GB2579256A

GB2579256A - The Krishi project

Info

Publication number: GB2579256A
Application number: GB1902722.6A
Authority: GB
Inventors: Sharma Anuj; Subramanian Sivakumar
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-11-27
Filing date: 2019-02-28
Publication date: 2020-06-17
Also published as: GB201902722D0

Abstract

Wearing augmented reality headgear with holographic projection capability as user will see a hologram box which accesses the invention known as project Krishi. From this box a user has access to any feature relating to complete global agriculture world covering soil assets following which, data pertaining to it will be displayed in holographic form enabled for user interaction. The system may link to the internet or mobile communication networks and includes language translation by means of artificial intelligence. The invention provides a descriptive, predictive, prescriptive and cognitive (fully autonomous) analytic and operative capabilities for complete global agriculture world covering soil at any place by an authorized user, displaying live hologram projections digital assets of all on field physical assets including humans using augmented/mixed-reality for creating live digital twins of all available physical assets including humans in real world complete with monitoring, visualization, communication, operations and execution capabilities

Description

FIELD OF INVENTION

The Krishi Project is an Augmented Reality-Mixed Reality and Software platform for Agriculture Command and Control, Soil, Nutrient, Water, Irrigation, Agri-Climate, Seed, Cultivation, Crop, Fertilization, Afforestation, Pesticide, Animal Production, Agri-Demand Forecasting, Agri-Waste, Agri-Loan, Agri processing, Agri Storage, Agri-Robotics and Food Commodity Market Management incorporating all types of assets with Artificial Intelligence (Ai) Powered Descriptive, Predictive, prescriptive and Cognitive (Fully autonomous) Analytics and operative capabilities for Global Agriculture World.

STATEMENT OF INVENTION

The KRISHI PROJECT for the first time in the history of mankind provides: I. Live Hologram projections "Digital Assets" of all on field "Physical Assets" including humans II. Data Infused Holograms with Artificial Intelligence (Ai) Powered Descriptive, Predictive, prescriptive and Cognitive (Fully autonomous) Analytics and operative capabilities for Global Agriculture World covering Soil, Nutrient, Water, Irrigation, Agri-Climate, Seed, Cultivation, Crop, Fertilization, Afforestation, Pesticide, Animal Production, Agri-Demand Forecasting, Agri-Waste, Agri-Loan, Agri processing, Agri Storage, Agri-Robotics and Food Commodity Market Management. Each Hologram of a Physical asset has infinite data points as required.

III. KRISHI provides live holographic visualizations of every surface area of the earth IV. Live Visualizations in holographic visualizations with Ai Analytics in real time leads to total awareness, planning, rehearsal, and execution-operations.

V. KRISHI creates Absolute Situational awareness by providing real-time information on the current situation and execution-operational capabilities from KRISHI itself. KRISHI can be accessed anytime anywhere and provides complete mobility for entire operations. No Brick and Mortar facilities are required to operate KRISH I. VI. KRISHI provides complete global Agriculture mobility, operation and execution anytime, anywhere, anyplace and by any user authorized to access KRISHI. All Function of KRISHI are "Touch" and "Voice Command "Enabled.

VII. KRISHI will be developed in AR (Augmented Reality-MR (Mixed Reality) Holographic screens and projections VIII. KRISHI will also be developed in software mode available in computers, tablets, mobile phones and smart screens IX. KRISHI should be operated on a secured -encrypted environment due to its sensitivity and strategic deployment capabilities.

X. Authority levels of KRISHI access per screen and functions can be decided as per user requirements.

Xl. KRISHI Holograms can also be held by hand and moved around.

SUMMARY OF INVENTION

THE KRISHI PROJECT uses Augmented Reality-Mixed Reality to create live "Digital Twins" referred to as Hologram Projections of all available "Physical Assets including humans in real world complete with monitoring, visualization, communication, operations and execution capabilities incorporating Artificial Intelligence (Ai) Powered Descriptive, Predictive, prescriptive and Cognitive (Fully autonomous) Analytics and operative capabilities for Global Agriculture World.

Technology Description: The following technologies have been used to create THE KRISHI PROJECT: HoloLens AR-MR Glasses, META 2 AR-MR Glasses, Any AR-MR Glasses, Magic Leap MR Glasses, Unity 3D, Vuforia, Maya 3D, Microsoft Net Platform, Azure Cloud Platform, HTML 5, CSS 3, JavaScript, Angular, jCluery, IOT tech, Al/Machine Learning, Python.

OBJECT OF INVENTION

The KRISHI PROJECT for the first time in the history of mankind provides: I. Live Hologram projections "Digital Assets" of all on field "Physical Assets" including humans II. Data Infused Holograms with Artificial Intelligence (Ai) Powered Descriptive, Predictive, prescriptive and Cognitive (Fully autonomous) Analytics and operative capabilities for Global Agriculture World covering Soil, Nutrient, Water, Irrigation, Argi-Climate, Seed, Cultivation, Crop, Fertilization, Afforestation, Pesticide, Animal Production, Agri-Demand Forecasting, Agri-Waste, Agri-Loan, Agri processing, Agri Storage, Agri-Robotics and Food Commodity Market Management. Each Hologram of a Physical asset has infinite data points as required.

KRISHI provides live holographic visualizations of every surface area of the earth IV. Live Visualizations in holographic visualizations with Ai Analytics in real time leads to total awareness, planning, rehearsal, and execution-operations.

V. KRISHI creates Absolute Situational awareness by providing real-time information on the current situation and execution-operational capabilitiesfrom KRISHI itself. KRISHI can be accessed anytime anywhere and provides complete mobility for entire operations. No Brick and Mortar facilities are required to operate KRISHI.

VI. KRISHI provides complete global Agriculture mobility, operation and execution anytime, anywhere, anyplace and by any user authorized to access KRISHI. All Function of KRISHI are "Touch" and "Voice Command "Enabled.

Xl. KRISHI Holograms can also be held by hand and moved around.

FIELD OF INVENTION

The scope of THE KRISHI PROJECT is to provide a single Global platform for Agriculture Command and Control, Soil, Nutrient, Water, Irrigation, Agri-Climate, Seed, Cultivation, Crop, Fertilization, Afforestation, Pesticide, Animal Production, Agri-Demand Forecasting, Agri-Waste, Agri-Loan, Agri processing, Agri Storage, Agri-Robotics and Food Commodity Market Management incorporating all types of assets powered with Artificial Intelligence operational and analytics and real time monitoring through live "Digital Twins" referred to as Hologram Projections of all available "Physical Assets" including humans.

STATEMENT REGARDING FEDERALLY SPONSORED RESEARCH OR DEVELOPMENT (IN ANY) THE KRISHI PROJECT is NOT a government, or third party sponsored research and development.

A BRIEF DESCRIPTION OF ACCOMPNAVING DRAWINGS

Figure 1 to Figure 38 provide a description of the capabilities and functionalities of The KRISHI PROJECT and its applications.

DETAILED DESCRIPTION OF THE INVENTION WITH REFERENCE TO DRAWING/EXAMPLES 1. As shown in Figure 1, to Start KRISHI, 1.1 USER (HUMAN/ALIEN/ROBOT) can: A. USER (HUMAN/ALIEN/ROBOT) Wear 1.1.1 SMART EYEWEAR with Augmented Reality (AR) Mixed Reality (MR) holographic projection capability Or B. 1.1 USER (HUMAN/ALIEN/ROBOT) starts device with Augmented Reality (AR) -Mixed Reality (MR) holographic projection capability 2. Post Starting KRISHI,1.1 USER (HUMAN/ALIEN/ROBOT) sees 1.4 HOLOGRAM BOX IN AR-MR with 1.2.1 HOLOGRAM TEXT IN AR-MR like 1.2 THE KRISHI PROJECT. User can click 1.3 ENTER to enter Krishi. 1.3.1 CLICKABE BUTTON 'OR' VOICE COMMAND ACTIVATED. The user can also see the physical environment around him in AR-MR.

3. On Clicking the 1.3 ENTER, User enters the 2.1 KRISHI CENTRAL COMMAND. User has options to click on 2.3 EVERY BOX IS CLICKABLE IN EVERY COLUMN AND ROW. User can click top open screens of 2.1.1 VERTICAL FARMING MANAGEMENT, 2.1.2 SOIL MANAGEMENT, 2.1.3 NUTRIENT MANAGEMENT, 2.1.4 WATER MANAGEMENT, 2.1.5 IRRIGATION MANAGEMENT, 2.1.6 AGRI CLIMATE MANAGEMENT, 2.1.7 SEED MANAGEMENT, 2.1.8 CULTIVATION MANAGEMENT, 2.1.9 CROP GROWTH MANAGEMENT, 2.1.10 FERTILIZATION MANAGEMENT, 2.1.11 PESTICIDE -INSECTICIDE MANAGEMENT, 2.1.12 DEMAND FORECASTING MANAGEMENT, 2.1.13 FOOD COMMODITY MARKET MANAGEMENT, 2.1.14 ANIMAL PRODUCTION MANAGEMENT, 2.1.15 AFFORESTATION MANAGEMENT,2.1.16 AGRI WASTE MANAGEMENT, 2.1.17 AGRI LOAN MANAGEMENT, 2.1.18 AGRI PROCESSING MANAGEMENT, 2.1.19 AGRI STORAGE MANAGEMENT.

