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en_US English bn_BD বাংলা
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$290,000,000,000

According to FAO, every year the world loses about 30-40% of all crops to pests and diseases. The total amount is valued at almost 300 billion US Dollars.

Global Impact

At Dr. Chashi, we are committed to making a meaningful and positive impact on global Sustainable Development Goals (SDGs) in the field of agriculture. Our initiatives align with key SDGs to create a more sustainable and equitable future for farming communities worldwide.

Dr. Chashi covers 4 key SDG goals.

Dr. Chashi aims to end poverty and hunger by lowering costs and increasing crop yields. While getting farmers familiar with good and health farming practices that lead to healthier farmers and healthier produce. As well as preparing farmers for the climate challenges heading their way.

SDG 1

No Poverty

SDG 2

Zero Hunger

SDG 3

Good Health & Well Being

SDG 13

Climate Action

NPT 1

Reduce the proportion of population living below extreme poverty line below 3% (SDG Indicator 1.2.1)

NPT 2

Reduce the proportion of population living below national poverty line below 10% (SDG Indicator 1.2.1)

NPT 4

NPT 4 Ensure the proportion of cultivable land at a minimum of 55% of the total land area

NPT 16

NPT 16 Increase the female labor force participation rate to 50%

NPT 28

NPT 28 Reduce the ratio of income of top 10% population and bottom 10% population to 20

NPT 39

NPT 39 Increase the proportion of individuals using the Internet to 100% (SDG Indicator 17.8.1)

National Priority Targets for SDG

Dr. Chashi aligns itself in advancing the sustainable development goals (SDGs) in Bangladesh, aligning with six National Priority Targets set by the government. Specifically, Dr. Chashi’s initiatives contribute significantly to the eradication of hunger and poverty, aligning with SDG 1 and SDG 2. By leveraging innovative technologies, such as AI-driven pest and disease detection, Dr. Chashi empowers farmers to enhance crop yields and ensure food security, directly addressing SDG 2 – Zero Hunger.

Furthermore, Dr. Chashi’s emphasis on better farming practices aligns with additional SDGs, particularly SDG 13 (Climate Action). The application of precision agriculture and reduced pesticide use not only promotes sustainable farming but also mitigates environmental impact. Dr. Chashi’s commitment to these practices contributes to the broader national agenda of achieving environmentally responsible and climate-resilient agricultural systems.

In summary, Dr. Chashi’s alignment with the National Priority Targets reflects a comprehensive commitment to improving farming practices, eliminating hunger and poverty, and contributing to the larger framework of sustainable development in Bangladesh.

Smart Agriculture for Smart Bangladesh

Solution

Precise water management in agricultural production can produce higher yields. Therefore, the farmers require advanced technology to manage their crops with appropriate levels of water irrigation. IoT-based smart meter/switch for irrigation pumps is a potential solution for farmers to reduce their operational costs and increase crop production.
The smart irrigation pump monitors the sensor data to control the water pump automatically. The sensors measure the environmental factors(i.e. temperature, humidity, and soil moisture)to estimate the time for water irrigation. Machine learning algorithm plays an important role as well to support the decision of automatic control of IoT-based irrigation systems, managing water absorption effectively.

Impact

The implementation of the IoT-based smart meter/switch for the irrigation pump will enable a farmer to adopt precise farming and reduce the overall operational cost and produce more crops. In addition, the use of this given solution will ensure that irrigation efficiency to raise to 50 percent from 38 percent by 2030. Benefits for farmers from IoT-based smart meter/switch for irrigation pumps

  •  The farmers will be able to save 50% of water usage with the smart irrigation pump.
  •  The farmers will be able to save a significant amount of money on water and electricity bills
  •  The farmers will be able to increase crop production with the proper water management through a smart irrigation pump
Solution

Precise water management in agricultural production can produce higher yields. Therefore, the farmers require advanced technology to manage their crops with appropriate levels of water irrigation. IoT-based smart meter/switch for irrigation pumps is a potential solution for farmers to reduce their operational costs and increase crop production.
The smart irrigation pump monitors the sensor data to control the water pump automatically. The sensors measure the environmental factors(i.e. temperature, humidity, and soil moisture)to estimate the time for water irrigation. Machine learning algorithm plays an important role as well to support the decision of automatic control of IoT-based irrigation systems, managing water absorption effectively.

