OPPORTUNITIES AND DIFFICULTIES OF INCORPORATING ICT IN
DEVELOPING NATIONS' AGRICULTURAL DEVELOPMENT
1.0 Introduction
The Internet and communications technology have been the key to the change of many
segments in the global market place, including the agriculture business sector. ICT indeed in
agriculture, especially in the developing countries, has been perceived as a way of enhancing
trade, food availability, and production. That is why agriculture, as the key source of livelihood
for most people in the developing world, when supported through technology, can be used as a
tool for eradicating poverty, hunger, and unemployment across many developing economies.
However, hold with these promises, implementing ICT in agriculture in developing countries has
several challenges. Starting from the lack of infrastructure, down to ill literacy, also pose great
challenges for the integration of technology. The potential, equally exciting, is aplenty, for as any
scholar who has been studying information and communication technology (ICT) would know,
ICT offers multiple possibilities to enhance agriculture proceedings, market access, and
smallholder farmers self-organizing capacities. The study that is provided discusses the
opportunities and limitations of information and communication technology (ICT) in the
agriculture development of the developing countries. The study will present an outline of the
results envisaged to demonstrate the existence of upgrades and/or risks associated with the ICT
Modification Strategies that has been proposed, while, at the same time, giving direction on the
future effective utilization of ICT in agriculture.
ICT in agriculture has so much to offer in so many dimensions and the opportunity for
enhanced information sharing is one of the best effects of the technology. The benefits of
employing the use of mobile applications and SMS services vary, but some of the available
include: there are a few that provide some sort of realism, like the weather condition and
business prices of various products in the market, and information relating to pest control to
enable farmers to make the right decisions for planting season, harvesting, and even marketing of
products. The provision of such information shall be helpful in avoiding such unnecessary losses
and overall yields shall be enhanced. Among the detailed activities where ICT is advantageous is
the fine tuning of practices that include water, fertilizers, and chemicals. Newer satellite images
together with GPS devices can be of great aid to farmers in frequent checking of crops and soil
status as well as water requirements. Not only is it increasing production but it is also ensuring
that farmers adopt eco-friendly methods of farming. The research revealed that ICT has the
possibility to improve financial access for smallholder farmers. Mobile banking and digital
payment system solutions can avail credit, insurance, and all other financial facilities to the
farmers, which were unattainable to them in all fields. The sort of financial enabler pointed out
above can do quite some distance in improving investment in inputs and technologies, thereby
improving the productivity of agriculture. ICT can enhance the agricultural value system by
eliminating intermediaries between farmers and markets since this will increase the farmer’s
returns to the final product value. Digital intermediaries, such as e-commerce and digital
marketplaces, increase the availability of smallholder farmers, who will be in a position to avail
domestic as well as international markets easier.
Various barriers which hold back ICT for agriculture within the poor nations are Many
Nationwide and regional barriers hinder the application of ICT for agriculture within the
impoverished nations Particularly in the Third World Countries There are many constraints that
limit ICT for agriculture in the impoverished nations. The first is inadequate infrastructure,
which is a big hindrance to the developments being made. Most of the developing countries have
remote rural areas where they hardly or rarely get quality electricity or even internet connections,
which are very key when implementing ICT tools. The cost of the input, such as the smartphones
and lenses for the computers, is also very expensive for the smallholder farmers. The general
challenges are that most farmers have little or no ICT knowledge and skills, such that even where
the tools are available, they cannot be properly utilized. This is made worse by language issues, a
situation where the majority of ICT solutions are not locally available in languages. The next
issue will be the emergence of localized applications and content solutions: There are so many
resources available on agriculture from around the world but a greater portion of these resources
may not be of relevance to developing nations. Developing and collecting content that will be
specific to the local people’s needs demands time and resources and is a collective effort from
technologists, agronomists, and the local people. Different concerns arise on data privacy and
safety in platform business, particularly because farmers with their agriculture-related businesses
are adopting the digital platform, and this implies that farmers’ data is safe from exploitation by
large companies or any other entity, making them have confidence in the ICT solutions.
Agricultural ICT projects are mostly pilot projects, most of the time financed by donors and
rarely develop into more sustainable self-funding projects. It has remained a challenge in many
developing countries to establish workable and sustainable patterns capable of supporting
Information and Communication Technology in agriculture.
1.1. Background and Rationale
It is estimated that over 80% of agricultural businesses within developing nations are
labor force dependent and that 70 to 80% of farmers in developing countries’ farms practice
subsistence farming. More often than not, these farmers are disadvantaged for a number of
reasons, including challenges in the process of gathering information, volatile weather
conditions, and restricted stock availability. Of these issues, some can be solved through
information and communication (ICT), which may avail correct and updated information,
effective management of resources that are available, as well as efficient decision-making.
Unfortunately, the pace at which these places have integrated information and communication
technology in agriculture has been slow. The fact that farmers are illiterate in technical skills,
expensive technologies, and poor infrastructure development are some of the reasons that have
precipitated this sorry situation. The truth is, informatization and industrialization of agricultural
products preservation under ICT and the role of ICT in altering the old agricultural model and
increasing the production levels are the facts that back the subject of this article. It also
conceptualizes the proactive potentials and challenges of ICT in enhancing the inherent
efficiency of the agriculture sector in developing countries, based on which this study seeks to
add its voice in the continuing debate.
In the light of impact, engagement, communication, and given relationships within the
Information and Communication Technology (ICT) agriculture, the current research
demonstrated that there are several enhancements possible for the augmentation of the sector in
the economically developing countries. The first and main benefit is the possible optimization of
the informational efficiency in transactions. Mobile phone users and Facebook and Twitter
twitting farmers can obtain current information on the weather, market price, and other relevant
agronomic information in the field. They noted that this early knowledge helps farmers avoid
planting in the wrong season, sell their produce when prices are high or reduce those occasional
times when producers end up selling their goods at very low prices due to the wrong timing of
stocks. ICT may very well push the pace and the level of implementation of PA technologies. By
using technology on an interface and using sensing devices, GIS and Iota farmers can receive
information on crops, soil, and water. This particular paradigm improves the probabilities of any
decision by not only decreasing the cost consequences of time, finance, and other productive
resources, but also the environmental and natural resource consequences or yield. ICT may
therefore enhance the development of the agricultural value supply chain. Some conventional
information technology interfaces may even allow consumers to deal directly with farmers,
thereby removing a middleman and increasing the worth of farmers’ products. Consumer
platforms and e-commerce can potentially create value by speeding up access by the smallholder
farmers to the national and export markets. Information and communication technology may also
support financial inclusion for the unreached rural consumers. With mobile money, there are
indications that farmers would be in a position to access loans, insurance, and similar products
they could hardly get. Financial enfranchisement may have a central position in acquiring the
different inputs and technology for agriculture and every production and beneficial regional
development for the advancement of the economic regions.