User can also access 2.2 KRISHI Al -ARTIFICIAL INTELLIGENCE which gives it options to open screens of 2.2.1 VERTICAL FARMING AI, 2.2.2 SOIL Al, 2.2.3 NUTRIENT Al, 2.2.4 WATER Al, 2.2.5 IRRIGATION AI, 2.2.6 AGRI CLIMATE AI, 2.2.7 SEED AI, 2.2.8 CULTIVATION Al, 2.2.9 CROP GROWTH AI, 2.2.10 FERTILIZATION AI, 2.2.11 PESTICIDE -INSECTICIDE Al, 2.2.12 DEMAND FORECASTING AI, 2.2.13 FOOD COMMODITY MARKET AI, 2.2.14 ANIMAL PRODUCTION AI, 2.2.15 AFFORESTATION AI, 2.2.16 AGRI WASTE AI, 2.2.17 AGRI LOAN Al, 2.2.18 AGRI PROCESSING AI, 2.2.19 AGRI STORAGE Al 4. From Figure 2, user selects any option, for example user selects 2.1.2 SOIL MANAGEMENT and comes to Figure 3. This opens screen of a 3.1 HOLOGRAM BOX IN AR-MR showing all countries of S the world like 3.2.1 INDIA, 3.2.2 USA, 3.2.3 UK, 3.2.4 FRANCE, 3.2.5 CANADA, 3.2.6 CHINA, 3.2.7 RUSSIA. All buttons of countries are 3.2.4.1 CLICKABLE BUTTONS OF ALL COUNTRIES OF THE WORLD. User can also click on 3.3 WORLD which is 3.3.1 CLICKABLE BUTTON TO COMBINE ALL COUNTRIES OF THE WORLD TAKES YOU TO A HOLOGRAM OF 3-D EARTH.

5. On selecting a county in figure 3, for example 3.2.1 INDIA, a map of that country opens in 4.1

HOLOGRAM MAP OF SELECTED COUNTRY

6. Figure 5 is a detailed illustration of figure 4. The 5.1 HOLOGRAM MAP OF SELECTED COUNTRY is divided into grids like 5.2 ENTIRE COUNTRY IS DIVIDED INTO "MICRO -GPS" GRIDS and 5.3 EACH "GRID" CAN BE CLICKED AND SELECTED IN AR-MR. User can also click on buttons like 5.4 BACK which 4.4.1 CLICK TAKES TO PREVIOUS SCREENS. User can also click on button for 5.5 KRISHI CENTRAL COMMAND which takes user back to figure 2(2 REFERS TO FIGURE 2 IN THIS DOCUMENT) 7. Figure 6 depicts that user can click on the selected "Grid" to expand its view of hologram "On ground" (6.6 ON GROUND VIEW) or "In Air" (6.1 IN AIR VIEW). The 6.8 GRID is further divided into clickable farms (6.5 FARMS ON THE GRID and 6.8.1 FARMS ON THE GRID). User can see screens in 6.2 HOLOGRAM BOX with button of 6.2.1 BACK which leads to 6.2.1.1 BUTTON TAKES YOU TO BACK SCREEN and button of 6.2.2 KRISHI CENTRAL COMMAND (2 REFERS TO FIGURE 2 IN THIS DOCUMENT). User also has options to click on all types of buttons related to all assets in Krishi (6.3 LIST OF ALL FUNCTIONS OR/AND ASSETS LINKED TO IN KRISHI. EXAMPLE: SOIL CROP, WATER, TRACTOR, AGRI-DRONE, AGRI-ROBOT, SEED, CLIMATE). User can also click on button 6.2.3 ALL which leads to 6.2.3.1 BUTTON COMBINES ALL FUNCTIONS / ASSETS IN KRISHI FOR THE SELECTED GRID. User can click on button of 6.2.4 SATELLITE IMAGE which leads to 6.2.4.1 CLICK ON THIS AND "GRID" WILL SHOW Its SATELLITE IMAGE.

8. User can click on any farm on the grid (7.2 GRID) to see expanded hologram of that farm (7.3 EXPANDED FARM) as shown in Figure 7. All Digital Assets on the farm are visible and clickable to open further screens. Examples of some assets are 7.3.1 SOLAR ENERGY FARM STATION, 7.3.2 FARM WATER STATION, 7.3.3 FARM DRONE, 7.3.4 FARM IRRIGATION SYSTEM, 7.3.5 FARMER, 7.3.6 FARM EQUIPMENT STATION, 7.3.7 AUTONOMOUS TRACTOR, 7.3.8 SOIL, 7.3.9 FARMING ROBOT, 7.3.10 CROP, 7.4 AIR VIEW, 7.4.1 EXPANDED FARM, 7.4.2 FARMING ASSETS 9. Figure 8 depicts the screens of a digital asset of a "Farm". User can click to open screens of 8.1 ACTUAL PHOTO OF FARM, 8.2 GI'S COORDINATES, 8.3 DETAILS, 9 REFERS TO VIDEO FEED SECTION OF FIGURE 9 IN THIS DOCUMENT, 10 REFERS TO COMMUNICATION FEED SECTION OF FIGURE 10 IN THIS DOCUMENT, 11 REFERS TO SENSOR FEED SECTION OF FIGURE 11 IN THIS DOCUMENT, 12 REFERS TO FARMER DETAILS SECTION OF FIGURE 12 IN THIS DOCUMENT, 13 REFERS TO FARMING EQUIPMENTS & ROBOTS SECTION OF FIGURE 13 IN THIS DOCUMENT, 14 REFERS TO UTILITY SECTION OF FIGURE 14 IN THIS DOCUMENT, 15 REFERS TO SOIL SECTION OF FIGURE 15 IN THIS DOCUMENT, 16 REFERS TO CROP SECTION OF FIGURE 16 IN THIS DOCUMENT, 17 REFERS TO WATER SECTION OF FIGURE 17 IN THIS DOCUMENT, 18 REFERS TO IRRIGATION SECTION OF FIGURE 18 IN THIS DOCUMENT, 19 REFERS TO ANIMAL-LIVESTOCK SECTION OF FIGURE 19 IN THIS DOCUMENT, 20 REFERS VEHICLES SECTION OF FIGURE 20 IN THIS DOCUMENT, 21 REFERS TO STORAGE SECTION OF FIGURE 21 IN THIS DOCUMENT, 22 REFERS TO FARM DRONES SECTION OF FIGURE 22 IN THIS DOCUMENT, 23 REFERS TO HARVESTING SECTION OF FIGURE 23 IN THIS DOCUMENT, 24REFERS TO SEED SECTION OF FIGURE 24 IN THIS DOCUMENT, 25 REFERS TO DEMAND FORECASTING SECTION OF FIGURE 25 IN THIS DOCUMENT, 26 REFERS TO AGRI PROCESSING SECTION OF FIGURE 26 IN THIS DOCUMENT, 27 REFERS TO AGRI LOAN SECTION OF FIGURE 27 IN THIS DOCUMENT, 28 REFERS TO AGRI COMMODITY MARKET SECTION OF FIGURE 28 IN THIS DOCUMENT, 29 REFERS TO AGRI WASTE SECTION OF FIGURE 29 IN THIS DOCUMENT, 30 REFERS TO RECORDS SECTION OF FIGURE 30 IN THIS DOCUMENT, 31 REFERS TO MANUALS SECTION OF FIGURE 31 IN THIS DOCUMENT, 32 REFERS TO POWER GENERATION FEEDS SECTION OF FIGURE 32 IN THIS DOCUMENT, 33 REFERS TO ROSTERS SECTION OF FIGURE 33 IN THIS DOCUMENT, 34 REFERS TO CULTIVATION SECTION OF FIGURE 34 IN THIS DOCUMENT, 35 REFERS TO CLIMATE -WEATHER SECTION OF FIGURE 35 IN THIS DOCUMENT, 36 REFERS TO MANUFACTURER SECTION OF FIGURE 36 IN THIS DOCUMENT 10. Figure 9 depicts the screens for video feeds. User can click to open screens of 9.1 NORMAL VIDEO, 9.2 THERMAL VIDEO, 9.3 NIGHT VISION VIDEO, 9.4 SENSOR FEED, 9.5 LIDAR FEED, 9.6 Al RECOGNITION FEED, 9.7 WEATHER FEED, 9.8 VIDEO FEED 1, 9.9 VIDEO FEED 2, 9.10 VIDEO FEED 3, 9.11 RECORD BUTTONS, 9.12 HISTORICAL VIDEO FEEDS, 9.12,1 DAY, 9.12.2 WEEK, 9.12.3 HOUR, 9.12.4 MONTH, 9.12.5 YEAR, 9.12.6 DECADE, 9.12.7 VIDEO FEEDS, 9.13 Al BASED VIDEO ANALYTICS, 9.13.1 OPENS FURTHER SCREENS OF Al ANALYTICS FOR THE VIDEO FEED 11. Figure 10 depicts the screens for communication feed. User can click to open screens of 10.1 SKYPE, 10.1.1 SKYPE VIDEO FEED, 10.1.2 SKYPE BUTTONS, 10.2 WHATSAPP, 10.2.1 WHATSAPP FEED, 10.3 FACEBOOK, 10.3.1 FACEBOOK FEED, 10.4 PHONE, 10.4.1 PHONE DIAL PAD, 10.4.2 PHONE CONTACTS, 10.4.3 PHONE RECORDS, 10.5 TEXT MESSAGING, 10.5.1 TEXT WINDOW, 10.5.2 KEYBOARD, 10.6 INSTAGRAM, 10.6,1 INSTAGRAM FEED, 10.7 TWITTER, 10.7.1 TWITTER FEED, 10.8 GOOGLE, 10.8.1 GOOGLE SEARCH ENGINE, 10.8.2 GOOGLE PRODUCTS, 10.9 SNAPCHAT, 10.10 MUTE, 10.11 SPEAKER, 10.12 EMAIL 10.12.1 EMAIL BROWSER, 10.12.2 KEYBOARD 12. Figure 11 depicts the screens for Sensor feed. User can open screens of 11.1 TEMPERATURE, 11.2 AIR POLLUTION, 11.3 MOISTURE, 114 LIGHT, 11.5 SUNLIGHT, 11.6 HUMIDITY, 11.7 RAINFALL 11.8 WIFI, 11.9 WATER DEPTH, 11.10 WATER USE/PRESSURE, 11.11 MOTION SENSOR, 11.12 ODOUR, 11.13 AIR PRESSURE, 11.13.1 SENSOR FEEDS, 11.13.2 GPS LOCATION, 11.13.3 PHOTO, 11.13.4 DETAILS, 36 REFERS TO MANUFACTURER SECTION OF FIGURE 36 IN THIS DOCUMENT, 11.13.5 Al ANALYTICS SCREENS, 11.13.5.1 DAY, 11.13.5.1.1 GRAPHS, 11.13.5.1.2 DIAGRAMS, 11.13.5.2 MONTH, 11.13.5.3 WEEK, 11.13.5.4 HOUR, 11.13.5.5 YEAR, 11.13.5.6 DECADE, 11.14 OXYGEN, 11.15 CARBON DIOXIDE, 11.16 NOISE LEVEL 11.17 VENTILATION, 11.18 SMOKE, 11.19 GASES, 11.20 WEIGHT, 11.21 SOIL SENSOR, 11.22 ELECTRO CHEMICAL SENSOR, 11.23 AIR FLOW SENSOR, 11.24 WEED SENSOR, 11.25 FERTILIZER SENSOR, 11.26 SALINITY SENSOR, 11.27 ACCELEROMETER, 11.28 PLANT DISEASE SENSOR, 11.29 CROP SENSOR, 11.30 LEAF WETNESS SENSOR, 11.31 PEST PRESSURE SENSOR, 11.32 CHLOROPHYLL SENSOR, 11.33 FIRE SENSOR, 11.34 GREENHOUSE GAS SENSOR, 11.35 DUST SENSOR, 11.36 ULTRA SOUND SENSOR, 11.37 TILT SENSOR, 11.38 VIBRATION SENSOR, 11.39 FRUIT DIAMETER, 11.40 STEM DIAMETER, 11.41 PLUVIOMETER, 11.42 ION SENSOR, 11.43 TURBIDITY, 11.44 OTHER SENSOR 13. Figure 12 depicts the screens of a "Farmer". User can click to open screens of 12.1 PHOTO OF FARMER, 12.2 DETAILS, 12.3 GPS COORDINATES, 10 REFERS TO COMMUNICATION FEED SECTION OF FIGURE 10 IN THIS DOCUMENT, 9 REFERS TO VIDEO FEED SECTION OF FIGURE 9 IN THIS DOCUMENT, 12.4 VITALS, 12.4.1TO 12.4.4 ARE Al, 12.4.1.1 SCREEN OF Al BASED ANALYTICS OPEN, 12.4.5 BODY VITALI HEARTRATE, 12.4.6 BODYVITAL 2 OXYGEN, 12.4.7 BODYVITAL 3 FATIGUE RATE, 12.4.8 BODYVITAL 4 BLOOD PRESSURE, 12.4.9 TO 12.4.12 ARE LIVE FEEDS, 12.4.13 TO 12.4.16 ARE LIVE 3D HOLOGRAM OF ORGAN, 12.4.16.1 LIVE 3D HOLOGRAM OF ORGAN SELECTED OPEN, FOR EXAMPLE, LINE 3D HEART, 12.5 RECORDS, 12.5.1 FAMILY RECORDS, 12.5.2 ID RECORDS, 12.5.3 GOVERNMENT RECORDS, 12.5.4 MEDICAL RECORDS, 12.5.5 LICENSES, 12.5.6 EDUCATION RECORDS, 12.5.7 TRAINING RECORDS, 12.6 AGRI SPECIALIZATIONS, 12.6.1 AGRI SPECIALIZATION FARM DRONES, 12.6.2 AGRI SPECIALISATION PESTICIDES, 12.6.3 AGRI SPECIALIZATION TYPE, 12.6.4 AGRI SPECIALIZATION TYPE, 12.6,4.1 OPEN RECORDS OF THAT SPECIALIZATION 14. Figure 13 REFERS TO FARMING EQUIPMENT-ROBOTS SECTION OF FIGURE 8 IN THIS DOUMENT.

