human Spaces” report show that Environments with natural elements increase creativity, productivity, and reduce stressThis makes these projects investments with a clear return for offices, clinics, hotels and other high-performance spaces.
In practice, specialized companies are developing Smart vertical gardens with remote irrigation management, humidity sensors and selection of native speciesFunctional green roofs with rainwater retention systems and thermal insulation; and landscape designs adapted to the local climate, conceived from efficiency and aesthetics.
All of this is combined with meticulous manufacturing processes and customized solutions, geared towards Unique projects that integrate technology, sustainability and craftsmanshipIn this sense, Europe is positioning itself at the forefront of integrating nature and technology applied to urban planning and architecture.
Vertical gardens and green roofs with proprietary technology
Another key element in this transformation is the companies specializing in vertical gardening and technologically advanced green roofs, who work both nationally and internationally to integrate vegetation into facades, interior courtyards and rooftops.
These companies develop their own systems with modular structures, lightweight substrates and automated irrigation circuits which allow thousands of plants to be maintained on vertical surfaces and roofs, minimizing water consumption and reducing maintenance work.
The approach is usually very flexible: a different solution is designed for each space, evaluating the solar orientation, local climate, accessibility, permissible weight, and aesthetic or functional objectives from the client's perspective. Thus, a green wall in a city hotel is not conceived in the same way as a green roof in an industrial building or a single-family home.
In addition to the plant-based component, technology is incorporated for monitor the operation of the facilities: humidity sensors, remote reading of irrigation status, alarms for possible leaks or blockages and, in advanced projects, integration with the building's own home automation systems.
The combination of design, sustainability, and proprietary technology makes these vertical gardens and green roofs a A comprehensive solution that provides insulation, acoustic improvement, energy savings, and a powerful visual impact.Increasingly, European cities are including this type of infrastructure in regulations and urban plans to promote the renaturalization of facades and roofs.
Drones to preserve historic European gardens
Technology is not only revolutionizing new or urban gardens; it is also protecting the heritage of Europe's great historic gardensA good example is the European project Drone4HER (Drone for Historic European Gardens), which focuses on training professionals in the use of drones for the conservation of these spaces.
Drone4HER seeks to update the skills of gardeners working in historic gardens, equipping them with digital skills and knowledge about the conservation of natural and cultural heritageThe project offers digital training materials and online courses specifically for this particular sector.
The initiative takes advantage of the fact that many historic gardens are facing complex problems: aging structures, deterioration of vegetation, invasive species, impacts of climate change, and lack of economic resourcesDrones are presented as an effective tool for monitoring, documenting, and managing these spaces more accurately.
Equipped with special sensors and cameras, drones can monitor the health of the plants, detect pests or nutrient deficienciesto identify water stress, and to produce high-resolution maps and models of the entire garden. This facilitates both the planning of restorations and the decision-making process regarding which areas require priority intervention.
In addition, drones allow for the inspection of delicate architectural elements and generate virtual tours of the gardensopening up new possibilities for dissemination and cultural tourism, even for people who cannot physically travel to the place.
Drone4HER, co-financed by the European Union through the Erasmus+ program, brings together partners from different countries, including networks of historic gardens that manage or represent Dozens of gardens spread across 10 European countriesThis network promotes the exchange of good practices and helps to disseminate the results of training projects.
One of Drone4HER's key contributions is the "Drone4HER Mapping Analysis Report," which studies how data obtained with drones can improve... resource management and decision making in different contexts, from agriculture to environmental conservation in historic gardens.
The project also includes a distance learning course on the use of drones in historic gardens, which covers everything from technical fundamentals and legal requirements to specific applications in maintenance, management and communicationThe goal is for gardening staff to safely and efficiently integrate these digital tools into their daily work.
To complete the training, a “Drone4HER Manual for the Use of Drones in Historic Gardens” has been developed, which serves as a practical guide for planning flights, interpreting data, and applying the findings to conservation effortsThis opens up new job opportunities related to both heritage and the environment.
