ArchiFarm Automation and Data Dissemination

This assignment delves into the automation of farm management systems, including the use of automated feeding stations and robotic milking stations. It also discusses data dissemination and application cooperation, highlighting the importance of these aspects in modern farming practices. The assignment includes detailed descriptions and diagrams to illustrate these concepts, providing a comprehensive understanding of how technology can enhance farm management.

ArchiMate Designs for Dairy
Farming

Table of Contents
Background Information.........................................................................................................3
Task 2.1: Stakeholders and Drivers.....................................................................................4
Task 2.2: Business Function..................................................................................................6
Task 2.3: Business Processes...............................................................................................7
Task 2.4: Information Architecture.......................................................................................8
Task 2.5: Application Usage...................................................................................................9
Task 2.6: Application Cooperation.....................................................................................11
Task 2.7: Data Dissemination.............................................................................................. 13
Conclusion............................................................................................................................... 14

Background Information
In an unpredictable and very complex climate, a milk company runs. This paper
includes details regarding a fictional dairy farm named ArchiFarm. Archi farm is a major
dairy farm in Australia that runs three separate processing facilities. ArchiFarm has built
automation systems at one of its large sites in order to satisfy their everyday needs. For
cattle and robotic milking stations, this automated technology entails automated feeding.
The quantity and consistency of milk provided by all cattle is measured and used in
future health-related animal decisions through the use of automated technology.
Currently, though, the welfare check-up of each animal is often performed by
veterinarians on a regular basis. While animals regularly examined in the ArchiFarms
occur in animals with certain health-related problems. Therefore, ArchiFarm wishes to
add modern precision livestock farming (PLF) technologies for automated animal health
tracking and wants to implement sensors for PLF health control that are connected to
the cow 's ear. Therefore, this paper contains numerous ArchiMate views of company
function, business process, and company-related applications.

Task 2.1: Stakeholders and Drivers
ArchiFarm has several stakeholders, drivers, goals, and assessments that are important
to the farm 's mission of livestock management. With its board based on the CxO seats
at the top of the hierarchy, the organization has adopted traditional governance
frameworks. The logistic functions of the company as well as the customer liaison are
components controlled by the Sydney-based headquarters. The stakeholders, drivers,
priorities, and evaluation were identified in the provided case study of the ArchiFarm.
The stakeholders are milk suppliers, dealers, feed suppliers, farmers, consumers of the
company, retailers, site supervisors, staff, contractors, farm personnel, management of
the business, veterinarians, poultry. Moreover, the drivers are margin of benefit,
quantity, productivity, cost of production, efficacy, efficiency, risk of output, consistency.
The goal of the ArchiFarm business are reduce the danger of exporting, maximize
quantity and efficiency, increase organizational size, improve economies of scale. The
are many are assessment related to the milk production which are decrease price,
reduce profit margin, increase efficiency, increase productivity, decrease risk of output,
maximize quantity and quality, decrease risk of output.
Fig 1. Stakeholders, drivers, goal, and assessment

The stakeholder, drivers, assessment, and goal for ArchiFarm have been seen in the
above ArchiMate view. Just in Fig. farmers and Distributors who are mostly concerned
with profit margin and profitability as well as production are one example of
stakeholders. In addition to this, the drivers are specifically influenced by the test seen
in the figure. Finally, the key priority of farmers and distributors is to maximize the
quality and quantity of the output of milk.

Task 2.2: Business Function
Business functions are simply corporate judgments on the success of multiple
participants and their goods as well. It includes business procedures that have any or all
the management skills that are specifically connected to the company. The daily
practices in farming have evolved from conventional to daily. Farmers use the latest
equipment for milk production and use the same methods for breading. These new
agricultural methods have contributed to a large rise in the high yields of livestock
products, which often lets farmers gain strong yields after peddling their dairy or meat-
based livestock products. There are a range of different market roles provided for the
ArchiFarm case study, such as animals feeding, guiding and supervising sites, health
evaluation of animal, milking, administrative activities such as customer liaison, banking
and security such as customer satisfaction and question handling.
Fig 2: Business Functions
The directly above ArchiMate View illustrates ArchiFarm's primary business role. The
head office primarily conducts three business tasks, such as organizational procedures,
customer relations and strategic strategy. In specific, logistic service entails the process
of milk shipment, ordering feed and other activities. Secondly, the customer relations
role involves procedures such as addressing client inquiries and the mechanism of
handling customer relationships. And in order to obtain desirable outcomes in
ArchiFarm, the third role preparation involves conforming communications with
contractors and other potential investment scheduling.

Task 2.3: Business Processes
The farm recognized a few risks that should be tackled to achieve the strongest benefit
advantage. They integrate the legally binding responsibilities, drain production, and milk
content of drain processors. If the ArchiFarm did not satisfactorily unravel this dilemma,
the processors might turn to the rivals of ArchiFarm for more drain supply at that point.
To compete successfully, industry competition is intense and needs organizational
reorganization. It should always be remembered that every company is founded to
make a profit. In the ArchiFarm business they have 5 most important business
processes which are used in milk production business. Farmers are still carrying out
other agricultural practices today, such as advance sensor technology, feeding method,
animal disease prevention technology, breeding approach, milk collection and farm
operation supervising.
Fig 3: Farm operation supervising
Fig 4: Milk Shipping Process
The directly above diagram shows the primary milk processing system of ArchiFarm.
The first primary mechanism shown in the diagram is the monitoring of farm operations
conducted by the farm manager after the head office receives the order. In the
supervisory process, sub-processes such as monitoring animal health and productivity
and recognizing sick cows are used. The second figure shows that how milk is shipping
by following the process. The distributor takes the responsibility to check milk quality
and quantity.