However, these are some of the promising opportunities in the ICT-led implementation of
agriculture in developing nations; several challenges are there. One of the major difficulties is
the insufficient development of the necessary facilities in rural regions: a significant part of rural
populations in many countries remains without stable power supply and access to the internet.
Another problem that besets the bulk of smallholder farmers is that the cost of hardware could be
expensive. Also, many times there is a huge digital divide, especially among rural people, which
is further enhanced by the language barrier as the majority of the ICT solutions available are not
in the local languages. Closing this gap entails conducting heavy investment in education and
training for the target population in these rural regions. Another challenge is that of creating
locally appropriate content and applications, since information from the agricultural world of the
developed countries may not be transferable to the setting of the developing nations, which can
only be achieved through the effort of technology experts, agriculturists and farmers, and local
people. There are issues of data privacy and security that crop up when farmers depend on these
online platforms, hence the need to protect users’ data and avoid exploitation. It means that what
one wants to do, one has to look for methods, strategies, or ways that will take into account the
factor that there is the challenge of scalability and sustainability. In many ICT agriculture
projects, the advent of the project is normally on a pilot basis, and the project does not easily
transition to sustainability. Despite the best efforts, there is still a lot of struggle when it comes to
satisfactory Business Models for sustainable provision and growth of ICT services in the
agriculture sector. These problems can be solved actively only with the support of the
government, NGOs, companies and local communities to recreate the necessary conditions for
effective usage of ICT in agriculture.
2.0 The Role of ICT in Agricultural Development
To surmount all these challenges that come with agriculture and for it to grow,
information and communication technology is vital. For this reason, a good chance to change the
manner in which it is done, leverage this opportunity, and make it possible to exercise the
process sustainably is availed by the fact that agriculture is the sector that is going to be most
affected by technology, given that technology is swiftly penetrating into the various sectors of
the economy. Furthermore, regarding the use of information and communication technology
(ICT), the farmer is able to spend time making appropriate decisions since ICT supplies him with
all he needs in the form of updated information, such as pricing data, climatic information, and
updated practices in farming and business. It is crucial to turn people’s attention to the fact that
the dissemination of such knowledge and practices could be supported by technology, enhancing
farmer’s productivity while at the same time reducing the cost of inputs. Information and
communications technology is therefore a rational approach to dealing with the above nations to
close the gap between traditional farming and agriculture 4.0 since their markets are inefficient.
2.1. Definition and Scope of ICT
A broad category of tools, equipment, systems, infrastructure and technology that enable
the easier collection, processing, storage and dissemination of information are referred as
Information and Communication Technology Information and Communication Technology is
defined as all the equipment’s and technology that is used in preparation storage and in the
collection, processing and dissemination of information. As defined within the case of
agriculture, ICT refers to the computers, smart phones, satellites, sensors, clouds that assist
farmers to run their businesses. ICT for agriculture involves also the use of computers and the
internet to get to markets, databanks of ideas, information, and best practice that farmers require
to put into practice precision farming as well as other resources. With the use of these
technologies farmers will be in a better position to get hold of some very vital information that
will assist them to make the right decisions, build on their infrastructure, and increase
production. Today, many farmers in developed countries have been using mobile phones and
internet services; therefore, mobile technology has changed the game and they can seize the new
technology even they are very far away. The ICT refers to a nameless phenomenon that includes
not only software but also data services that could be reconfigured to meet the needs of farmers
in the developing nations.
Other than assisting in the proposal of relevant information, ICT has a very important
role in linking producers to markets. Digital technologies can assist markets as they deliver the
value proposition that farmers be able to access buyer and suppliers within other regions,
whereby they do not afford to pay the intermediaries high prices for their products. ICT can also
extend support to the formation of electronic cooperatives where a group of farmers may pool
together largesse of produce and also exchange information with regard to the marketing of their
produce. Knowledge and experience can also be shared on social media and through messaging
apps, which also enhances the general preparedness of farmers in the management of risks and
opportunities pertaining within the sector that governs their line of business. Now there are
special e-commerce programs for agriculture that help farmers sell their products directly to their
own country and, possibly, to other countries. These platforms usually have some derivable
mechanisms like quality control, payment security, and logistics that can greatly minimize the
challenges and threats associated with accessing large markets by small farmers. Blockchain as a
technology is being used to bring efficiency to the agricultural supply chain to increase
consumers trust and farmers bargaining power.
ICT utilization in agricultural marketing is not unique but it is wide spread in different
areas of farming and production. The incorporation of information and communication
technology in the area of precision agriculture assists farming in the developing countries to be
new again. Iridium multispectral camera-equipped drones enable farmers to make stills and
videos of fields that highlight stress and disease, which are invisible to the human eye. These
early warnings can go a long way in reducing losses on crops and, in the same regard, bring
order to the use of such impacts as fertilizers and chemicals. Similar to plants, the IoT networks
that are connected to the soil sensors will provide information on moisture, temperature, and
nutrients, enabling farmers to stop the random usage of water and fertilizers. But it is equally
important that ICT is also being used in climate-smart agriculture in order to assist farmers in
climate-proofing their farming businesses. On the prevailing or future adverse weather
conditions, which affect the planting calendar, crop protection, or the time to harvest, the farmers
can access information through smart-phone applications and over internet portals. These
Climate modeling, weather data systems, and historical climate data will also help farmers in the
right selection of crops and the right method of farming suitable for a particular type of climate
existent in a particular region. RFID recruits and GPS collars on animals mean that movements
and sickness of animals can be easily tracked to enhance relocation and disease treatment,
respectively. Some are capable of communities getting knowledge about feeding and breeding of
animals, their illnesses and medications, etc.; in other words, it increases the productivity and
quality of farmers. Additional and more complex telematics services are also being deployed to
ensure that farmers who cannot easily access a veterinary doctor receive a diagnosis and
treatment of diseases in animals.