User can click to open screens of 13.1 TO 13.6 ARE NUMBER OF EQUIPMENTS. User can open screens of each equipment such as 13.1.1 PHOTO OF EQUIPMENT, 13.1,2 DETAILS, 13.1.3 GPS COORDINATES, 11 REFERS TO SENSOR FEED SECTION OF FIGURE 11 IN THIS DOCUMENT, 9 REFERS TO VIDEO FEED SECTION OF FIGURE 9 IN THIS DOCUMENT, 10 REFERS TO COMMUNICATION FEED SECTION OF FIGURE 10 IN THIS DOCUMENT, 31 REFERS TO MANUALS SECTION OF FIGURE 31 IN THIS DOCUMENT, 36 REFERS TO MANUFACTURER SECTION OF FIGURE 36 IN THIS DOCUMENT, 13.1.4 SELF DRIVE / SELF AUTONOMOUS OPERATIONS, 13.1.4.1 ARIEL SURVEY, 13.1.4.2 Al SELF DRIVE ANALYTICS, 13.1.4.3 LOCATION MAP, 13.1.4.4 LIVE VIDEO FEED, 13.1.4.5 ESTIMATED TIME OF WORK, 13.1.4.6 DIGITAL DISPLAYS, 13.1.5 EQUIPMENT INVENTORY, 13.1.5.1 OPEN INVENTORY ERP, 32 REFERS TO POWER GENERATION FEED SECTION OF FIGURE 32 IN THIS DOCUMENT, 13.1.6 EQUIPMENT PARTS, 13.1.6.1 TP 13.1.6.4 ARE NUMBER OF EQUIPMENT PARTS, 13.1.6.2.1 CLICK ON A PART AND "HOLOGRAM" OF THAT PART OPENS ALONG WITH SCREENS, 13.1.6.2.1.1 3D HOLOGRAM OF THE PART, 13.1.6.2.1.2 ACTUAL PHOTO OF PART, 13.1.6.2.1.3 DETAILS OF PART, 13.1.6.2.1.4 SENSOR FEEDS OF THE PARTS, 36 REFERS TO MANUFACTURER SECTION OF FIGURE 36 IN THIS DOCUMENT, 13.1.6.2.1.5 PART CONTROL BUTTONS, 13.1.6.2.1.5.1 CLICK TO OPEN OPERATIONS OF THAT PART, 31 REFERS TO MANUALS SECTION OF FIGURE 31 IN THIS DOCUMENT, 13.1.7 AUTOMATED WEED MANAGEMENT, 13.1.8 AUTOMATED HARVESTING, 13.1.9 AUTOMATED PESTICIDES -FERTILIZER DELIVERY, 33 REFERS TO ROSTERS SECTION OF FIGURE 33 IN THIS DOCUMENT, 13.1.10 EQUIPMENT CONTROL BUTTONS, 13.1.10.1 OPERATE EQUIPMENT 15. Figure 14 REFERS TO UTILITY SECTION FROM DIAGRAM 8 OF THIS DOCUMENT. User can click to open screens of each type of utility such as 14.1 REFERS TO SOLAR, 14.2 ELECTRICITY, 14.3 WATER/HYDROPOWER, 14.4 WIND POWER, 14.5 GAS, 14.6 NUCLEAR POWER, 14.7 GEO/THERMAL POWER, 14.8 OTHER SOURCES, 14.9 NAME OF UTILITY, 14.9.1 DAILY CONSUMPTION, 14.9.1.1 TO 14.9.1.3 REFRS TO DAYS, 14.9.1.1.1 QUANTITY, 14.9.1.1.2 GRAPHS/ DIAGRAMS, 14.9.1,1.2.1 DIAGRAMS/GRAPHS, 14.9.1.1.3 Al ANALYTICS, 14.9.1.1.3.1 OPENS SCREENS OF Al ANALYTICS, 14,9.2 HOURLY CONSUMPTION, 14.9.3 WEEKLY CONSUMPTION, 14.9.4 MONTHLY CONSUMPTION, 14.9.5 YEARLY CONSUMPTION, 14.9.6 DECADE CONSUMPTION, 14.9.7 SENSOR FEED FOR UTILITY, 14.9.8 UTILITY GENERATION, 14.9.8.1 GENERATION LEVELS, 14.9.8.2 GENERATION DISPLAY, 14.9.8.3 GENERATION SYSTEMS, 14.9.8.4 GENERATION ANALYTICS, 14.9.9 DETAILS OF UTIITY, 14,9.9.1 TYPE, 14.9.9.2 QUANTITY, 14.9.9.3 QUALITY, 14.9.9.3.1 CHEMICAL COMPOSITION, 14.9.9.3.2 SPECIFICATION, FIGURE 31 REFERS TO MANUALS SECTION OF FIGURE 31, 14.9.10 UTILITY CARGO SCHEDULE, 14.9.11 DIGITAL DISPLAYS OF UTILITY 16. Figure 15 REFERS TO SOIL IN FIGURE 8 OF THIS DOCUMENT. User can click to open screens of 15.1 SOIL TYPE, 15.1.1 SOIL TYPES AND SPECIFICATION, 15.1.1.1 COLOUR, 15.1.1.2 SPECIFICATION, 15.1.1.3 FERTILITY, 15.1.1.4 TOPOGRAPHY, 15.1.1.5 FORMATION HISTORY, 15.1.1.6 DENSITY, 15.1.1.7 TEMPERATURE, 15.1.2 Al BASED ANALYTICS, 15.1.2.1 ANALYTICS SCREEN OPENS, 15.1.2.2 PROBABILITY OF SOIL-CROP CULTIVATION, 15.1.2.3 PORBABILITY OF SOIL CHANGE, 15.2 SOIL SENSORS, 15.3 SOIL COMPOSITION, 15.3.1 CHEMICAL COMPOSITION OPENS, 15.3.2 NUTRIENTS AND NUTRIENTS STORAGE LEVEL 15.3.3 ORGANISMS IN SOIL (SOIL ORGANIC MATTER), 15.3.4 WATER CONTENT IN SOIL 15.3.5 PHYSICAL PROPERTIES (TEXTURE, DENSITY, STRUCTURE, COLOUR AND POROSITY), 15.3.6 WATER RETENTION IN SOIL 15.3.7 TILLAGE OF SOIL AFTER RAIN, 15.3.8 WIND EROSION OF SOIL 15.3.9 SOIL AERATION, 15.3.10 ANION EXCHANGE CAPACITY, 15.3.11 SOIL COMPACTABILITY, 15.3.12 SOIL TEXTURE, 15.3.13 CATION EXCHANGE CAPACITY, 15.3.14 RESISTIVITY, 15.3.15 SOIL MOSITURE, 15.4 WEATHERING OF SOIL 13 REFERS TO SOIL EQUIPMENT FROM FIGURE 13 OF THIS DIAGRAM, 11 REFERS TO FIGURE 11 OF THIS DOCUMENT, 15.5 SOIL POLLUTION, 15.6 SOIL Al 17. Figure 16 REFERS TO CROP SECTION OF FIGURE 8 IN THIS DOUMENT. User can click to open screens of 16.1 CASH CROP, 16.2 CATCH CROP, 16.3 INTER CROPPING, 16.4 MULTICROP PING, 16.5 PERMANENT CROP, 16.6 NEGLECTED CROP, 16.7 SHARE CROPPING, 16.8 NURSERY, 16.9 STAPLE FOOD, 16.10 FRUIT TREES, 16.11 FLORA, 16.12 CROP YIELD, 16.13 CROP RESIDUE, 16.14 CROP ROTATION, 16.15 CROP DESTRUCTION, 16.16 COVER CROP, 16.17 CROP DIVERSITY, 16.18 CROP WILD RELATIVE, 16.19 CROP CYCLES 16 20 Al BASED ANALYTICS, 16.21 DIGITAL DISPLAYS, 11 REFERS TO SENSOR FEED SECTION OF FIGURE 11 IN THIS DOCUMENT, 31 REFERS TO MANUALS SECTION OF FIGURE 31 IN THIS DOCUMENT, 16.22 SCHEDULES AND SYSTEMS, 16,23 DIAGRAM/GRAPHS, 16.24 Al BASED CROP CHOICES, 16.25 CROP DETAILS, 16.25.1 QUALITY, 16.25.2 COMPOSITION, 16.25.3 VENDOR, 16.25.4 LIFE CYCLE, 16.25.5 QUANTITY, 13 REFERS TO EQUIPMENT SECTION OF FIGURE 13 IN THIS DOCUMENT.

