Inovasi Mutakhir Bertani Ala Teknologi AI [Selamat Pagi Indonesia]

METRO TV

15 Sept 202407:11

Summary

TLDRThe video highlights the innovation of Anto Harmoko, a 41-year-old farmer and police officer from Bantul, Yogyakarta, who has integrated artificial intelligence (AI) to automate irrigation on his chili farm. Using Google Assistant and IoT technology, he controls the water flow through voice commands, enhancing efficiency and reducing labor costs. This breakthrough has inspired other farmers, particularly the younger generation, to adopt modern technologies in agriculture. Despite challenges like technological limitations and security concerns, AI's potential to improve resource efficiency and increase productivity in farming is recognized.

Takeaways

🌾 A farmer and police officer in Parang Tritis, Yogyakarta, named Anto Harmoko, developed an innovative AI-based irrigation system for his chili crops.
🤖 The system uses Android devices and Google Assistant to remotely control the irrigation through voice commands.
💧 Anto's technology allows for efficient watering of crops, optimizing water use and reducing human labor.
🚜 The AI system works via electronic devices connected to a pipe network, automating the irrigation process and saving time and effort.
💡 This method improves irrigation efficiency, conserves water, and maintains soil health by ensuring even water distribution.
📱 The hardware used includes modern CCTV, smart plugs, and software like Smart Life, Google Assistant, and Google Home for full control.
🔍 Anto can also monitor his farmland's security via CCTV, which he manages remotely.
👨‍🌾 The innovation was driven by Anto's need to balance his duties as a police officer and managing his farmland.
💰 The AI irrigation system is much cheaper to operate compared to traditional gasoline-powered pumps, reducing costs significantly.
🌱 Other farmers in the area see the potential of this technology to attract younger generations to agriculture and increase efficiency.

Q & A

Who is Anto Harmoko, and what innovation has he introduced?
-Anto Harmoko is a 41-year-old farmer from Kretek, Bantul, Yogyakarta, who also serves as a police officer. He introduced an innovation by using artificial intelligence (AI) to automate the irrigation system for his chili plants.
How does Anto Harmoko use AI in his farming activities?
-Anto uses AI to control his farm’s irrigation system through Android devices and Google Assistant. With voice commands, he can remotely control the irrigation system, which is connected to water pipes on his farm.
What benefits does the AI-based irrigation system provide?
-The AI-based irrigation system saves labor and water resources, ensuring efficient watering of the plants. It also allows for better control of the soil structure, reducing issues like fungal growth that can occur with traditional watering methods.
What tools and software does Anto use to run his AI-based system?
-Anto uses modern hardware, such as smart CCTV and Smart Plug, alongside software like Smart Life, Google Assistant, and Google Home to manage the irrigation system on his farm.
How does Anto monitor the security of his farmland?
-Anto monitors the security of his farm through CCTV cameras installed on the farmland, allowing him to check the condition of the area remotely.
What inspired Anto to adopt AI technology in his farming practices?
-Anto was inspired by a video about using Google Assistant in everyday life, which led him to think about how this technology could be adapted to his farming needs.
What cost benefits has Anto observed from using AI technology in farming?
-By using AI and electrical automation, Anto has reduced his farming costs significantly, with expenses being 1/10 to 1/8 of the cost compared to using gasoline-powered methods.
What challenges do farmers face when adopting AI in agriculture?
-Farmers may face challenges such as limited access to advanced technology, concerns about data privacy and security, and the need for training to understand and implement AI systems.
How does the use of AI in farming benefit young farmers?
-The use of AI in farming can attract younger generations to agriculture by making it more efficient, modern, and appealing, as seen in the positive response from local farmers in Parangtritis.
What are the environmental benefits of using AI in agriculture?
-AI can lead to more efficient use of water and nutrients, reducing waste and promoting sustainable farming practices by ensuring that resources are used precisely and only when needed.

Outlines

00:00

👨‍🌾 AI-Powered Farming by a Police Officer in Yogyakarta

This paragraph introduces Anto Harmoko, a farmer and police officer from Parangtritis, Yogyakarta, who has created an innovative farming system using artificial intelligence (AI). By integrating AI technology through Android devices and Google Assistant, Anto can remotely irrigate his chili crops using voice commands. This efficient system, connected to a network of water pipes, helps him save time and energy. The technology ensures optimal water usage, reducing waste and making the irrigation process more effective, while allowing Anto to balance his duties as a police officer and a farmer.

05:03

🚀 Efficiency in Irrigation with AI Technology

Anto's AI-powered system has revolutionized his farming practices. By using Google Assistant, he can control the water flow to his crops from a distance. This method saves him from the manual labor previously required, such as using gasoline-powered systems, and reduces water waste. The AI system ensures even irrigation, improves soil structure, and prevents issues like fungal growth. Additionally, Anto monitors his farm's security through CCTV cameras, ensuring continuous oversight. His efforts to blend modern technology with traditional farming methods have significantly reduced his farming costs while increasing efficiency.

🌾 Reducing Costs and Expanding Technology in Farming

Anto has been applying modern technology to farming since electricity was introduced to his fields in 2002. He works with a farmer group called Ngudi Makmur and has introduced IoT technology, specifically using Google Assistant, to automate irrigation. This approach has reduced his operational costs significantly, with technology expenses being a fraction of the cost compared to traditional gasoline-powered systems. Anto's innovation has garnered interest from other farmers, and his system could serve as a model for younger generations to modernize agriculture, reducing labor and enhancing farm productivity.