2.2 The Impact of ICT on Agricultural Productivity
Farming has had its impact occasioned by information and communications technology
(ICT) in a number of respects. First and foremost, through the use of ICT, farmers are able to get
the right and timely knowledge of climate forecasts, pest and disease frequencies, and market
prices to enable them to make sound decisions on planting, harvesting, or selling of produce.
From those pieces of information, farmers are well placed to interfere with losses, increase
yields, and increase revenues. Those applications that deliver information for the weather
changes and other calamitous weather will help the farmers protect the crops and livestock they
bred. Button boards that convey information for the markets will help the farmers bargain on the
price of their produce. Using literature, it emerged that ICT enables the proper use of water and
the input of fertilizer and pesticides in procedures of precision agriculture. The other developed
technological fields enable the farmers to assess crop status or the state of the soil using satellites
and drones, thus making it possible to control the application of inputs needed in crop
production. The second promising area in AI usage is embedding machine learning into
agriculture applications, as in healthcare, it enhances the predictive capacities to work through
the probability of failure in pest & disease control or in the probability of crop prices dropping
down.
Second, ICT uplift precision farming which is the process of employing of sensors, GPS,
and drones in establishing the growth of crops and the amount of input such as water, fertilizers
and pesticides needed for growth and it is because these technologies help farmers to reduce
losses of resource and cost of production and also boost productivity within these practices. For
example, a specific soil sensor is capable of providing raw data regarding the level of water in
the soil and the nutrients available in it for the purposes of regulating the amount of water and
nutrients required to be added. Cameras that gather multispectral data in drones can identify even
where crop health is not just barely affected, so plan early. ICT for farming also stated that it
would introduce better farming practices that can be observed by the farming sector of its impact
on pollution and also introduce better practices to be applied in farming that would reduce the
carbon footprint of farming. Smart farming systems also include those that help farmers track the
amount of resources used in production, the emissions produced by the usage of such inputs and
a means of improving sustainability based on collected data. For instance, the main use of GPS
and soil information in applying fertilizers in a proper way can reduce considerably the quantity
of water that infiltrates through the ground, in addition to the emissions of greenhouse gases.
Since ICT includes the enhancement of delivery of related services, the use of integrated pest
management strategies is supported. An example of a push benefit is that through the mobile
apps, the farmers are capable of diagnosing the extent of pests and diseases more effectively and
getting advice on what to do to avoid having to use the pesticides.
Third, ICT facilitates the efficient supply chain communication so that the chain is
productive from the side of the customers, suppliers and farmers. Some of the expenses which
are incurred when marketing and distributing agricultural products may often time be expensive
and time-consuming. Interfaces that will connect the farmers with buyers will, however,
probably reduce the costs. Even if this is the case, it can contribute to the rise of transparency as
well as the odds that have formerly been associated with volatility of price. It is good to
understand that ICT helps farmers to increase the value of productivity and income through the
efficient conveying of information and the performance of operations. This is more so for the
smallholder farmers, the majority of whom cannot afford to purchase the new technologies and
implements required in farming. From the point of view of the measurable, ICT can contribute to
increasing the selectivity of the delivery of banking services. Mobile banking provides credit,
savings, and insurance through mobile; for instance, SEFA’s services make farmer lives better
by enabling them to open radios to invest in their farms and obtain insurance to mitigate risks.
The worst of them is seen in that it is titled as the problem of financial exclusion that, when
regulating, results in many difficulties that underpin the need to increase the yield in the sphere
of agricultural production and with which ICT is efficient.
3. Opportunities for ICT in Agricultural Development
As has been observed, there are several and various prospects for the use of ICT in
agricultural growth. From increasing market access to optimizing supply chain management, the
developments in the area of ICT may well change the fortunately agriculture in developing
countries. When these countries are aspiring to transform their agricultural sector and enhance
productivity then going for digital technologies offer a perfect chance. There is a number of
problems that farmers in developing countries experience, such as the informational one and the
lacking effective supply chains and appropriate market connections, and all of them can be
solved using ICT. Farmers also gain enhanced decision making capabilities, higher production,
access to new markets through the use of digital technologies hence a chance to earn higher
income and enhanced livelihoods.
3.1. Market Access and Information Sharing
Another of the potential areas, where ICT can enable positive change within agricultural
development is in market access for producers. The markets are however in many developing
nations paper thin with poor infrastructure and access to transport facilities, high transportation
costs accompanied by lack of adequate information on the prices and demand of the produce.
ICT can assist in overcoming these challenges since it offers farmers needed technologies to
access markets where they are offered fair prices for their produce without intermediary
representation. Farmers use mobile phones and internet to obtain real time information on market
prices, demand trends and preferences of buyers that enable them make right decisions of when
and where to sell their produce.
ICT also increases the quantities and quality of information and knowledge exchanged
with farmers in a market intermediary sense. By staying connected with other people, using
social networks, Web 2.0 applications and messengers, farmers can communicate with other
people, share information with them, and get information on what agricultural activity should be
performed. The provision of such information in a way that boosts the farming potential goes a
long way towards helping farmers understand how to manage some of the breakages for instance
pests and diseases or even climate change. ICT is also considered relevant to the advancement
of the agricultural sector and therefore has a huge role to play in the accomplishment of the
formulation of a culture of knowledge sharing as well as cooperation. Subsequent probing into
some of these digital knowledge sharing platforms has the following worthwhile implications.
First, they ensure that procedural knowledge is an enabler for smallholder farmers who otherwise
could not get some information that is common to big farming firms. Secondly, they enable the
quick dissemination of regional best practice approaches to mitigating effects of climate change
because climate change and approaches to dealing with it may vary from one region to another.
That is why farmers who use the exchange of knowledge through digital platforms are more
likely to adhere to the best practices and bring more. There are several issues regarding its
quality and credibility, which concerns the quality of the contents that will be delivered. The two
are trying to provide a hint of how some of these platforms have to be managed by moderating
and checking fake news. An empirical study on an online knowledge-sharing learning program
pointed out that the implementation of online or networking learning processes closely followed
by face-to-face interactions to conclude an integration of both onsite and offsite programs may
be most effective in bringing about change in the farming practices.