18. Figure 17 REFERS TO WATER SECTION OF FIGURE 8 IN THIS DOUMENT. User can click to open screens of 17.1 WATER SOURCES, 17.1.1 SOURCES AVAILABLE, 17.1.1.1 CLICK TO OPEN MORE SCREEN OF EACH SOURCE, 17.2 WATER LEVELS, 17.2.1 CURRENT, 17.2.2 PROJECTED, 17.2.3 Al ANALYTICS, 17.3 WATER USAGE, 17.2.1 DIGITAL DISPLAYS, 17.2.2 Al ANALYTICS, 17.2.3 PROJECTED USAGE, 17.2.4 USAGE PER CROP & LIVESTOCK, 17.2.5 WATER ENERGY GENERATION, 32 REFERS TO WATER ENERGY GENERATION SECTION OF FIGURE 32 IN THIS DOCUMENT, 17.4 WATER QUALITY, 17.5 WATER RECYCLING SYSTEMS, 17.5.1 FILTRATION, 17.5.2 BIOLOGICAL TREATMENT, 17.5.5 REVERSE OSMOSIS, 17.5.6 DISINFECTION, 17.5.7 OTHERS, 17.6 WATER POLLUTION, 17.7 WATER STORAGE, 17.8 WATER COMPOSITION, 17.8.1 CHEMICAL COMPOSITION, 17.8.2 FRESH WATER, 17.8.3 SALINITY, 17.8.4 NUTRIENTS, 17.8.5 WATER PRESSURE, 17.8.6 WATER FLOW 19. Figure 18 REFERS TO IRRIGATION SECTION OF FIGURE 8 IN THIS DOUMENT. User can click to open screens of 18.1 IRRIGATION SYSTEM, 18.1.1 DEFICIET IRRIGATION, 18.1.2 DRIP IRRIGATION, 18.1.3 SPRINKLER IRRIGATION, 18.1.4 MICRO IRRIGATION, 18.1.5 SURFACE IRRIGATION, 18.1.6 SUB IRRIGATION, 18.1.7 BORE WELL IRRIGATION, 11 REFERS TO SENSORS SECTION OF FIGURE 11 IN THIS DOCUMENT, 31 REFERS TO MANUALS SECTION OF FIGURE 31 IN THIS DOCUMENT, 18.1.8 Al ANALYTICS, 18.1.9 FILTERATION, 18.1.10 CONTROLS & OPERATIONS, 18.1.11 SCHEDULES OF IRRIGATION, 13 REFERS TO EQUIPMENT SECTION OF FIGURE 13 IN THIS DOCUMENT, 14 REFERS TO UTILITY SECTION OF FIGURE 14 IN THIS DOCUMENT, 18.1.12 WATER DELIVERY, 18.1.12.1 WATER ROTATION, 18.1.12.3 WATER DUTY, 18.2 IRRIGATION EFFICIENCY, 18.2.1 Al ANALYTICS, 18.2.2 DIGITAL DISPLAYS, 18.3 ENVIRONMENT IRRIGATION IMPACT, 18.4 IRRIGATION PRICING, 18.4.1 TARIFFS, 18.4.1.1 Al ANALYTICS, 18.4.2 COST, 18.4.2.1 Al ANALYTICS, 18.5 IRRIGATION ROBOTS, 13 REFERS TO EQUIPMENT SECTION OF FIGURE 13 IN THIS DOCUMENT, 18.6 IRRIGATION DESIGN, 18.6.1 AI BASED DESIGNING OF IRRIGATION 20. Figure 19 REFERS TO ANIMAL LIVESTOCK SECTION OF FIGURE 8 IN THIS DOCUMENT. User can open screens of 19.1 TYPES OF LIVESTOCK, 19.1.1 DAIRY, 19.1.1.1 BREEDING, 19.1.1.2 Al ANALYTICS FOR BREEDING, 19.1.1.3 IN SEMINATION, 19.1.1.4 AI ANALYTICS FOR INSEMINATION, 19.1.1.5 QUANTITY (19.1.1.5.1 1, 19.1,1.5.2 2, 19.1.1.5.3 3, 19.1.1,5.4 4, 19.1.1.5.5 5, 19.1.1.5.6 6, 19.1.1.5.7 7). User can click to open screens of 12 REFERS TO FIGURE 12 IN THIS DCOMENT MODELLED FOR EACH ANIMAL 19.1.1.6 VACCINATION RECORDS, 31 REFERS TO MANUALS SECTION OF FIGURE 31 IN THIS DOCUMENT, 13 REFERS TO EQUIPMENTS SECTION OF FIGURE 13 IN THIS DOCUMENT, 19.1.1.7 PRODUCTION, 19.1.1.7.1 ERP, 19.1.1.8 PROCESSING, 19.1.1.8.1 ERP, 19.1.1.9 STORAGE, 19.1.1.10 TRANSPORTATION, 19.1.1.10.1 SCHEDULES, 19.1.1.10.2 VENDORS, 33 REFERS TO ROSTERS SECTION OF FIGURE 33 IN THIS DOCUMENT, 19.1.1.11 FEEDING, 19.1.1.11.1 Al ANALYTICS, 19.1.1.11.2 SCHEDULES, 33 REFERS TO ROSTERS SECTION OF FIGURE 33 IN THIS DOCUMENT, 19.1.2 CATTLE, 19.1.3 CHICKEN, 19.1.4 FISH, 19.1.5 SEAFOOD, 19.1.6 PIG, 19.1.7 OTHERS 21. Figure 20 REFERS TO VEHICLES SECTION OF FIGURE 8 IN THIS DOUMENT which can be modelled like 13 REFERS TO VEHICLES MODELLED LIKE FIGURE 13 IN THIS DOCUMENT 22. Figure 21 REFERS TO STORAGE SECTION OF FIGURE 8 IN THIS DOUMENT. User can click to open screens of 21.1 ACTUAL PHOTO, 21.2 DETAILS, 21.3 GPS COORDINATES, 11 REFERS TO SENSOR FEED SECTION OF FIGURE 11 IN THIS DOCUMENT, 30 REFERS TO RECORDS SECTION OF FIGURE 30 IN THIS DOCUMENT, 10 REFERS TO COMMUNICATION FEED SECTION OF FIGURE 10 IN THIS DOCUMENT, 31 REFERS TO MANUALS SECTION OF FIGURE 31 IN THIS DOCUMENT, 36 REFERS TO MANUFACTURER SECTION OF FIGURE 36 IN THIS DOCUMENT, 14 REFERS TO UTILITY SECTION OF FIGURE 14 IN THIS DOCUMENT, 21.4 STOCK, 21.4.1 STORED ITEMS, 21.4.2 ISSUED / DELIVERIES, 21.4.3 QUANTITY, 21.4.4 TYPE, 21.4.5 Al ANALYTICS, 21.4.6 SPECIFICATIONS, 21.4.6.1 OPEN TO MORE SCREENS, 21.4.7 STORAGE ERP, 21.4.7.1 LINK TO ERP SYSTEMS, 33 REFERS TO ROSTERS SECTION OF FIGURE 33 IN THIS DOCUMENT, 32 REFERS TO POWER GENERATION FEEDS SECTION OF FIGURE 32 IN THIS DOCUMENT 23. Figure 22 REFERS TO FARM DRONES SECTION OF FIGURE 8 IN THIS DOCUMENT. User can click to open screens of 22.1 FARMDRONES which will be modelled like 13 REFERS TO FARMDRONES MODELLED LIKE FIGURE 13 IN THIS DOCUMENT 24. Figure 23 REFERS TO HARVESTING SECTION OF FIGURE 8 IN THIS DOUMENT. User can click to open screens of 23.1 HARVESTING EQUIPMENTS, 23.1.1 TO 23.1.5 ARE NUMBER OF EQUIPMENTS, 13 REFERS TO FIGURE 13 IN THIS DOCUMENT FOR EACH EQUIPMENT FROM 23.1.1 TO 23.1.5, 23.2 HARVESTING ANALYTICS, 23.2.1 HARVESTING AI, 23.2.2 DIAGRAMS, 23.2.3 GRAPHS, 23.2.4 DISPLAYS, 23.3 HARVESTING SCHEDULES, 23.4 HARVESTING CROPS, 23.4,1 HARVEST CROPS, 23.4.2 HARVEST FRUITS, 23.4.3 HARVEST VEGETABLES, 23.4.4 HARVEST GRAINS, 13 REFERS TO EQUIPMENTS SECTION OF FIGURE 13 IN THIS DOCUMENT, 31 REFERS TO MANUALS SECTION OF FIGURE 31 IN THIS DOCUMENT, 33 REFERS TO ROSTERS SECTION OF FIGURE 33 IN THIS DOCUMENT, 30 REFERS TO RECORDS SECTION OF FIGURE 30 IN THIS DOCUMENT, 23.4.4.1 Al ANALYTICS, 23.5 THRESHING, 23.6 GRAINS CLEANING, 9 REFERS TO VIDEO FEED SECTION OF FIGURE 9 IN THIS DOCUMENT, 11 REFERS TO SENSOR FEED SECTION OF FIGURE 11 IN THIS