Impact

The implementation of the IoT-based smart meter/switch for the irrigation pump will enable a farmer to adopt precise farming and reduce the overall operational cost and produce more crops. In addition, the use of this given solution will ensure that irrigation efficiency to raise to 50 percent from 38 percent by 2030. Benefits for farmers from IoT-based smart meter/switch for irrigation pumps

  •  The farmers will be able to save 50% of water usage with the smart irrigation pump.
  •  The farmers will be able to save a significant amount of money on water and electricity bills

  •  The farmers will be able to increase crop production with the proper water management through a smart irrigation pump
Solution

Precise water management in agricultural production can produce higher yields. Therefore, the farmers require advanced technology to manage their crops with appropriate levels of water irrigation. IoT-based smart meter/switch for irrigation pumps is a potential solution for farmers to reduce their operational costs and increase crop production.
The smart irrigation pump monitors the sensor data to control the water pump automatically. The sensors measure the environmental factors(i.e. temperature, humidity, and soil moisture)to estimate the time for water irrigation. Machine learning algorithm plays an important role as well to support the decision of automatic control of IoT-based irrigation systems, managing water absorption effectively.

Impact

The implementation of the IoT-based smart meter/switch for the irrigation pump will enable a farmer to adopt precise farming and reduce the overall operational cost and produce more crops. In addition, the use of this given solution will ensure that irrigation efficiency to raise to 50 percent from 38 percent by 2030. Benefits for farmers from IoT-based smart meter/switch for irrigation pumps

  •  The farmers will be able to save 50% of water usage with the smart irrigation pump.
  •  The farmers will be able to save a significant amount of money on water and electricity bills

  •  The farmers will be able to increase crop production with the proper water management through a smart irrigation pump
Solution

Precise water management in agricultural production can produce higher yields. Therefore, the farmers require advanced technology to manage their crops with appropriate levels of water irrigation. IoT-based smart meter/switch for irrigation pumps is a potential solution for farmers to reduce their operational costs and increase crop production.
The smart irrigation pump monitors the sensor data to control the water pump automatically. The sensors measure the environmental factors(i.e. temperature, humidity, and soil moisture)to estimate the time for water irrigation. Machine learning algorithm plays an important role as well to support the decision of automatic control of IoT-based irrigation systems, managing water absorption effectively.

Impact

The implementation of the IoT-based smart meter/switch for the irrigation pump will enable a farmer to adopt precise farming and reduce the overall operational cost and produce more crops. In addition, the use of this given solution will ensure that irrigation efficiency to raise to 50 percent from 38 percent by 2030. Benefits for farmers from IoT-based smart meter/switch for irrigation pumps

  •  The farmers will be able to save 50% of water usage with the smart irrigation pump.
  •  The farmers will be able to save a significant amount of money on water and electricity bills

  •  The farmers will be able to increase crop production with the proper water management through a smart irrigation pump
Solution

Precise water management in agricultural production can produce higher yields. Therefore, the farmers require advanced technology to manage their crops with appropriate levels of water irrigation. IoT-based smart meter/switch for irrigation pumps is a potential solution for farmers to reduce their operational costs and increase crop production.
The smart irrigation pump monitors the sensor data to control the water pump automatically. The sensors measure the environmental factors(i.e. temperature, humidity, and soil moisture)to estimate the time for water irrigation. Machine learning algorithm plays an important role as well to support the decision of automatic control of IoT-based irrigation systems, managing water absorption effectively.

Impact

The implementation of the IoT-based smart meter/switch for the irrigation pump will enable a farmer to adopt precise farming and reduce the overall operational cost and produce more crops. In addition, the use of this given solution will ensure that irrigation efficiency to raise to 50 percent from 38 percent by 2030. Benefits for farmers from IoT-based smart meter/switch for irrigation pumps

  •  The farmers will be able to save 50% of water usage with the smart irrigation pump.
  •  The farmers will be able to save a significant amount of money on water and electricity bills

  •  The farmers will be able to increase crop production with the proper water management through a smart irrigation pump
Solution

Precise water management in agricultural production can produce higher yields. Therefore, the farmers require advanced technology to manage their crops with appropriate levels of water irrigation. IoT-based smart meter/switch for irrigation pumps is a potential solution for farmers to reduce their operational costs and increase crop production.
The smart irrigation pump monitors the sensor data to control the water pump automatically. The sensors measure the environmental factors(i.e. temperature, humidity, and soil moisture)to estimate the time for water irrigation. Machine learning algorithm plays an important role as well to support the decision of automatic control of IoT-based irrigation systems, managing water absorption effectively.