3.2. Enhancing Supply Chains through Digital Technologies
The above scenarios indicate the rationale for an increased understanding of how
individual forms of digital technology enable the agriculture supply chain. It is clear that some of
the challenges that logistics in many developing countries experience include supply chain
disintermediation, supply chain integration issues, high supply chain transaction costs, time delay
issues, and supply chain working capital management challenges. These inefficiencies make the
system as unreliable as it falsely allocates a great deal of potentially astrolabe business. It is also
good to know that it appears information and communication technologies (ICTs) have the
potential to change this area. ICTs in agriculture also bring down the costs as well as time for
conveyancing information among farmers, suppliers and buyers. For instance, the online market
places for farmers to source capital or buyers are found in this organization while removing the
hos and performing other functions like advertisement of goods. This is time-saving and
beneficial as it also cuts down the cost of advertising and because of this, such types of platforms
can help to respond to such threats as the change in prices in the given market, as the former can
update the data and analytics. ICT therefore can be rightly being thought of as a game changer
On balance therefore, it might be somewhere between fair and logical to look to sustenance of
more resource means in the integration of agricultural supply chains, hence the required regions.
It is therefore a current response to problems that have been a feature on the world stage for
some time now.
For instance, the farmers would benefit from online markets, which have no middlemen
and are in a position to easily grab a larger chunk from farmers’ revenues. From the use of these
platforms, farmers are privileged to directly sell their produce to buyers nearer to them, which as
well simplifies the issue of negotiating better prices for their produce as well as simplifies
matters regarding the approximation of marketing and distribution costs on their own. It is
important to understand that ICT assists farmers in informing supply chain, transportation,
storage facilities, and distribution channels so as to get the right solution regarding their produce.
It has the possibility to facilitate the improvement of the performance of the supply chain
through the use of monitoring and tracking of agricultural products. Farm produce can be tracked
during transportation from the farm to the market, and the time and condition at which the
products reached the market can also be validated by both farmers and buyers with the help of
the available technologies, including sensors, GPS, and block chain integrated in the digital
platforms. This makes it possible to minimize the incidence of waste and spoilage, which remain
major concerns in most creative nations where there are poor transport systems to support the
handling of product soldiers and agronomics.
Besides improving supply chain linkages, ICT can support the provision of core banking
solutions that expense for farmers to upscale for higher production. Many loan applications
including mobile banking, digital wallets and various Fintech solutions provide credit facilities to
agricultural producers as loans, savings and insurance. This access is a unique selling proposition
as the farmers can optimally order different agricultural implement, quality seed, fertilizers and
irrigation system that can improve productivity of the farms and its profitability. These platforms
offer insurance products through which farmers can mitigate various difficulties that confront
them most often namely; risks occasioned by unfavorable weather, crop failure and price risks.
At times they may not be able to access or afford conventional banking facilities or they may be
young, conducting their farming operations in remote or difficult to reach areas. Stable
technological improvement, universal and constant connection increases the pace of obtaining an
online loan familiarizes peasants, and guarantees them financial stability. They go to extend and
strengthen what from time to time produce and revenue management while deeply reaching
immense producer markets, keep closely a huge constraint that ICT offers to farmers, the capital
barrier needed for increasing output in agriculture. Through these technologies it brings about
financial transformation leading to financial inclusion, poverty alleviation in several nations and
supports growth and enhancement of the farming sectors in the world.
4. Challenges and Difficulties of ICT Integration
It is well understood that Information Communications Technologies are big on the
changes of agriculture, and although use of this way of development has a lot of advantages,
there are many challenges for its usage. These challenges are not easy and at the same time can
be of structural, economic or even social nature. Farmers in many developing countries
encounter some major challenges such as; inadequate or no internet connection, inadequate or no
electricity, and the cost of procuring gadgets like the smartphone, tablet or computer. Without
these basic enshrined resources, the likelihood of people adopting these ICT tools gives the
picture a hint of a mirage. In addition, even where such technology exists, there is a problem
with a lack of technical know-how among the farmers as well as inadequate digital literacy.
Some of the barriers are lack of skills of performing operations in these applications, lack of
ability to use internet effectively, lack of capacity in understanding digital information that
hinders their effective use of ICT solutions. The other causes may include cultural barriers,
workers’ unwillingness to change practices in favor of innovative solutions to farming business.
These challenges imply that in order to realize the full potential ICT in enhancing agricultural
productivity, they must be met systematically in terms of infrastructure, cost effective technology
and orientation towards ICT literacy. To achieve these objectives this gaps must be closed in
order allow farmers in developing regions to take advantage of information communication
technologies in order to increase productivity, enhance their income and food security and
support agricultural development.
4.1. Infrastructure and Connectivity Issues
Probably one of the most exciting of all the issues of concern to the integration of ICT in
development of agriculture is that in many developing countries adequacy of infrastructure is
still a mirage. Most farmers reside and toil in rural places, and fundamental requirements much
less the internet, electricity, and transportation networks are hardwearing or nonexistent.
Importantly, it is good to note that this infrastructure deficit plays a great role in preventing
farmers from adopting and also accessing digital technologies. Some of the services include
weather information update, market price or digital markets which farmers are unable to access if
Internet connection is not steady. Additionally, even where mobile devices can still be used,
inadequate power sources limit the utilization of their charging capability or connectivity by the
farmers. This leads to digital exclusion which in one way or the other makes the rural farmers to
be left out of the benefits accruable from the ICT which include but are not limited to the
following; like financial services; supply chain; and knowledge in farming among others. They
also highlighted the fact that there are no developed transport networks to enable the delivery of
digital solutions to the rural areas. Unless these infrastructures deficits are addressed, ICT
remains a tool with high potential but low impact in changing agriculture; and many farmers
remain fossilized in traditional practices and therefore cannot fully benefit from the modern day
technologies that can enhance productivity and economically transform their lives.
Besides some of these constraints, including erratic and unavailability, internet
connectivity, and cost of digital devices and services are often expensive and unaffordable to
smallholder farmers in the developing world. Some of them are poor, for them to buy
smartphones, computers or anything related to computers it is very hard for them. In cases where
such devices are available on the market they are however costly and most farmers are unable to
afford them hence they end up using traditional methods with very little access to the modern
efficient methods of farming. However, the price of data services and Internet connection can be
very high, meaning that it is very rare for farmers to use ICT for their operations. For instance,
buying convenience of using mobile data to get weather information, prices for commodities at
the market, or financial services might be too expensive, unaffordable for farmers who barely
make any profit. It is this financial barrier reinforces others such as low literacy levels in the use
of technologies, and poor physical connectivity, to make the integration of ICT in agriculture
harder. Since devices and services cannot be accessed affordably, farmers cannot unlock most
potential benefits of using digital tools in increasing yield, reducing costs, and accessing more
markets. Overcoming these cost factors is important in order to enhance the usage of ICT by
smallholder farmers and agricultural growth.