DOCUMENT

25. Figure 24 REFERS TO SEEDS SECTION OF FIGURE 8 IN THIS DOUMENT. User can click to open screens of 24.1 TYPES OF SEEDS, 24.1.1 SEED 1, 24.1.1.1 NUTRIENTS, 24.1.1.2 CHEMICAL COMPOSITION, 24.1.1.3 Al ANALYTICS, 24.1.1.4 SHELF LIFE, 24.1.1.5 QUALITY, 24.1.1.6 QUANTITY, 24.1.1.7 VENDORS, 24.1.1.8 CERTIFICATIONS, 24.1.2 SEED 2, 24.1.2.1 NUTRIENTS, 24.1.2.2 CHEMICAL COMPOSITION, 24.1.2.3 Al ANALYTICS, 24.1.2.4 SHELF LIFE, 24.1.2.5 QUALITY, 24.1.2.6 QUANTITY, 24.1.2.7 VENDORS, 24.1.2.8 CERTIFICATIONS, 24.1.3 SEED 3, 24.1.3.1 NUTRIENTS, 24.1.3.2 CHEMICAL COMPOSITION, 24.1.3.3 Al ANALYTICS, 24.1.3.4 SHELF LIFE, 24.1.3.5 QUALITY, 24.1.3.6 QUANTITY, 24.1.3.7 VENDORS,24.1.3.8 CERTIFICATIONS, 24.2 SEEDS SENSORS, 11 REFERS TO SENSOR FEED SECTION OF FIGURE 11 IN THIS DOCUMENT, 24.3 SEEDS QUALITY, 24.4 SEEDS PROCESSING EQUIPMENTS, 13 REFERS TO EQUIPMENTS SECTION OF FIGURE 13 IN THIS DOCUMENT FOR EACH EQUIPMENT, 30 REFERS TO RECORDS SECTION OF FIGURE 30 IN THIS DOCUMENT, 31 REFERS TO MANUALS SECTION OF FIGURE 31 IN THIS DOCUMENT, 24.5 SEED STOCK, 21 REFERS TO STORAGE SECTION OF FIGURE 21 IN THIS DOCUMENT 26. Figure 25 REFERS TO DEMAND / FORECASTING PRICE SECTION OF FIGURE 8 IN THIS DOUMENT. User can click to open screens of 25.1 CROPS, 25.1.1 DIAGRAMS, 25.1.2 GRAPHS, 25.1.3 DIGITAL DISPLAYS, 25.1.4 Al ANALYTICS, 25.2 VEGETABLES, 25 3 DAIRY, 25.4 MEAT, 25.5 GRAINS, 25.6 FRUITS, 25.7 OTHERS 27. Figure 26 REFERS TO AGRI PROCESSING SECTION OF FIGURE 8 IN THIS DOCUMENT. Users can click to open screens of 26.1 GRAIN PROCESSING, 26.2 HORTICULTURAL PROCESSING, 26.3 OIL PROCESSING, 26.4 SEED PROCESSING, 26.5 ROOT AND TUBER PROCESSING, 26.6 MEAT PROCESSING, 26.7 FRUIT PROCESSING, 26.7.1 FOR EACH AGRI ITEM, 26.7.1.1 PROCESSING EQUIPMENTS (13 REFERS TO FIGURE 13 FOR ALL EQUIPMENTS), 11 REFERS TO SENSOR FEED SECTION OF FIGURE 11 IN THIS DOCUMENT, 26.7.1.2 PRIMARY PROCESSING, 30 REFERS TO RECORDS SECTION OF FIGURE 30 IN THIS DOCUMENT, 21 REFERS TO STORAGE SECTION OF FIGURE 21 IN THIS DOCUMENT, 26.7.1.3 SECONDARY PROCESSING, 31 REFERS TO MANUALS SECTION OF FIGURE 31 IN THIS DOCUMENT, 14 REFERS TO UTILITY SECTION OF FIGURE 14 IN THIS DOCUMENT, 9 REFERS TO VIDEO FEED SECTION OF FIGURE 9 IN THIS DOCUMENT, 10 REFERS TO COMMUNICATION FEED SECTION OF FIGURE 10 IN THIS DOCUMENT, 26.7.1.4 Al ANALYTICS, 26.7.1.4.1 OPEN MORE SCREENS, 26.7.1.5 CLEARING SYSTEMS, 26.7.1.5.1 WET CLEANING, 26.7.1.5.2 DRY CLEANING, 26.7.1.6 CONTAMINATION REMOVAL, 26.7.1.7 SORTING-GRADING, 26.7.1.7.1 SHAPE SORTING, 26.7.1.7.2 SIZE SORTING, 26.7.1.7.3 COLOR SORTING, 26,7.1.7.4 WEIGHT SORTING, 26.7.1.7.5 QUALITY SORTING, 26.7.1.7.6 NUTRITIONAL SORTING, 26.7.1.7.6.1 OPEN MORE SCREENS, 26.8 DAIRY PROCESSING 28. Figure 27 REFERS TO AGRI LOAN SECTION OF FIGURE 8 IN THIS DOCUMENT. User can click to open screens of 27.1 BLOCKAML (27.1.1 LINKED TO BLOCK WORLD), 27.2 BLOCK LOAN (27.2.1 LINKED TO BLOCK WORLD), 27.3 LOAN EMI SCHEDULE (27.3.1 OPENS MORE SCREENS), 27,4 Al ANALYTICS, 27.4.1 LOAN STATISTICS, 27.4.2 LOAN PROFIT -LOSS RATIO, 27.4.3 DIAGRAMS, 27.4.4 GRAPHS, 27.4.5 DISPLAYS, 10 REFERS TO FIGURE 10 IN THIS DOCUMENT FOR COMMUNICATION FEED TO BANK, 27.5 BANK ACCOUNT, 27.5.1 LINK TO FARMER'S BANK ACCOUNT 29. Figure 28 REFERS TO AGRI COMMODITY MARKET SECTION OF FIGURE 8 IN THIS DOCUMENT. User can click to open screens of 28.1 AGRI COMMODITY TRADING, 28.1.1 LINKS TO LIVE TRADING PORTALS, 28.1.2 Al ANALYTICS, 28.2 AGRI COMMODITY MARKET PRICES, 28.2.1 SCREENS WITH GLOBAL PRICES OPENS FOR ALL AGRI COMMODITIES, 28.2.2 Al ANALYTICS, 28.3 AGRI COMMODITY BROKERS, 28.3.1 LINKS TO CONTACT COMMODITY BROKERS, 28.4 AGRI COMMODITY TRANSPORTATION VENDORS, 28.4.1 LINKS TO ALL AGRI-COMMODITY TRANSPORTATION VENDOR AND Al ANALYTICS 30. Figure 29 REFERS TO AGRI WASTE MANAGEMENT SECTION OF FIGURE 8 IN THIS DOCUMENT. User can click to open screens of 29.1 WASTE SEGREGATION, 29.2 WASTE RECYCLING, 29.3 WASTE DISPOSAL 29.4 WASTE ENERGY GENERATION, 29.5 WASTE TRANSPORTATION, 29.5.1 OPEN SCREENS, 29.6 WASTE COMPOSITION (TYPE / QUALITY / SPECIFICATION) 31. Figure 30 REFERS TO RECORDS SECTION OF FIGURE 8 IN THIS DOCUMENT which is modelled like Figure 12 (12 REFERS TO FIGURE 12 IN THIS DOCUMENT).