Task 2.4: Information Architecture
The ArchiFarm should place the gain edge on the front line, and the cultivate identified a
few chances that should be dealt with in order to retain the best profit advantage from
its appraisal exercise. They integrate the legally binding responsibilities, drain
production, and milk content of drain processors. If ArchiFarm did not properly
understand this issue, the processors could turn to ArchiFarm 's competitors for more
drain supply at that point. Media conflict is exceptional and involves an organizational
reorganization to succeed successfully. It should always be understood that every
transaction is set up with the intention of making a benefit. It is necessary to describe
business objects as terms used in particular business fields. Company objects are in
inactive mode and do not initiate any process or execute it. Animals, milking, feeding,
health logging, drug checking, health issues monitoring, maintenance unit and site
management, distributors, are business items described in the case study of ArchiFarm.
Fig 5: Business Objects
ArchiFarm's diagram above illustrates the company's knowledge design. This covers
essential business products such as farm animals, livestock nutrition, milking, and
animal welfare information. In addition to this, two other business roles are listed in the
health record system, one supplying medications to animals and an additional
identifying health-related issues from the system of health record.

Task 2.5: Application Usage
The use of applications can be characterized as using program or device program to
support business processes. Usage of ArchiFarm Automated Feeding Station
Development Framework and Software Tools, File Server, Personalized Monitoring
Analysis Platform, Robotic Milking Station. There is flexibility in a century as growing
animals are robotized, watching, and making suitable plans for a superior century.
Therefore, to improve the trade types relevant to animal administration, the ArchiFarm
sent a few service administration and computer program programmers. The ArchiFarm
computerized the nourishing stations that spread each bovine with a regular amount of
creature assistance. In addition, there are mechanical drainage stations that facilitate
the preparation of each organism by the subsequent generation. To be able to adjust
the draining times for each bovine in order to dodge under-and over-milking, which may
produce real well-being effects in the event that it occurs, the unit must be arranged
fittingly. There is also a data system that manages all the drainage stations, and it
provides records of drain generation from each creature. To analyze the data sent out,
the custom-built machine description software is used to evaluate the data sent out, and
the results are used to make adjustments to the nourishing quantities for each animal.
Fig 6: Application Usage

The above diagram of application usage shows that the computer use illustrates that
services and creation tools are utilized by ArchiFarm devices. The vision also reveals
how network platforms and interactive tools are related to the business process. It
clearly shows in above diagram is that automatic feeding stations perform the main
animal feeding process and robotic milking stations perform milking to achieve improved
efficiency and improve productivity. The precise livestock farming device would be used
in ArchiFarm to automatically determine the animals' welfare and to monitor their health-
related data to avoid the spread of disease amongst other creatures. Reporting software
is also used in ArchiFarm to assess the consistency of milk.

Task 2.6: Application Cooperation
The increasing use of computerized cow control systems combined with animal-linked
sensors presents new possibilities for automated and regular tracking of cow behavior.
Regular behavior analysis may detect deviations in behavior patterns that are stable in
an animal. These software are well designed to be able to interact with to each other.
This helps the management of ArchiFarm to exchange data concurrently from one
program to another. This helps the management of ArchiFarm to transfer data
concurrently from one program to another. Often, the software is designed to work
seamlessly so that farm activities can be strengthened and controlled. This form of
partnership allows management to save on operating expenses, cost risks and the best
farm future choices. Application cooperation is a system to ensures that data flows
between multiple business applications.
Fig 7: Application Cooperation

The ArchiMate diagram above illustrates the various technologies and their
interconnections through separate market domains. If ArchiFarm's head office has an
online site for conducting daily activities and a task manager system to boost employee
morale and even a customer experience management program to please clients of the
firm. After that, software such as automated feeding stations and robotic milking stations
and information systems to manage animal health-related data are also available at the
main production site. Thus, the relation between various applications and software tools
can clearly be stable from the above diagram with the organization.

Task 2.7: Data Dissemination
A fundamental angle of any cultivating process is the dispersal of information.
Nowadays, most farming activities are data driven. Cultivating organizations have,
under ordinary situations, led to software and computer systems that are both motivated
to perform correctly by exchanging knowledge. The ArchiFarm has contributed a cash
package to the robotization of its cultivation activities and to the swift, precise, and
timely dispersion of results. Farm management will use the data obtained from the
various apps and technologies installed contained by the farm to explore market trends
and developments, and to make decisions about farm operations. Data distribution
reveals the knowledge in industry can evolve with it. The dissemination of data in the
ArchiMate diagram demonstrates the framework that will collect, use, and generate data
equal to objective of the business.
Fig 8: Data Dissemination
The directly above ArchiMate diagram of data distribution demonstrates how the
automated milking station program system stores, use, and exchanges knowledge with
the health record system of company items and identifies health issues. In addition to
this, the framework program frequently integrates data with enterprise and operation
systems.

Conclusion
To conclude, ArchiFarm has implemented automatic technology that can increase
performance and productivity by using them. Automatic feeder machines and robotic
milking stations are included in the automatic system. In the other hand, however,
animal health tests are conducted manually, which is not adequate to deter and identify
the big disease sooner, leading to a substantial negative effect in industry. Thus,
ArchiFarm is able to invest in precision live farm (PLF) technology to solve health
evaluation problems, which is completely automatic technology that can track and
diagnose efficiency and health-related problems of animals by sensors on the ears of
animals.