A particularly illustrative case study is that of the Garzoni Baroque Garden in Collodi, Italy, managed by Sviluppo Turístico Collodi. There, project participants applied the knowledge acquired online in real-world situations. conducting flights, gathering information and presenting conservation projects based on drone technology. The result is a real transition from digital learning to concrete actions on the ground.
Smart indoor gardens: from CES to European homes
Innovation isn't just external; there's more and more of it. Smart indoor gardens that allow you to grow plants, herbs and vegetables inside your home with the help of LED lighting, sensors, and mobile apps. Many of these solutions are showcased at major technology fairs such as the Consumer Electronics Show (CES).
In one of these editions, companies like LG presented new models of indoor gardens integrated into everyday furnitureFor example, floor lamps or side tables conceal advanced growing systems. These devices feature adjustable LED lights, generous water reservoirs, and the capacity to cultivate several dozen plants simultaneously.
The user manages much of the process from their mobile phone, thanks to smart home applications that allow control the lighting, monitor the irrigation, and track the development of each plantThe idea is that even those without a terrace or balcony can enjoy a small vegetable garden or ornamental garden inside their living room.
LG has developed several models with this approach to automation and functional design, aimed at both beginners and advanced users, and which They are integrated into the decor of urban homes with limited space.The first model was launched in 2020 and since then the brand envisions a future in which these gardens will be a regular part of modern homes.
It's not just the big multinationals that are in this race. At CES itself, projects like the Plantaform Smart Indoor Garden, based on “fogponics” technology originally developed by NASA, where water is dispersed in the form of a mist to supply nutrients to the roots, or Gardyn’s smart hydroponic systems, capable of growing up to 30 plants without soil and with comprehensive control of light and irrigation through artificial intelligence.
Solutions such as the following also stand out: Aiper smart sprinklers, capable of creating irrigation maps and adjusting schedules according to the weather for garden maintenance, showing that the boundary between indoors and outdoors is becoming increasingly blurred when we talk about technology applied to plants.
Smart irrigation and water efficiency in European gardens
Alongside these advances, everything related to the Smart irrigation and optimized water useThis applies to both private gardens and public areas and parks. Water scarcity in many regions necessitates precise watering.
Companies like My2Drops focus precisely on this issue, offering technological support services to optimize irrigation in parks and gardensTheir approach is based on agronomic principles combined with digital tools, arguing that irrigation should be measured in cubic meters (as water is billed) and not in minutes.
By digitizing the gardens, these projects accurately locate the optimal placement of irrigation nozzles and correct imbalances in water distributionThis prevents waterlogged or poorly watered areas, saving resources and improving the health of the lawn and plants.
Although many of these solutions work today primarily with agricultural companies and institutions that manage common spacesVersions geared towards the home user are already being developed, with the idea that anyone can benefit from the same water optimization technology in their own garden.
The global context, especially in cities with serious water problems such as some European capitals, favors the adoption of smart irrigation systems that adjust consumption to the actual needs of the plantsWithout waste. Soil moisture sensors, automated drip irrigation, integration with weather forecasts, and remote control via app are now common features of this ecosystem.
Thanks to these technologies, it is estimated that it is possible reduce water consumption by up to 50% In gardens, these systems reduce watering costs and improve plant health by preventing both over- and under-watering. The ease of use of many of these systems, with their intuitive interfaces, makes them easy to adopt even for users with little experience.
When these solutions are combined with other sustainable gardening practices—such as choosing native plants or plants adapted to the local climate By using inert materials such as gravel, stones or pebbles to reduce evaporation, you can achieve an aesthetically pleasing garden that is drought-resistant and much more efficient in its use of resources.
Garden technology in Europe is advancing rapidly and covers The full range of needs: from small terraces and indoor gardens to large urban green spaces and historic gardensSensors, AI, drones, smart irrigation, vertical gardens and connected systems converge to offer more sustainable, easy-to-care-for spaces designed for enjoyment, marking a new stage in the relationship between people, their gardens and nature in cities.