32. Figure 31 REFERS TO MANUALS SECTION OF FIGURE 8 IN THIS DOCUMENT. User can click to open screens of 31.1 OPERATION MANUALS, 31.1.1 DIGITAL SCANS OPEN, 31.2 CROP MANUALS, 31.3 MATERIALS USED FOR CONSTRUCTION, 31.4 BLUEPRINTS, 31.4.1 DIGITAL SCANS OPEN, 31.5 SEED MANUALS, 31.6 AGRI MANUALS, 31.7 MAINTENANCE MANUALS, 31.7.1 MAINTENANCE RECORDS, 31.7.2 MAINTENANCE SCHEDULES, 31.7.2.1 HOUR, 31.7.2.2 DAY, 31.7.2.3 WEEK, 31.7.2.4 MONTH, 31.7.2.5 YEAR, 31.7.2.6 DECADE, 31.8 IRRIGATION MANUALS 33. Figure 32 REFERS TO POWER GENERATION FEED SECTION OF FIGURE 8 IN THIS DOCUMENT. User can click to open screens of 32.1 CURRENT POWER STORAGE, 32.1.1 SOLAR, 32.1.2 WIND, 32.1.3 THERMAL 32.1.4 HYDRO, 32.1.5 GEO, 32.1.6 DIGITAL DISPLAYS, 32.2 POWER ANALYTICS, 32.2.1 Al BASED POWER GENERATION ANALYTICS, 32.3 POWER GENERATION V/S CONSUMPTION, 32.3.1 OPEN SCREENS, 32.4 POWER GENERATION COST, 32.4.1 OPEN SCREENS 34. Figure 33 REFERS TO ROSTERS SECTION OF FIGURE 8 IN THIS DOCUMENT. User can click to open screens of 33.1 DAY, 33.2 MONTH, 33.3 WEEK, 33.4 YEAR, 33.5 HISTORICAL 33.6 CALENDAR OPENS, 33.6.1 HOUR, 33.6.2 TIME, 33.6.3 DUTY / WORK SCHEDULES, 33.6.3.1 OPEN TO FURTHER SCREENS, 33.6.4 TASK COMPLETION, 33.6.4.1 OPEN TO MORE SCREENS,33,6.4.2 DIAGRAMS, 33.6.4.3 GRAPHS, 33.6.4.4 Al ANALYTICS 35. Figure 34 REFERS TO CULTIVATION SECTION OF FIGURE 8 IN THIS DOCUMENT. User can click to open screens of 34.1 HYBRIDIZATION, 34.2 BUDDING, 34.3 GRAFTING, 34.4 SOWING, 34.4.1 AUTOMATED SOWING, 13 REFERS TO EQUIPMENTS SECTION OF FIGURE 13 IN THIS DOCUMENT, 34.4.2 SOWING SCHEDULES, 31 REFERS TO MANUALS SECTION OF FIGURE 31 IN THIS DOCUMENT, 11 REFERS TO SENSOR FEED SECTION OF FIGURE 11 IN THIS DOCUMENT, 34.4.3 Al ANALYTICS, 9 REFERS TO VIDEO FEED SECTION OF FIGURE 9 IN THIS DOCUMENT, 34.4.4 SOWING DEPTH, 34.5 IRRIGATION, 18 REFERS TO IRRIGATION SECTION OF FIGURE 18 IN THIS DOCUMENT, 34.6 MICRO PROPAGATION, 34.7 MONO CULTURE, 34.8 CROPPING SYSTEMS, 16 REFERS TO CROP SECTION OF FIGURE 16 IN THIS DOCUMENT 36. Figure 35 REFERS TO CLIMATE -WEATHER SECTION OF FIGURE 8 IN THIS DOCUMENT. Users can click to open screens of 35.1 WEATHER, 9 REFERS TO FIGURE 9 IN THIS DOCUMENT FOR VIDEO FEED OF WEATHER, 35.1.1 LINKS TO LIVE SATELLITE IMAGES, 35.1.2 Al CLIMATE -WEATHER PREDICTIONS, 35.2 RAINFALL 35.3 SUNSHINE, 35.4 CLIMATE, 35.5 ATMOSPHERE, 35.6 WIND 37. Figure 36 REFERS TO MANUFACTURER SECTION OF FIGURE 8 IN THIS DOCUMENT. User can click to open screens of 36.1 DETAILS OF MANUFACTURER, 10 REFERS TO COMMUNICATION FEED SECTION OF FIGURE 10 IN THIS DOCUMENT 38. Figure 37 refers to 37.2 KRISHI Al of 37.1 KRISHI CENTRAL COMMAND. User can click to open screens of 37.3 DESCRIPTIVE ANALYTICS AND OPERATIONS where 37.3.1 SCREENS OPEN FOR EACH PARAMETER WITH ALL KINDS OF ANALYTICS, PLANNING, OPERATIONS and 37.3.2 FOR ALL POSSIBLE AND REQUIRED PARAMETERS. User can open screens of 37.4 PREDICTIVE ANALYTICS AND OPERATIONS where 37.4.1 SCREENS OPEN FOR EACH PARAMETER WITH ALL KINDS OF ANALYTICS, PLANNING OPERATIONS and 37.4.2 FOR ALL POSSIBLE AND REQUIRED PARAMETERS.

User can open screens of 37.5 PRESCRIPTIVE ANALYTICS AND OPERATIONS where 37.5.1 SCREENS OPEN FOR EACH PARAMETER WITH ALL KINDS OF ANALYTICS, PLANNING OPERATIONS and 37.5.2 FOR ALL POSSIBLE AND REQUIRED PARAMETERS. User can open screens of 37.6 Al COGNITIVE ANALYTICS OPERATIONS (WARNING: AUTONOMY GIVEN TO Al) and 37.6.1 SCREENS OPEN FOR

SELECTED PARAMETERS

39. On clicking the earth button in Krishi Central command, A 3-d hologram of earth appears like 38.1 HOLOGRAM OF EARTH where 38.2 HOLOGRAMS OF ALL ASSETS WHICH CAN BE CLICKED TO OPEN SCREENS

LEGENDS OF DRAWINGS

Legend for Figure 1: 1.1 USER (HUMAN/ALIEN/ROBOT) 1.1.1 SMART EYEWEAR 1.2 THE KRISHI PROJECT 1.2.1 HOLOGRAM TEXT IN AR-MR 1.3 ENTER 1.3.1 CLICKABE BUTTON 'OR' VOICE COMMAND ACTIVATED 1.4 HOLOGRAM BOX IN AR-MR Legend for Figure 2: 1.3 ENTER 2.1 KRISHI CENTRAL COMMAND 2.1.1 VERTICAL FARMING MANAGEMENT 2.1.2 SOIL MANAGEMENT 2.1.3 NUTRIENT MANAGEMENT 2.1.4 WATER MANAGEMENT 2.1.5 IRRIGATION MANAGEMENT 2.1.6 AGRI CLIMATE MANAGEMENT 2.1.7 SEED MANAGEMENT 2.1.8 CULTIVATION MANAGEMENT 2.1.9 CROP GROWTH MANAGEMENT 2.1.10 FERTILIZATION MANAGEMENT 2.1.11 PESTICIDE -INSECTICIDE MANAGEMENT 2.1.12 DEMAND FORECASTING MANAGEMENT 2.1.13 FOOD COMMODITY MARKET

MANAGEMENT

2.1.14 ANIMAL PRODUCTION MANAGEMENT 2.2 KRISHI Al-ARTIFICIAL INTELLIGENCE 2.11 VERTICAL FARMING Al 2.2.2 SOIL AI 2.2.3 NUTRIENT Al 2.2.4 WATER Al 2.2.5 IRRIGATION Al 2.2.6 AGRI CLIMATE Al 2.2.7 SEED Al 2.2.8 CULTIVATION Al 2.2.9 CROP GROWTH Al 2.2.10 FERTILIZATION Al 2.2.11 PESTICIDE -INSECTICIDE Al 2.2.12 DEMAND FORECASTING Al 2.2.13 FOOD COMMODITY MARKET Al 2.2.14 ANIMAL PRODUCTION Al 2.2.15 AFFORESTATION Al 2.2.16 AGRI WASTE Al 2.1.15 AFFORESTATION MANAGEMENT 2.1.16 AGRI WASTE MANAGEMENT 2.1.17 AGRI LOAN MANAGEMENT 2.1.18 AGRI PROCESSING MANAGEMENT 2.1.19 AGRI STORAGE MANAGEMENT 2.2.17 AGRI LOAN Al 2.2.18 AGRI PROCESSING Al 2.2.19 AGRI STORAGE Al 2.3 EVERY BOX IS CLICKABLE IN EVERY COLUMN

AND ROW

2.4 HOLOGRAM IN AR-MR Legend for Figure3: 2.1.2 SOIL MANAGEMENT 3.1 HOLOGRAM BIX IN AR-MR 3.2 SOIL MANAGEMENT 3.2.1 INDIA 3.2.2 USA 323 UK 3.2.4 FRANCE 3.2.4.1 CLICKABLE BUTTONS OF ALL COUNTRIES OF THE WORLD 3.2.5 CANADA 3.2.6 CHINA 3.2.7 RUSSIA 3.3 WORLD 3.3.1 CLICKABLE BUTTON TO COMBINE ALL COUNTRIES OF THE WORLD. TAKES YOU TO A HOLOGRAM OF 3-D EARTH.