💡 AI's Impact on the Farming Sector

AI technology is transforming the way farmers work by offering significant benefits like resource efficiency, higher yields, and accurate predictions for farming conditions. However, challenges remain, including limited technology access, privacy and security concerns, and the need for farmers to develop new skills to use these tools effectively. The government of Yogyakarta is supporting the adoption of AI in agriculture, recognizing its potential to lower costs, improve water distribution, and enhance nutrient absorption for crops. The focus is on using AI sustainably and responsibly to maximize positive environmental impacts.

Mindmap

Keywords

💡Artificial Intelligence (AI)

Artificial Intelligence refers to the simulation of human intelligence in machines that are programmed to think like humans and mimic their actions. In the context of the video, AI is utilized to develop innovative farming technology, showcasing how it can be integrated into traditional practices to enhance efficiency. The script mentions 'memanfaatkan kecanggihan artificial intelligence atau juga AI' which translates to 'utilizing the sophistication of artificial intelligence or AI', indicating its application in farming.

💡Innovation

Innovation refers to a new idea, device, or method. The video discusses 'inovasi' which is Indonesian for 'innovation', highlighting the farmer's creation of a new technology that garners attention, indicating a breakthrough in the agricultural sector. The script specifically mentions 'inovasi yang menarik perhatian orang', meaning 'innovation that captures people's attention'.

💡Farming

Farming is the practice of cultivating plants and livestock. The video's central theme revolves around farming, as it features a farmer who is also a police officer, showcasing the intersection of technology and agriculture. The script uses terms like 'di bidang pertanian' which translates to 'in the field of agriculture', emphasizing the application of technology in this domain.

💡Technology

Technology encompasses the tools, systems, and methods used to solve problems or perform tasks more efficiently. The video script mentions 'teknologi artificial intelligence', indicating the use of AI as a technological tool to improve farming practices. It is depicted as a means to modernize and streamline agricultural processes.

💡Irrigation

Irrigation is the artificial application of water to land or soil. The video discusses how the farmer uses AI technology for 'penyiraman', which translates to 'irrigation'. This is a key aspect of the innovation, as it allows for remote and efficient watering of crops, as mentioned in 'melakukan penyiraman lahan pertaniannya secara jarak jauh' which translates to 'performing remote irrigation of his fields'.

💡Android

Android refers to the operating system used by the majority of the world's smartphones. In the script, 'perangkat berbahasa Android' is mentioned, indicating the use of Android devices in the farmer's irrigation system, showcasing how commonplace technology can be repurposed for innovative agricultural solutions.

💡Google Assistant

Google Assistant is a virtual assistant developed by Google. The video script mentions 'memanfaatkan Google assist an', meaning 'using Google Assistant', to control irrigation and security systems on the farm, demonstrating the integration of AI with everyday digital tools to enhance farming operations.

💡Efficiency

Efficiency refers to the ability to do or produce something without wasting materials, time, or energy. The video emphasizes the efficiency gains from using AI in farming, as indicated by 'efektivitas untuk penyiraman jelas, merata' which translates to 'clear and uniform irrigation efficiency'. It suggests a more precise use of resources, reducing waste.

💡Smart Plug

A smart plug is a device that allows traditional appliances to be controlled remotely, often via a smartphone app. The script refers to 'Smart plug' as part of the hardware used in the farmer's innovative system, indicating the use of IoT (Internet of Things) devices to enable remote management of farm operations.

💡CCTV

CCTV stands for Closed Circuit Television, a system used for surveillance. The video mentions 'mengontrol keamanan lahan pertaniannya setiap saat karena, seluruh area terpantau melalui CCTV', which translates to 'control the security of his field at any time because the entire area is monitored through CCTV'. This illustrates the use of technology for not only operational efficiency but also security.

💡Sustainability

Sustainability refers to the ability to maintain a process or state in a long-term manner without causing harm. The video touches on the importance of implementing AI in a sustainable and responsible way, as indicated by 'memastikan bahwa implementasi AI dilakukan dengan cara berkelanjutan', which translates to 'ensuring that the implementation of AI is done sustainably'. This keyword highlights the broader implications of technology use in agriculture.

Highlights

Introduction of a farmer who is also a police officer from Parangtritis, Yogyakarta, using artificial intelligence (AI) for farming innovation.

The farmer, Anto Harmoko, a 41-year-old policeman, successfully developed AI technology for irrigating his chili plants.

Anto uses Android-based devices and Google Assistant to remotely control the irrigation of his farm with voice commands.

The AI system allows Anto to manage the irrigation efficiently, saving both manpower and water resources.

Previously, irrigation was done manually using gasoline-powered equipment, but Anto transitioned to electricity and now to AI technology for more efficient irrigation.

Anto's system can be programmed to water the crops at different times of the day, ensuring optimal watering and preventing issues like fungal growth.

The hardware components used by Anto include modern CCTV and smart plugs, while the software is integrated through Smart Life, Google Assistant, and Google Home.

In addition to irrigation, Anto can monitor his farmland through CCTV cameras connected to his system.

This innovation was driven by Anto's busy schedule as a police officer, requiring a solution to manage his farm more effectively.

The system significantly reduces operational costs, with expenses being about 1/10th to 1/8th of what they were when using gasoline.

Anto was inspired to use this technology after watching a video about how Google Assistant could be applied in daily life.

With a total cost of around 3 million rupiah, Anto hopes his system will inspire younger generations to take interest in farming using modern technology.

Local farmers in Parangtritis express support for Anto's innovation, believing it will encourage more young people to engage in agriculture.

The adoption of AI in farming is seen as a key breakthrough for improving resource efficiency and increasing crop production.

Challenges in adopting AI technology include limited technological infrastructure, data privacy concerns, and the need for farmers to learn new skills.

AI has the potential to positively impact the environment, but its implementation must be sustainable and responsible.