When and where?
The hackathon will be organized in three phases
The goal is to develop ideas for smart solutions for the Yerevan Botanical Garden, which will help make the processes of managing, caring for and serving the visitors more efficient with the use of modern technologies.
After the start of the hackathon, the process of receiving funding applications for the implementation of ideas will be organized.Download agenda
If you think you know effective options for transforming a botanic garden, if you know how to use IT to have a smarter botanic garden, or if you know what data can be used to manage a botanic garden more effectively, sign up for Smart Botanic hackathon.
Anyone with experience in developing automated solutions or IoT devices can participate in the hackathon, either individually or as a team.
To participate, you need to fill out an application here. In the co-authorship section of the application, please specify the team with which you are collaborating. Teams can be formed either prior to or at the commencement of the hackathon, and the maximum team size is limited to 5 members.
Applicants from other countries can also participate in the hackathon online. The hackathon will be broadcast online with English translation for participants from abroad.
The deadline for registration is until November 5, inclusive.
The hackathon will be organized in three phases
The history, problems and improvement plan of the botanical garden will be presented to the participants. A tour will be organized, the participants will get to know the existing problems on the spot and will have a clearer idea about the application of their ideas. The participants will also have short meetings with the judging team, they will get answers to their questions.
During which participants will develop working prototypes of their ideas.
All participants will be provided with the space with all necessary conditions for creative activity. It is necessary to bring your computers and the necessary nodes for building prototypes with you.
10 minutes will be given for the presentation of each prototype. The problem, the solution and the expected result should be presented.
The jury members will assess the participants' solutions, and the award ceremony will follow.
In recent years, the Yerevan Botanical Garden has changed its approach. In addition to being a unique scientific center, it strives to become a center for the application of eco-education and clean technologies, as well as an accessible and comfortable recreation area for the citizens of Yerevan. A number of projects aimed at the improvement of the botanical garden are being implemented. The largest is the project for the creation of the "Garden of Life", within the framework of which improvement of an area of about 35 hectares is planned.
Implement 24/7 surveillance across the 80-hectare park, with a specific emphasis on early fire detection
Utilize state-of-the-art technological solutions to guarantee the irrigation of the entire botanical garden area
Implement cutting-edge automated solutions to ensure efficient garden care with minimal manual labor
Integrate energy-efficient and automated systems into the collection greenhouse and greenhouse management
Modern technological solutions are already widely used in various botanical gardens, improving plant care, conservation and safety measures, and feedback to visitors. Here are some specific IoT solutions that can be implemented to achieve these improvements:
To monitor the microclimate in the garden with temperature and humidity sensors
Air quality sensors detect air pollutants that can affect plant health. Timely notifications can help mitigate potential problems
The soil moisture level is monitored using soil moisture sensors. Automatic irrigation systems can adjust irrigation schedules based on real-time data, preventing overwatering and overspending
A soil nutrient sensor cell measures soil nutrient levels to ensure plants are getting the nutrients they need
Thanks to the image recognition capabilities of plant health cameras, plant health monitoring is carried out
Thanks to intelligent irrigation systems that adjust irrigation schedules based on real-time data from soil sensors and weather forecasts, ensures optimal soil moisture levels
Controlled environments. Greenhouse conditions including temperature, humidity and light are managed using IoT solutions. Automated systems can create an ideal environment for sensitive or rare plant species
A mobile application that provides visitors with interactive maps, guided tours and detailed information about plant species. The app may also offer notifications about current events or tours
Security cameras and sensors ensure the safety of the botanical garden and its valuable plants by monitoring unauthorized access, vandalism or theft
With a centralized management panel, garden maintenance and decision-making staff can monitor sensor data, receive alerts and analyze historical data to make effective decisions about plant care and garden management
Thanks to the analysis of the collected data, the health of plants, water use and other important parameters are predicted
By using energy efficient lighting, HVAC systems and renewable energy sources it is possible to significantly reduce energy consumption and operating costs