Legend for Figure 4: 3.2.1 INDIA 4.1 HOLOGRAM MAP OF SELECTED COUNTRY Legend for Figure 5: 5.1 HOLOGRAM MAP OF SELECTED COUNTRY 5.2 ENTIRE COUNTRY IS DIVIDED INTO "MICRO -GPS" GRIDS 5.3 EACH "GRID" CAN BE CLICKED AND SELECTED IN AR-MR 5.4 BACK 4.4.1 CLICK TAKES TO PREVIOUS SCREENS 5.5 KRISHI CENTRAL COMMAND 2 REFERS TO FIGURE 2 IN THIS DOCUMENT Legend for Figure 6: 6.1 IN AIR VIEW 6.4 GRID 6.2 HOLOGRAM BOX 6.5 FARMS ON THE GRID 6.2.1 BACK 6.6 ON GROUND VIEW 6.2.1.1 BUTTON TAKES YOU TO BACK SCREEN 6.7 USER 6.2.2 KRISHI CENTRAL COMMAND 6.7.1 SMART GLASSES 2 REFERS TO FIGURE 2 IN THIS DOCUMENT 6.8 GRID 6.2.3 ALL 6.8.1 FARMS ON THE GRID 6.2.3.1 BUTTON COMBINES ALL FUNCTIONS / ASSETS IN KRISHI FOR THE SELECTED GRID 6.2.4 SATELLITE IMAGE 6.2.4.1 CLICK ON THIS AND "GRID" WILL SHOW Its SATELLITE IMAGE 6.3 LIST OF ALL FUNCTIONS OR/AND ASSETS LINKED TO IN KRISHI. EXAMPLE: SOIL CROP, WATER, TRACTOR, AGRI-DRONE, AGRI-ROBOT, SEED, CLIMATE Legend for Figure 7: 7.1 GROUND VIEW 7.2 GRID 7.3 EXPANDED FARM 7.3.1 SOLAR ENERGY FARM STATION 7.32 FARM WATER STATION 7.3.3 FARM DRONE 7.3.4 FARM IRRIGATION SYSTEM 7.3.5 FARMER 7.3.6 FARM EQUIPMENT STATION 7.3.7 AUTONOMOUS TRACTOR 7.3.8 SOIL 7.3.9 FARMING ROBOT 7.3.10 CROP 7.4 AIR VIEW 7.4.1 EXPANDED FARM 7.4.2 FARMING ASSETS Legend for Figure 8: 7 REFERS TO FIGURE 7 IN THIS DOCUMENT 8.1 ACTUAL PHOTO OF FARM 8.2 GPS COORDINATES 8.3 DETAILS 9 REFERS TO VIDEO FEED SECTION OF FIGURE 9 IN THIS DOCUMENT REFERS TO COMMUNICATION FEED SECTION OF FIGURE 10 IN THIS DOCUMENT 11 REFERS TO SENSOR FEED SECTION OF FIGURE 11 IN THIS DOCUMENT 12 REFERS TO FARMER DETAILS SECTION OF FIGURE 12 IN THIS DOCUMENT 13 REFERS TO FARMING EQUIPMENTS & ROBOTS SECTION OF FIGURE 13 IN THIS DOCUMENT 14 REFERS TO UTILITY SECTION OF FIGURE 14 IN THIS DOCUMENT REFERS TO SOIL SECTION OF FIGURE 15 IN THIS DOCUMENT 16 REFERS TO CROP SECTION OF FIGURE 16 IN THIS DOCUMENT 17 REFERS TO WATER SECTION OF FIGURE 17 IN THIS DOCUMENT 18 REFERS TO IRRIGATION SECTION OF FIGURE 18 IN THIS DOCUMENT 22 REFERS TO FARM DRONES SECTION OF FIGURE 22 IN THIS DOCUMENT 23 REFERS TO HARVESTING SECTION OF FIGURE 23 IN THIS DOCUMENT 24REFERS TO SEED SECTION OF FIGURE 24 IN THIS DOCUMENT REFERS TO DEMAND FORECASTING SECTION OF FIGURE 25 IN THIS DOCUMENT 26 REFERS TO AGRI PROCESSING SECTION OF FIGURE 26 IN THIS DOCUMENT 27 REFERS TO AGRI LOAN SECTION OF FIGURE 27 IN THIS DOCUMENT 28 REFERS TO AGRI COMMODITY MARKET SECTION OF FIGURE 28 IN THIS DOCUMENT 29 REFERS TO AGRI WASTE SECTION OF FIGURE 29 IN THIS DOCUMENT REFERS TO RECORDS SECTION OF FIGURE 30 IN THIS DOCUMENT 31 REFERS TO MANUALS SECTION OF FIGURE 31 IN THIS DOCUMENT 32 REFERS TO POWER GENERATION FEEDS SECTION OF FIGURE 32 IN THIS DOCUMENT 33 REFERS TO ROSTERS SECTION OF FIGURE 33 IN THIS DOCUMENT 19 REFERS TO ANIMAL -LIVESTOCK SECTION OF 34 REFERS TO CULTIVATION SECTION OF FIGURE FIGURE 19 IN THIS DOCUMENT 34 IN THIS DOCUMENT REFERS VEHICLES SECTION OF FIGURE 20 IN 35 REFERS TO CLIMATE -WEATHER SECTION OF THIS DOCUMENT FIGURE 35 IN THIS DOCUMENT 21 REFERS TO STORAGE SECTION OF FIGURE 21 36 REFERS TO MANUFACTURER SECTION OF IN THIS DOCUMENT FIGURE 36 IN THIS DOCUMENT Legend for Figure 9: 8 REFERS TO FIGURE 8 IN THIS DOCUMENT 9.1 NORMAL VIDEO 9.2 THERMAL VIDEO 9.3 NIGHT VISION VIDEO 9.4 SENSOR FEED 9.5 LIDAR FEED 9.6 Al RECOGNITION FEED 9.7 WEATHER FEED 9.8 VIDEO FEED 1 9.9 VIDEO FEED 2 9.10 VIDEO FEED 3 9.11 RECORD BUTTONS 9.12 HISTORICAL VIDEO FEEDS 9.12.1 DAY 9.12.2 WEEK 9.12.3 HOUR 9.1/4 MONTH 9.12.5 YEAR 9.12.6 DECADE 9.12.7 VIDEO FEEDS 9.13 Al BASED VIDEO ANALYTICS 9.13.1 OPENS FURTHER SCREENS OF Al ANALYTICS FOR THE VIDEO FEED Legend for Figure 10: 8 REFERS TO FIGURE 8 IN THIS DOCUMENT 10.1 SKYPE 10.1.1 SKYPE VIDEO FEED 10.1.2 SKYPE BUTTONS 10.2 WHATSAPP 10.2.1 WHATSAPP FEED 10.3 FACEBOOK 10.3.1 FACEBOOK FEED 10.4 PHONE 10.4.1 PHONE DIAL PAD 10.4.2 PHONE CONTACTS 10.4.3 PHONE RECORDS 10.5 TEXT MESSAGING 10.5.1 TEXT WINDOW 10.5.2 KEYBOARD 10.6 INSTAGRAM 10.6.1 INSTAGRAM FEED 10.7 TWITTER 10.7.1 TWITTER FEED 10.8 GOOGLE 10.8.1 GOOGLE SEARCH ENGINE 10.8.2 GOOGLE PRODUCTS 10.9 SNAPCHAT 10.10 MUTE 10.11 SPEAKER 10.12 EMAIL 10.12.1 EMAIL BROWSER 10.12.2 KEYBOARD Legend for Figure 11: 8 REFERS TO SENSOR FEED SECTION OF FIGURE 11.13.5.4 HOUR 8 IN THIS DOUMENT 11.13.5.5 YEAR 11.1 TEMPERATURE 11.13.5.6 DECADE 11.2 AIR POLLUTION 11.14 OXYGEN 11.3 MOISTURE 11.15 CARBON DIOXIDE 11.4 LIGHT 11.16 NOISE LEVEL 11.5 SUNLIGHT 11.17 VENTILATION 11.6 HUMIDITY 11.18 SMOKE 11.7 RAINFALL 11.19 GASES 11.8 WIFI 11.20 WEIGHT 11.9 WATER DEPTH 11.21 SOIL SENSOR 11.10 WATER USE/PRESSURE 11.22 ELECTRO CHEMICAL SENSOR 11.11 MOTION SENSOR 11.23 AIR FLOW SENSOR 11.12 ODOUR 11.24 WEED SENSOR 11.13 AIR PRESSURE 11.25 FERTILIZER SENSOR 11.13.1 SENSOR FEEDS 11.26 SALINITY SENSOR 11.13.2 GPS LOCATION 11.27 ACCELEROMETER 11.13.3 PHOTO 11.28 PLANT DISEASE SENSOR 11.13.4 DETAILS 11.29 CROP SENSOR 36 REFERS TO MANUFACTURER SECTION OF FIGURE 36 IN THIS DOCUMENT 11.13.5 Al ANALYTICS SCREENS 11.13.5.1 DAY 11.13.5.1.1 GRAPHS 11.13.5.1.2 DIAGRAMS 11.13.5.2 MONTH 11.13.5.3 WEEK Legend for Figure 11: 11.30 LEAF WETNESS SENSOR 11.31 PEST PRESSURE SENSOR 11.32 CHLOROPHYLL SENSOR 11.33 FIRE SENSOR 11.34 GREENHOUSE GAS SENSOR 11.35 DUST SENSOR 11.36 ULTRA SOUND SENSOR 11.37 TILT SENSOR 11.38 VIBRATION SENSOR 11.39 FRUIT DIAMETER 11.40 STEM DIAMETER 11.41 PLUVIOMETER 11.42 ION SENSOR 11.43 TURBIDITY 11.44 OTHER SENSOR Legend for Figure 12; 8 REFERS TO FARMER SECTION OF FIGURE 8 IN

