Problems and risks of agricultural production management

Lack of established production business processes

Lack of coordinated and fast communication between production services

Suboptimal number of full-time employees

Absence of a control system for the execution of the planned production program

Inappropriate use of resources (materials, equipment, personnel)

Suboptimal use of resources (materials, equipment)

Absence of established production business-processes

Absence established coordination between production departments

Non-optimal number of employees

Absence established execution control system for a planned production program

Misuse of material assets and products, technics, staff

Non-optimal use of material assets and products, technics

Time-consuming and challenging document flow

Untimely gives of information, which makes it impossible to make operational decisions

Low efficiency of agricultural production, as a result of overpriced
Abstract of the AgriChain Farm (plan) WEB application functionality #1
Models of production program scenarios
Technology models for culture
Models of budget parameters
Version control and dynamic analysis of production program scenarios
Models of production program scenarios
Technology models for culture
Models of budget parameters
Version control and dynamic analysis of production program scenarios
Three-factor model for crop rotation planning
Displaying crop rotation models on the map
Manual planning of crop rotation
Three-factor model for crop rotation planning
Displaying crop rotation models on the map
Manual planning of crop rotation
Gross and creditable yields, calculation of losses and by-product yields to the field
Planning of quality indicators and production structure
Formation of a consolidated production plan
Gross and creditable yields, calculation of losses and by-product yields to the field
Planning of quality indicators and production structure
Formation of a consolidated production plan
Plan for the placement of products from the fields
Building optimal transportation routes for products
Calculation of transportation distances
Planning the directions of product use to the field
Plan for the placement of products from the fields
Building optimal transportation routes for products
Calculation of transportation distances
Planning the directions of product use to the field
Planning clusters for technologies, local technologies for the field
Planning of technological operations, materials, equipment
Planning the timing and scope of work
Calculating the cost of performing work
Formation of a Gantt chart of equipment operation in the season
Summary analytics on the flowchart
Planning clusters for technologies, local technologies for the field
Planning of technological operations, materials, equipment
Planning the timing and scope of work
Calculating the cost of performing work
Formation of a Gantt chart of equipment operation in the season
Summary analytics on the flowchart
Formation of a product sales plan in terms of periods, sales channels, volumes and quality
Calculation of the weighted average selling price depending on sales scenarios
Calculation of revenue from product sales
Formation of a product sales plan in terms of periods, sales channels, volumes and quality
Calculation of the weighted average selling price depending on sales scenarios
Calculation of revenue from product sales
Annotation of the AgriChain Farm (plan) WEB application functionality #2
Formation of a calendar of flow and elevator logistics (by crops or storage locations) and services (receiving, drying, cleaning, storage, shipment
Formation of the cost part of product processing (by crop, elevator, current, services)
Formation of a calendar of flow and elevator logistics (by crops or storage locations) and services (receiving, drying, cleaning, storage, shipment
Formation of the cost part of product processing (by crop, elevator, current, services)
Mechanisms for forming fixed cost amounts for different budget methodologies
Conversion of fixed costs into dollars with a dynamic exchange rate
Formation of the structure of fixed costs of the enterprise
Mechanisms for forming fixed cost amounts for different budget methodologies
Conversion of fixed costs into dollars with a dynamic exchange rate
Formation of the structure of fixed costs of the enterprise
Formation of summary indicators of economic efficiency by crops and technologies (yield, variable costs by group, fixed costs, revenue, EBITDA)
Cost structure analysis (variable/fixed)
Formation of summary indicators of economic efficiency by crops and technologies (yield, variable costs by group, fixed costs, revenue, EBITDA)
Cost structure analysis (variable/fixed)
Formation of a plan-factual analysis of the implementation of the production program (in terms of technological operations, time, materials used and application rates, and cost)
Workplace of an agronomist for operational work planning
Workplace of the crew scheduler
Formation of a plan-factual analysis of the implementation of the production program (in terms of technological operations, time, materials used and application rates, and cost)
Workplace of an agronomist for operational work planning
Workplace of the crew scheduler
Crop rotation
Production indicators
Map of grain placement
Technological map
Product improvement
Product sales
Performance indicators of the enterprise
Crop rotation
Production indicators
Map of grain placement
Technological map
Product improvement
Product sales
Performance indicators of the enterprise
Annotation of the functionality of the AgriChain Farm mobile application
Map of fields and crops (by harvest years and crops)
History of crop rotation, history of work performed (technologies/materials), yields
Local measurements and local marks (with photos) on an interactive map
Technological layers on the map
Building a route to the selected field or equipment on the map
Map of fields and crops (by harvest years and crops)
History of crop rotation, history of work performed (technologies/materials), yields
Local measurements and local marks (with photos) on an interactive map
Technological layers on the map
Building a route to the selected field or equipment on the map
Displaying the online location of equipment on an interactive map by type, the ability to search for equipment on the map
The ability to build a track of equipment movement for a period with an analysis of the speed regime
Calculation of the amount of work performed (hectares), taking into account technological requirements
Calculation of gaps and overlaps in the operation of machinery
Interface for quick communication with the operator (driver)
Displaying the online location of equipment on an interactive map by type, the ability to search for equipment on the map
The ability to build a track of equipment movement for a period with an analysis of the speed regime
Calculation of the amount of work performed (hectares), taking into account technological requirements
Calculation of gaps and overlaps in the operation of machinery
Interface for quick communication with the operator (driver)
Register of technical condition of equipment
Ability to create a history of equipment use
Possibility to view the full-time location of one or more units of equipment on the map
Dispatching of agricultural machinery, special and motor vehicles (own and hired) management
Register of technical condition of equipment
Ability to create a history of equipment use
Possibility to view the full-time location of one or more units of equipment on the map
Dispatching of agricultural machinery, special and motor vehicles (own and hired) management
Display of current inventory balances (groups, names, warehouses
Moving inventory, returning it to the warehouse, transferring it to other MOLs
Signature of the responsible employee on receipt of goods and materials (QR code)
Planning the need for goods and materials
Display of current inventory balances (groups, names, warehouses
Moving inventory, returning it to the warehouse, transferring it to other MOLs
Signature of the responsible employee on receipt of goods and materials (QR code)
Planning the need for goods and materials
Business processes for work planning and execution
Planning the need for inventory and ordering it in warehouses
Control of closing the fact of work performed
Assessment of the quality of work performance
Planning of crews
Business processes for work planning and execution
Planning the need for inventory and ordering it in warehouses
Control of closing the fact of work performed
Assessment of the quality of work performance
Planning of crews
Plan-fact of work execution
Plan-fact of use of the TMC
Analysis of quality performance indicators
Plan-fact of work execution
Plan-fact of use of the TMC
Analysis of quality performance indicators
The work of specialists in the IT system








Thinking always ahead, thinking always of trying to do more, brings a state of mind in which nothing is impossible.
Henry Ford,
American businessman
For advice or demo version AgriChain Farm you can: contact us or leave your contact details
About the company:
AgriChain IT solutions are created for large and medium-sized agribusinesses, individual applications solve the problems of agricultural producers cultivating from 5,000 hectares.
Contacts:
sales@agrichain.ua –
sales department
support@agrichain.ua –
technical support service
info@agrichain.ua –
office manager
Office address:
Developed in Ukraine
About the company:
AgriChain IT solutions are created for large and medium-sized agribusinesses, individual applications solve the problems of agricultural producers cultivating from 5,000 hectares.
sales@agrichain.ua – sales department
support@agrichain.ua – technical support service
info@agrichain.ua – office manager