Moreover, poor transport networks in the majority of developing rural regions present a
real impediment to the integration of ICT in agriculture. The roads in most of these regions are
poor, there are few transport networks, and the fees for transportation are high, which makes it
difficult for farmers to access the key markets or suppliers or other essential facilities. This
problem is felt strongly in the developing or the rural areas where the farmers spend a lot of time
and money simply to transport their produce or equally important farming inputs such as seeds
and fertilizers. Lack of transport erodes the potential of other technology enabled solutions for
instance, selling produce through an online platform or even an efficient just in-time supply
chain management. Even if farmer has been connected to some certain ICT platforms that offer
market information or allows for online marketing, then he lacks transport means, much of that
technology is of no significance. However, the limited connectivity means that more than the
uptake of digital tools is affected; the cost and risk involved in production and distribution of
agricultural produce are also heightened due to poor transport networks. Quality of roads
determines how much damage transportation infrastructure inflicts on vehicles hence increasing
cost of transportation hence making it less reliable, while traffic congestion borne out of poor
infrastructure leads to deterioration of food produce, especially perishable products. It means that
farmers are a risk more exposed, which decreases the chances of use of modern farming practices
as well as the adoption of innovations related to digitization. Meeting these infrastructure deficits
is important if the right environment for ICT to revolutionize agriculture is to be built.
The above mentioned infrastructural constraints are critical for harnessing the proper use
of ICT in the agricultural sector. The necessary and sufficient preconditions involve capital
expenditure in reasonable access to stable and speedy internet connection, power, and transport
to enable farmers to effectively upscale digital technologies. If such enhancements fail to occur,
even rich ICT solutions stay beyond the accessibility of many farmers most of whom stay in
rural centers with small Internet connectivity and no telecommunication structures. For instance,
farmers are able to access timely information including weather information; market
information; supply chain information among others through internet connection. Having a
steady electricity connection means farmers who own gadgets like internet enabled phones,
tablets or computers can recharge them to access this information. Better transport infrastructure
is equally important because farmers are in a position to transport their produce to the market
with an easier time, less costs, delayed and products that may get spoiled. This is through
supporting or underlining rural infrastructure investment through funding from governments and
development organizations. Including roads and railways; access to electricity; and connectivity
to the internet; they can assist farmers surmount probably one of the most colossal challenges to
harnessing ICT in agriculture. These endeavors enhance the availability of the enabler in general
agriculture which means advancing and improving productivity, market and finance. In the
future infrastructure improvement will continue to drive the Digital Advantage towards
encouraging sustainable advance in agricultural by providing the gains of ICT to everyone
involved in farming.
4.2 Barriers to Effective ICT Adoption in Agriculture
There are other factors which also lead to the problem of ICT use in agriculture; one of
the major points being that majority of the farmers do not have necessary ICT skills. Several
SHFs in the developing countries are not conversant with digital technologies hence it becomes a
challenge when they want to adopt new technologies. Lack of formal education or training in
using the common gadgets such as smart phones, computers, Office and other software
application are signs of lack of know-how or capability to use ICT. This digital illiteracy can be
especially a disadvantage, they will not be able to fully benefit from agriculturally related
applications, online selling platforms, and analysis tools, which may in turn help to make their
farming more efficient and lucrative. It also means that the dearth of the necessary digitization
proficiencies can create feelings of anger, resulting in paranoia amongst farmers not to try out
new technologies. That is why they stick to the previous solutions and do not apply for those
novelties which can bring about major leaps forward. There are conditions that must be fulfilled
to build educational campaigns and training sessions to eliminate this disadvantage. It only
means that when the farmers have been well equipped with the needed ICT for the enhancement
of agriculture, and the different stakeholders have adequately equipped the farmers for the usage
of the ICT, it will be easier for the involved farmers to create ICT awareness amongst the
targeted farmers. This approach will also create confidence amongst farmers and develop aspect
of innovation amongst agricultural sector hence creating high productivity and sustainable
development.
In addition, there are sociocultural barriers that can significantly impact the use of ICT in
agriculture, thus, present a system of barriers that rise beyond the absence of technology. Most of
the practices in the different countries are not just other ways of farming; but are customary
practices, and have been observed to be practiced by farmers for generations. This inherent
preference for routine methods creates opposition to adopting new technologies because such
technologies are may be viewed as being unfamiliar, untrustworthy and potentially disruptive to
stable traditions. Consumers may perceive that use of digital techniques is a threat to their
occupation which makes them to resist technological advancement that can make them more
productive. However, a further level of complexity to this picture is that women have been found
to have less access to technologies than men. For several developing countries, women farmers
are in a poor standing than their male counterparts given that many of them have limited contact
with apple devices and, indeed, over the internet. It is crucial to note that this technological
divide will further widen disparities relating to agricultural output, income and the overall
enhanced power. It is the women, who contribute to food production and may effectively be
locked out of the opportunities ICT affords, such as information on markets or credit facilities.
As a result, these cultural and social barriers cannot be overlooked if a struggle for the improved
and inclusive agriculture use by introducing digital technologies has to be waged.
High cost of technology is considered to be a significant hindrance to the adoption of ICT
in agriculture. While digitization can bring improvements in productivity and efficiency for the
farmers, the costs attached to buying technologies such as tablets, software, and other relevant
services are highly prohibitive especially to smallholder farmers who often use limited capital.
For such farmers, it may seem unthinkable to procure smartphones tabs or any application
exclusively designed for use in farming. Further, the costs do not start and end with the
acquisition; the recurring costs that come with using and enhancing the digital technologies are
incremental, exorbitant, and could prove a drain to the already scarce resources. Update
subscription and fees for monthly data services, need for software updates, as well as need to
repair or replace damaged equipment at times form a continuous flow of spending that most
farmers find difficult. Therefore, even if the farmers understand the advantages of ICT, they are
likely not to adopt technology because of the perceived costs associated with technology. Such
financial weakness not only threatens the agricultural morale of individual farmers but also
retards the morale of progression of the farming industry. Hence, any attempt at promoting ICT
use among smallholder farmers must include strategies that ensure the issue of affordability of
technology is tackled adequately.