Impact

The implementation of the IoT-based smart meter/switch for the irrigation pump will enable a farmer to adopt precise farming and reduce the overall operational cost and produce more crops. In addition, the use of this given solution will ensure that irrigation efficiency to raise to 50 percent from 38 percent by 2030. Benefits for farmers from IoT-based smart meter/switch for irrigation pumps

  •  The farmers will be able to save 50% of water usage with the smart irrigation pump.
  •  The farmers will be able to save a significant amount of money on water and electricity bills

  •  The farmers will be able to increase crop production with the proper water management through a smart irrigation pump
Solution

Precise water management in agricultural production can produce higher yields. Therefore, the farmers require advanced technology to manage their crops with appropriate levels of water irrigation. IoT-based smart meter/switch for irrigation pumps is a potential solution for farmers to reduce their operational costs and increase crop production.
The smart irrigation pump monitors the sensor data to control the water pump automatically. The sensors measure the environmental factors(i.e. temperature, humidity, and soil moisture)to estimate the time for water irrigation. Machine learning algorithm plays an important role as well to support the decision of automatic control of IoT-based irrigation systems, managing water absorption effectively.

Impact

The implementation of the IoT-based smart meter/switch for the irrigation pump will enable a farmer to adopt precise farming and reduce the overall operational cost and produce more crops. In addition, the use of this given solution will ensure that irrigation efficiency to raise to 50 percent from 38 percent by 2030. Benefits for farmers from IoT-based smart meter/switch for irrigation pumps

  •  The farmers will be able to save 50% of water usage with the smart irrigation pump.
  •  The farmers will be able to save a significant amount of money on water and electricity bills

  •  The farmers will be able to increase crop production with the proper water management through a smart irrigation pump
Solution

Precise water management in agricultural production can produce higher yields. Therefore, the farmers require advanced technology to manage their crops with appropriate levels of water irrigation. IoT-based smart meter/switch for irrigation pumps is a potential solution for farmers to reduce their operational costs and increase crop production.
The smart irrigation pump monitors the sensor data to control the water pump automatically. The sensors measure the environmental factors(i.e. temperature, humidity, and soil moisture)to estimate the time for water irrigation. Machine learning algorithm plays an important role as well to support the decision of automatic control of IoT-based irrigation systems, managing water absorption effectively.

Impact

The implementation of the IoT-based smart meter/switch for the irrigation pump will enable a farmer to adopt precise farming and reduce the overall operational cost and produce more crops. In addition, the use of this given solution will ensure that irrigation efficiency to raise to 50 percent from 38 percent by 2030. Benefits for farmers from IoT-based smart meter/switch for irrigation pumps

  •  The farmers will be able to save 50% of water usage with the smart irrigation pump.
  •  The farmers will be able to save a significant amount of money on water and electricity bills

  •  The farmers will be able to increase crop production with the proper water management through a smart irrigation pump
Solution

Precise water management in agricultural production can produce higher yields. Therefore, the farmers require advanced technology to manage their crops with appropriate levels of water irrigation. IoT-based smart meter/switch for irrigation pumps is a potential solution for farmers to reduce their operational costs and increase crop production.
The smart irrigation pump monitors the sensor data to control the water pump automatically. The sensors measure the environmental factors(i.e. temperature, humidity, and soil moisture)to estimate the time for water irrigation. Machine learning algorithm plays an important role as well to support the decision of automatic control of IoT-based irrigation systems, managing water absorption effectively.

Impact

The implementation of the IoT-based smart meter/switch for the irrigation pump will enable a farmer to adopt precise farming and reduce the overall operational cost and produce more crops. In addition, the use of this given solution will ensure that irrigation efficiency to raise to 50 percent from 38 percent by 2030. Benefits for farmers from IoT-based smart meter/switch for irrigation pumps

  •  The farmers will be able to save 50% of water usage with the smart irrigation pump.
  •  The farmers will be able to save a significant amount of money on water and electricity bills

  •  The farmers will be able to increase crop production with the proper water management through a smart irrigation pump
Solution

Precise water management in agricultural production can produce higher yields. Therefore, the farmers require advanced technology to manage their crops with appropriate levels of water irrigation. IoT-based smart meter/switch for irrigation pumps is a potential solution for farmers to reduce their operational costs and increase crop production.
The smart irrigation pump monitors the sensor data to control the water pump automatically. The sensors measure the environmental factors(i.e. temperature, humidity, and soil moisture)to estimate the time for water irrigation. Machine learning algorithm plays an important role as well to support the decision of automatic control of IoT-based irrigation systems, managing water absorption effectively.

Impact

The implementation of the IoT-based smart meter/switch for the irrigation pump will enable a farmer to adopt precise farming and reduce the overall operational cost and produce more crops. In addition, the use of this given solution will ensure that irrigation efficiency to raise to 50 percent from 38 percent by 2030. Benefits for farmers from IoT-based smart meter/switch for irrigation pumps

  •  The farmers will be able to save 50% of water usage with the smart irrigation pump.
  •  The farmers will be able to save a significant amount of money on water and electricity bills

  •  The farmers will be able to increase crop production with the proper water management through a smart irrigation pump