Innovative approach to farming, the digital precision farming solution!

It’s time the farming operations call for digitalization and it sets the new innovative approach in agriculture. Core reason for this immediate need of expansion is the world’s population which is swelling and the food production essentially needs to increase tremendously. Further, the necessity to smart solutions are to overcome the challenges of agriculture like the soil quality, diminishing natural resources, water availability, restricted operations, the land and much more. These challenges are increasing beyond the conventional solutions and hence it calls for the technological support.


Improving agriculture with the digital services brings the crop solution for better yield and production thereby making it improved in lucrative. This is made possible by analysing the nature of crops, planting, weeding, pest control, managing nutrition, better visibility and yielding. This leads to the requirement of the supply chain management to optimize the distribution. Valuing each of the stages of farming and the most unpredictable natural calamities, proper planning and predictable solutions need to be incorporated. Unlike other industries this calls for less probability of decisions as at most times it is reliable on the natural endeavours.


bring amazing conveniences which apply to farming as similar to any other
industries. The involved to perform digital farming are:

  • Big Data
  • Internet of Things
  • Automation
  • Robotic performance
  • drones
  • sensors
  • data analysis
  • Mobile applications
  • Cloud Solutions
  • Security and Reliability

A comprehensive solution is possible for the farm management which can be integrated as a smart application operated across various devices including smart phones. The various equipment and tools used for farming can be controlled with the centralization and remotely. This also gives the possibility to attend to farming 24/7 which is beyond the human capabilities.


The experts integrated the different stages from crop germination to the harvest of the yield. Numerous challenges have to be encountered to bring the best and abundant yield. This required the analysis of the data regarding the soil quality, crops, weather, the fertilizers, and the right process with the right intervals. It is also necessary to take care that the abundance of crop per acre needs to be concentrated to effectively manage the operational cost based on the demography, seeds, fertilizers, water, the time and the unpredictable issues. This revenue based analysis can be obtained through the digitalization which aids the farmers to work on fields with the help of analysis, equipment, predictions and forecast. This digital agriculture provides support for the decisions based on the telemetry of various sources. Once the recommendations are leveraged and accepted by the farmers the farmers work management system comes to action.


scientific understanding of the agriculture helps the farmers to grow better
and abundant crops. With the forecasts and recommendations the mechanism works
automatically giving the farmers the real peace of mind. The automated system
known to be Farmers Work Management System provides the following.

  • The crops and season recommendation
  • Soil samples and the lab testing
  • The required nutrients and the pesticides
  • The water frequency and auto operational mode
  • Identifying the crop stages
  • Handling the weeds and pests
  • Enrichments with fertilizers
  • Yield management
  • And much more

has proven to reduce the crop failures, water wastage, reduce CO2 emissions and
the time and efforts of the farmers.


future lies here and agriculture industry does sped fast in this technological
world. The technology empowers to the betterment and the optimized utilization
of the natural resources and handling the weeds and pests without reducing the
nutrients in the soil. This is certainly the best solution for the future of
the agriculture. This can be achieved with the use of IIoT enabled devices
while the computer vision and AI are used for the overall supervision and the
identification of the farming processes like the PH level, soil hydration, the
nutrients level and much more. Wireless and remote control devices are used for
various agriculture activities like sowing, watering, yielding and much more.

modernized solutions are used for the elevation of the efficiency levels and to
produce better yield. More so, the functions and the operations can be carried
round the clock which is best possible by the mechanism and not by humans.
Ultimately, it is known to be the digital precision farming solution. The
equipment used is much integrated with the platform for its remote operations.
Such mobility and the bandwidth make it best for the farmers at all levels and
different demographics.

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