The absence of customized software for smallholder farmers is identified as another
constraint that slows the use of ICT in agriculture. It is for this reason that many of the available
and emerging e-mediating platforms and services are being developed with the large-scale
industrialized commercial farms in mind rather than the smallholder independent farmers in the
developing world. Citrate producing farmers generally have the following characteristics, they’re
often low on resource endowment, and have low levels of technological adoption and poor
farming practices markedly different from large scale farming. Therefore, the use of blanket
solutions means that most of the technologies, applications and platforms are impractical or non-
existent for smallholders. For example, well-established platforms that depend on the large
amounts of stock that are supplied and sold in the market may not be sensitive to individual
farmers who grow limited produce in a region such as organic crops. For the initiatives to
enhance ICT to realize their full potential in supporting agriculture, there is need to come up with
packages that are central to the small holder farmers. This entails not only developing interfaces
that are friendly to the users and can effectively deal with cases where these farmers are not very
tech-savvy, but also decipher the culture and nature of the markets in the regions they function.
When we create tools that solve the problems farmers and other stakeholders face- like weather,
markets, and finance or lack thereof, the potential of digital technologies for agricultural output
can be realized and global food security guaranteed.
5. Case Studies of Successful ICT Initiatives
The difficulties in the integration of ICT in agriculture, which is the main focus on this
study is described; However, it would also essential to highlight on the measures that have been
taken to fully tap the opportunity of the world of information and communications technology
for the growth of the nation. These case studies elaborate further on the interventions of ICT on
increasing capacities of SHFs to produce more and to produce more productively, improved
marketing channels to enhance food security and, improved status of livelihood. For example,
several programs enhancing the use of mobile applications were launched and implemented
aimed at passing accurate information to farmers on weather and pests and diseases affecting
light production and how farmers should be farming rightly. This means that the policy and
structures that discourage the third party to access the farm products for repackaging, such as
online markets will enhance quality and the equity of the prices of the produce. Importantly,
from this analysis of the different corresponding practices, it suggests posing a hint about the
various possible factors, which restrain the ICT adoption on agriculture. The latter may include
other fields including; community’s involvement; capacity development activities aimed at
promoting understanding of the digital landscape; and focus on creation of knowledge that can
be helpful in the context of smallholders. Evaluating of these best practices, theory A also
focuses on context adjusting and on the direction to the other domains where such issues are
known, to the movement of the best solutions.
5.1. Mobile Applications for Smallholder Farmers
Technological advancement is considered a human essential resource through which
these farmers use the sector in the developing world. It seems that useful tools provide the farmer
with such a necessary provision as the weather of the following weeks, and the product prices at
the present, and other related markets and the detailed instructions on working on the fields.
From this information farmer will be in a position to make better decisions hence improving
productivity and yields. An example of this is the mAgri project which has witnessed the
development of several mobile applications, among it features real time information on several
issues of concern. With these apps, the farmers are notified on time in matters that help them in
planning and decision making such as weather changes, pest infestation, and changes in the
market forces. These digital solutions have produced more extended effects within the context
where backward information inputs such as agricultural extension agencies are either limited or
totally missing all together. Where such attributes are applicable, the prospect of acquiring
accurate and up to date information through the use of mobile applications is indeed what a
paraphrase of the above quote as a game changer. In addition to assisting the farmers to meet the
daily challenges of farming these application also meet the information needs and enhance the
capability of the agricultural systems. Thus, application of mobile technologies is identified as
one of the important directions of enhancing the survival of smallholder farmers and
advancement of agriculture in the third world nations.
In addition to merely giving people the information they need, thus, mobile applications
serve as an entry point to access basic financial services, including credit, savings, and insurance.
An example that I can give is the mobile money transfer by M-Pesa in Kenya where normalized
mobile banking has had a positive influence on the livelihoods of millions of smallholder farmers
who earlier had no access to good means of accessing other forms of financial services. When
they have access to credit from M-Pesa farmers are able to invest in their farming, buy inputs and
expand their business. In addition to enhancing productivity, the said financial support also
enhances the income of the farmers, the aspect of financial stability for the means of living.
Subsequently, a background information analysis of the above information indicates that the
mobile apps are in charge of negotiating the farmers with the buyers and suppliers to ease
marketing. Some categories such as depersonalized e- marketplaces that directly support existing
links between farming producers and end consumers have gained almost celebrity adoptions
particularly for the market linkages of small holder farmers. As such there is complete removal
of marketing and distribution costs from such platforms allowing farmers to get better price for
their produce. The kind of access provided does not only afford them a better pay to the kind of
job they perform but also help in promoting a good relationship between the farmers producing
the crops and the shareholders distributing the same. Hence, the application of mobile
technology in the improvement of farming improvements is continuing to gain in capital
resource aspect but at the same time developing the market connection in the value system of
agribusiness.
In addition, the following Mobile Solutions was developed with the aim of extending the
knowledge to farmers and champion food production. It comes under the development in what is
called precision agriculture technology which also includes satellite systems and drones and
sensors. Through the use of these technologies farmers can quickly look at the formation and
crop growth rates and contain first hand facts at the decision making center. It enables only the
required quantity of the particular resource; be it pesticide, fertilizers, or water to be tendered
without being wasted. More importantly, it plays an important function in the early identification
of wastage periods, as well as other inflated production costs due to sustainable farming. It is
evident from the data that the loose holding obtained from the drones with camera are way more
efficient than the one without it while flying over large areas. The sensors ‘update’ the farmers
on the moisture level of the soils to enable appropriate decision on irrigation and these
technologies assist the farmer in managing this sensitive undertaking in farming. If these
practices are enhanced and the production rates improved, then precision agriculture
technologies are capable of feeding the ever growing population of the world. As postulated by
these technologies, the farmers will be at a better place to improve productivity, not to mention
also transforming the way the businesses are run.
5.2. Innovative Digital Solutions for Empowering Farmers
Another great example is using block chain technology to the improvement of supply
chains in agriculture industry that is tangible and cannot be refuted. Through block chain
technology platforms, farmers are in a position to manage every process of their products as they
move from the farm to the market. This technology helps to make sure that goods reach the
consumer as soon as possible, and in the best possible condition, while the rate of wastage is
hugely lowered. This way the farmers realize a real time control and verification thus increasing
accountability to the products in the supply chain. Furthermore, block chain reduces information
asymmetries which adversely affects credibility between farmers, buyers and the consumers. If
the consumer has confidence in the sources and quality of the food they are consuming it helps
them to have faith in the purchase. Such disclosure also fosters better stakeholder relations and
genuine heath conscious and ethical farming methods. Therefore, farmers will strive to produce
high quality output since they are always rewarded in the market as they work towards
improvement. Thus, it emerges that the application of block chain technology is a revolutionary
model for restructured agricultural value chains for better farmer inclusion or for enhancing the
transparency and sustainability aspects for food chains, as the growing world demand trends
require. This is how with help of this new technological tool the sector of agriculture and food
production can improve its effectiveness, value and innovativeness so it can provide more
reliable and sustainable chain of food supply.
Digital interfaces that provide farmers with the online training and education have been
shown to greatly improve agricultural yields. One such good example is the Digital Green in
India that has initiated a video based training system through which the farmers can learn about
the latest technologies in farming and various methods prevalent in the field at their own
convenient. This platform outcompetes in coverage in those regions where the regular
agricultural extension services are limited or completely nonexistent. Digital Green brings no
geographical restriction and provides farmers with the required information to enhance their
yields and practice sustainable farming. However, education materials as well as digital financial
services have central roles to open up farmers and bring more production. M-Pesa and Zoona–
both as a mobile phone operating utilities in banking have made exploitation of such basic
operational needs as credit, save and insurance essential in enhancing scale up risks for
agriculture business. This eradicates these financial hurdles that can greatly contribute to a
farmer’s ability to place him/herself and the ability onto the platforms to grow the business and
thus have a steady and improved income. All these digital solutions do not only improve farming
but also help to build up sectors in agriculture to be much more productive and effective among
calamities to lead towards a productive Agriculture Industry.
6. Policy Recommendations and Best Practices
In order for ICT to achieve the potential that it has when it comes to influencing the state
of agricultural development positively, the governments and developmental organizations must
persist in their behaviors in a manner that ensures that they support call for stable good policies
and useful practice which will make the use of ICT as a tool in the agriculture scarce as much as
is possible. Absence of those four pillars may imply that the gains that ICT offers will not be
among the people that it could impact most. These strategies are therein aimed at the same
objective as with other strategies in all countries including the developing ones, to ensure that all
the numerous benefits associated with the digital technology is made available to these farmers
in a non-discriminatory manner. Another is where specific requirements can be a need for any
digital project may include internet and electricity. In addition to the development of
infrastructure, the promotion of digital competence seems essential, it is extremely important for
farmers to be prepared to adopt new directions and tools. Referring to the private public
partnership, it might also bring innovation sufficient to meet the smallholder farmers’ operational
needs and opportunities and threats they face. Moreover, the assurance of financial backing, and
probable subsides which may go in for such integration makes it much more viable. The
stakeholders can get these policies through these policies and practices and in turn improve the
farming environment and embracing the use of ICT for the benefit of farmers in the entire globe.
6.1. Government Support and Investment in ICT Infrastructure
A component that most authors haven’t left out when discussing the integration of ICT in
agriculture is the reliability of infrastructure which includes internet connection, electricity
supply and patterns of transportation. Governments really need to focus on investing in the
infrastructure which can help farmers to be ready to adopt the innovations happening in the
digital era. It is important that connection to broadband should be expanded in these areas
because this level the plain and gives farmers a chance to obtain information from the internet
that will help to advance production. As much as that is crucial, the enhancement of electricity
availability also plays a significant role, so farmers can use devices without encountering power
issues and various applications of technology embedded within. Of equal important is the
improvements in the transport systems, which has been made in this equation. Transport also
includes well-organized systems that ensure proper conveyance of agricultural products to
markets and in a way also improves the chain by linking agriculture producers to suppliers and
customers. This MS PowerPoint such investments in infrastructure forms core supports of
agricultural surge, providing farmers means to get optimal use of digital technologies. In our
case, therefore, developing an enabling environment that delivers reliable internet, consistent
power, and practical transport, governments can unlock thriving interest in agriculture. This in
result causes increased productivity, enhanced market absorption and improved income of
farmers thus transforming the face of Agriculture in rural areas.
Besides focusing on the area of the need to put financial resources into development of
the critical infrastructure in the countries of the South, especially in the context of the region
south of Sahara, which has the highest levels of hunger and malnutrition, the governments have
to come up with incentives that will encourage the use of ICT in agriculture. Subsequently, such
support can include specific subsidies for making digital devices more accessible for farmers
among other things. These subsidies reduce the financial limit in the exploitation of new
technology hence enabling farmers to enhance the usage of new technologies in the management
of their fields. Offering technology firms with tax credit in areas like agriculture power occasion
an inflow of solutions tailored for the smallholder farmers. This in turn brings about innovations
in the kind of tools and platforms that intends to solve all the problems coming with these
farmers for instance Crop Management and Market Infrastructure. The grants channeled towards
research and development in agricultural technology is another important strategy more so the
following. It is thus such grants may be used to finance initiatives, which don’t start by
addressing crude concepts in a bid to raise productivity for sustainability. Therefore, by way of
these above financial resource distributing measures, governments hold a central role in
moderating the cost impacts of functional new technologies. It not only helps farmers to be able
to spend on the kinds of digital technologies needed but also helps to cultivate right kinds of
technologies for these companies. All these various financial techniques build up towards the
realization of large structural improvements in two broad areas of efficiency in production of
food crops and the capacity of the farmers to effectively counter rising competition in the
markets.
Therefore, there is need for government to support the running of numeracy and literacy
programs so as to ensure that farmers are in a position to develop the skills required in use of
ICT. Such interventions could include developing and implementing elaborate training programs
that could target farmers but also the agricultural extension agents, and all key players in the
agricultural value chain. By organizing such training programmers, the governments directly
participate in the eradication of one of the major barriers to the application of digital
technologies in agriculture. Enhancing the farmers’ capacity to read how these systems operate
and manage certain technologies enhances the availably of market data and fosters decision
making prowess of the info that is availed. Consider a situation where farmers are able to
navigate the mobile applications in terms of weather changes, prices for crops and ways of
dealing with pest in crops. It is through such capabilities that customers make right decisions
which have a fast dose on yields and the income bottom line. This should be so because apart
from directly training farmers, programs should involve agricultural extension officers who play
the role of connecting farmers with the information they require. These officers can further
disseminate information and skills down the line affecting the farming community with a domino
effect. By encouraging environment that supports ICT knowledge, the governments will employ
knowledgeable people that would help in achieving the optimal performance of ICT in
agricultural sector, and hence the way forward to making Agriculture sustainable.
6.2 Strategies for Effective ICT Policy Implementation
As much as we have governments offering subsidies and trying to enhance facilities, it
becomes important for them to come up with ICT operational and strategic plans that would pave
way for introduction of technologies into the production aspect of the agricultural sector. The
regulation work is crucial as it has to provide the proper conditions for Nano biotechnologies
development that will be profit-making for the companies using it in their production, protect
farmers’ rights, and improve the competition level inside the technology field. Such polices must
not only be on paper, but they need to be a culture of advancement that allows new ideas,
changes that would enhance the performance of the entire system and therefore all the
stakeholders in the system. It is therefore equally crucial that these ICT policies are pro-poor and
gender sensitive, being implementable for the small holder farmer and women farmers and in the
other marginalized pillars within the agricultural sector. To adopt this means of thinking one has
to have a clear understanding of the policy issues that are unique to these people, these are issues
that are seldom considered in the policies that are being made at this time. These organ-populists
noted that since such groups are involved in the formulation of policies, the governments are in a
position to come up with policies that are MCT or Mean Current that reflects the everyday life
and dreams of the organizations in societies. The real goal should be to design an environment
where every farmer, small or large, man or woman, will be able to receive the value addition
brought about by the digital technologies. This commitment to inclusion will not only increase
agricultural production but also support social justice that will support marginalized groups to
succeed in the new era of railway based digital agricultural economy.
Stakeholder inclusion in policy formulation and implementation remains as the most
significant aspect of the implementation of ICT policies. In turn it will help farmers, technicians
and development organizations work together and develop ICT policies capable to meet the
various needs of agricultural sector. Governments can gain from the knowledge assets as well as
from the benchmarking process of these players entailing their involvement in policymaking.
Those who would benefit most from the policies in place discuss their experiences and the
technology that is most valuable to them, in this case, farmers. The technology businesses
themselves have new concepts and are in certain domain that can germinate initial creation of
these vital agricultural technologies. The understanding of dynamics and socioeconomic
conditions by development organizations can ensure that policies selected are fair to everyone,
reaching out to different vulnerable subcategories within the farming population. Such a model
enhances stakeholders’ ownership and support hence enhancing the possibility for ICT policies
to be accepted and implemented. Since different stakeholders can come up with the needed
policy frameworks, those that are developed are bound to find echoes among the stakeholders
involved. This form of stakeholder engagement leads to a robust and developing agro-food
system with evidence indicating enhanced smallholder farmer welfare and actual progress within
the aspects of production yield and sustainability.
Engaging the private sector as a partner in the implementation of ICT policies forms the
best recommendation to improve on policy implementation. This approach might assume the
form of a dynamic Public-Private-Development partnerships where governments of donor and
recipient countries, IT companies and development organizations come together in developing
and deploying the new and context-specific ICT solutions for agriculture. By such relations, the
governments. Draw from the experiences as well as the resources and the enabling technologies
from the private sector; and to establish platforms for innovation that would enhance agricultural
productivity. Of these may involve collaborations in lobbying for and in the actual process of
research and development of new technologies in agriculture. For example, it represents certain
sectors, technology companies, and contribute to the development of certain platforms in
cooperation with various government agencies necessary for defined needs, as tools for precision
farming or market access. There are various development organizations so that it is possible to
link these two players and make farmers heard throughout the process. This coordination does
not only accelerate the spread of ICT solution but also helps to improve up the use of ICT among
farmers. In utilizing good regulatory mechanisms developed in the public sector, and coupling
them with the capacity to innovate readily available in the private sector, governments can foster
an agro-food system that will experience growth and stability.
7. Conclusion and Future Directions
Much can still be done in the area that is tagged ICT in improving agriculture, however, it
is surrounded by many challenges to developing countries. It means farmland uses information
and communication tools has the potential to transform change, growth and new ideas in any
value chain. This can increase production, access to markets and farmers’ representation but as
always there are huge issues that require fixing for this change to occur. There are many factors
that explain low levels of ICT diffusion in most farms: physical constraints, high cost of
implementing ICT solutions, and general illiteracy in the use of technology among most farmers.
Nevertheless, there are several successful programs giving a snap shot on how ICT can
revolutionize agriculture. For instance, mobile applications have become imperative gadgets as
most farmers use them to get current information on issues such as weather conditions, market
prices, and even farming techniques. For the same reason, the various technologies such as
drones and sensors in precision farming lead to better resource use and crop monitoring. Another
area where innovation has been especially important are digital financial services that have
enabled farmers to obtain credit and insurance which worked as an important hedge and allowed
the farmer to invest in his business. They show how ICT can operate to enact disaggregation
while specificities of food farming support how effective agriculture can be. This is where the
experience, which is the lessons obtained from successful implementation of projects in
developing countries becomes significant assets in more sustainable development as the
agriculture sector consolidates itself more.
7.1. Summary of Key Findings
The study that the researcher has conducted has brought out some helpful information
that ICT can probably be a tool for change in the developing agriculture. This has included
circumstances where it has had to examine the opportunities Yangtze-digital-technologies offer,
such as the matter of market access or supply chain management; additionally, it also views the
costs imposed by Yangtze-digital-technologies ranging from infrastructural aspects to lack of
information technologies. By means of such analysis with reference to cases of ICT success story
in transforming agriculture, this paper has attempted to offer a systematic picture of how ICT
could be applied most optimally in order to support development and modernization of
agriculture field and finally has found out right policy of implementation of ICT and its use. As
the governments and the development organizations continue to launch agricultural policies and
rolling out the ICT infrastructure and formulating policies as to support the rollout of
Pp
technologies in support of development the future is bright for agricultural development in the
developing nations.