THIS DOUMENT

12.1 PHOTO OF FARMER 12.2 DETAILS 12.3 GPS COORDINATES REFERS TO COMMUNICATION FEED SECTION OF FIGURE 10 IN THIS DOCUMENT 9 REFERS TO VIDEO FEED SECTION OF FIGURE 9

IN THIS DOCUMENT

12.4 VITALS 12.4.1 TO 12.4.4 ARE Al 12,4.1.1 SCREEN OF Al BASED ANALYTICS OPEN 12.4.5 BODY VITALI HEARTRATE 12.4.6 BODYVITAL 2 OXYGEN 12.4.7 BODYVITAL 3 FATIGUE RATE 12.4.8 BODYVITAL 4 BLOOD PRESSURE 12.4.9 TO 12.4.12 ARE LIVE FEEDS 12.4.13 TO 12.4.16 ARE LIVE 3D HOLOGRAM OF

ORGAN

12.4.16.1 LIVE 3D HOLOGRAM OF ORGAN

SELECTED OPEN

FOR EXAMPLE, LINE 3D HEART 12.5.1 FAMILY RECORDS 123.2 ID RECORDS 12.5.3 GOVERNMENT RECORDS 12.5.4 MEDICAL RECORDS 12.5.5 LICENSES 12.5.6 EDUCATION RECORDS 12.5.7 TRAINING RECORDS 12.6 AGRI SPECIALIZATIONS 12.6.1 AGRI SPECIALIZATION FARM DRONES 12.6.2 AGRI SPECIALISATION PESTICIDES 12.6.3 AGRI SPECIALIZATION TYPE 12.6.4 AGRI SPECIALIZATION TYPE 12.6.4.1 OPEN RECORDS OF THAT

SPECIALIZATION

12.5 RECORDS Legend for Figure 13: 8 REFERS TO FARMING EQUIPMENT -ROBOTS SECTION OF FIGURE 8 IN THIS DOUMENT 13.1 TO 13.6 ARE NUMBER OF EQUIPMENTS 13,1.1 PHOTO OF EQUIPMENT 13.1.2 DETAILS 13.1.3 GPS COORDINATES 11 REFERS TO SENSOR FEED SECTION OF FIGURE 11 IN THIS DOCUMENT 9 REFERS TO VIDEO FEED SECTION OF FIGURE 9 IN THIS DOCUMENT

REFERS TO COMMUNICATION FEED SECTION

OF FIGURE 10 IN THIS DOCUMENT 31 REFERS TO MANUALS SECTION OF FIGURE 31

IN THIS DOCUMENT

36 REFERS TO MANUFACTURER SECTION OF FIGURE 36 IN THIS DOCUMENT 13.1.4 SELF DRIVE / SELF AUTONOMOUS

OPERATIONS

13.1.4.1 ARIEL SURVEY 13.1.4.2 Al SELF DRIVE ANALYTICS 13.1.4.3 LOCATION MAP 13.1.4.4 LIVE VIDEO FEED 13.1.4.5 ESTIMATED TIME OF WORK 13.1.4.6 DIGITAL DISPLAYS 13.1.5 EQUIPMENT INVENTORY 13.1.5,1 OPEN INVENTORY ERP 32 REFERS TO POWER GENERATION FEED SECTION OF FIGURE 32 IN THIS DOCUMENT 13.1.6 EQUIPMENT PARTS 13.1.6.1 TP 13.1.6.4 ARE NUMBER OF EQUIPMENT PARTS 13.1.6.2.1 CLICK ON A PART AND "HOLOGRAM" OF THAT PART OPENS ALONG WITH SCREENS 13.1.6.2.1.1 3D HOLOGRAM OF THE PART 13.1.6.2.1.2 ACTUAL PHOTO OF PART 13.1.6.2.1.3 DETAILS OF PART 13.1.6.2.1.4 SENSOR FEEDS OF THE PARTS 36 REFERS TO MANUFACTURER SECTION OF FIGURE 36 IN THIS DOCUMENT 13.1.6.2.1.5 PART CONTROL BUTTONS 13.1.6.2.1.5.1 CLICK TO OPEN OPERATIONS OF THAT PART 31 REFERS TO MANUALS SECTION OF FIGURE 31 IN THIS DOCUMENT 13.1.7 AUTOMATED WEED MANAGEMENT 13.1.8 AUTOMATED HARVESTING 13.1.9 AUTOMATED PESTICIDES -FERTILIZER DELIVERY 33 REFERS TO ROSTERS SECTION OF FIGURE 33 IN THIS DOCUMENT 13.1.10 EQUIPMENT CONTROL BUTTONS 13.1.10.1 OPERATE EQUIPMENT Legend for Figure 14: FIGURE 8: REFERS TO UTILITY SECTION FROM DIAGRAM 8 OF THIS DOCUMENT 14.1 REFERS TO SOLAR 14.2 ELECTRICITY 14.3 WATER/HYDROPOWER 14.4 WIND POWER 14.5 GAS 14.6 NUCLEAR POWER 14.7 GEO/THERMAL POWER 14.8 OTHER SOURCES 14.9 NAME OF UTILITY 14.9.1 DAILY CONSUMPTION 14.9.1.1 TO 14.9.1.3 REFRS TO DAYS 14.9.1.1.1 QUANTITY 14.9.1.1.2 GRAPHS/ DIAGRAMS 14.9.1.1.2.1 DIAGRAMS/GRAPHS 14.9.1.1.3 Al ANALYTICS 14.9.1.1.3.1 OPENS SCREENS OF Al ANALYTICS 14.9.2 HOURLY CONSUMPTION 14.9.3 WEEKLY CONSUMPTION 14.9.4 MONTHLY CONSUMPTION Legend for Figure 15: FIGURE 8 REFERS TO SOIL IN FIGURE 8 OF THIS

DOCUMENT

15.1 SOIL TYPE

15.1.1 SOIL TYPES AND SPECIFICATION

15.1.1.1 COLOUR

15,1.1.2 SPECIFICATION

15.1.1.3 FERTILITY 15.1.1.4 TOPOGRAPHY 14.9.5 YEARLY CONSUMPTION 14.9.5 DECADE CONSUMPTION 14.9.7 SENSOR FEED FOR UTILITY 14.9.8 UTILITY GENERATION 14.9.8.1 GENERATION LEVELS 14.9.8.2 GENERATION DISPLAY 14.9.8.3 GENERATION SYSTEMS 14.9.8.4 GENERATION ANALYTICS 14.9,9 DETAILS OF UTIITY 14.9.9.1 TYPE 14.9.9.2 QUANTITY 14.9.9.3 QUALITY 14.9.9.3.1 CHEMICAL COMPOSITION

14.9.9.3.2 SPECIFICATION

FIGURE 31 REFERS TO MANUALS SECTION OF FIGURE 31 14.9.10 UTILITY CARGO SCHEDULE 14.9.11 DIGITAL DISPLAYS OF UTILITY 15.3.5 PHYSICAL PROPERTIES (TEXTURE, DENSITY, STRUCTURE, COLOUR AND POROSITY) 15.3.6 WATER RETENTION IN SOIL 15.3.7 TILLAGE OF SOIL AFTER RAIN 15.3.8 WIND EROSION OF SOIL 15.3.9 SOIL AERATION 15.3.10 ANION EXCHANGE CAPACITY 15.3.11 SOIL COMPACTABILITY 15.1.1.5 FORMATION HISTORY 15.3.12 SOIL TEXTURE 15.1.1.6 DENSITY 15.3.13 CATION EXCHANGE CAPACITY 15.1.1.7 TEMPERATURE 15.3.14 RESISTIVITY 15.1.2 Al BASED ANALYTICS 15.3.15 SOIL MOSITURE 15.1.2.1 ANALYTICS SCREEN OPENS 15.4 WEATHERING OF SOIL 15.1.2.2 PROBABILITY OF SOIL-CROP 13 REFERS TO SOIL EQUIPMENT FROM FIGURE CULTIVATION 13 OF THIS DIAGRAM 15.1.2.3 PORBABILITY OF SOIL CHANGE 11 REFERS TO FIGURE 11 OF THIS DOCUMENT 15.2 SOIL SENSORS 15.5 SOIL POLLUTION 15.3 SOIL COMPOSITION 15.6 SOIL Al 15.3.1 CHEMICAL COMPOSITION OPENS 15.3.2 NUTRIENTS AND NUTRIENTS STORAGE LEVEL 15.3.3 ORGANISMS IN SOIL (SOIL ORGANIC MATTER) 15.3.4 WATER CONTENT IN SOIL Legend for Figure 16: 8 REFERS TO CROP SECTION OF FIGURE 8 IN THIS 16.20 Al BASED ANALYTICS DOUMENT 16.21 DIGITAL DISPLAYS 16.1 CASH CROP 11 REFERS TO SENSOR FEED SECTION OF FIGURE 16.2 CATCH CROP 11 IN THIS DOCUMENT 16.3 INTER CROPPING 31 REFERS TO MANUALS SECTION OF FIGURE 31 16.4 MULTICROPPING IN THIS DOCUMENT 16.5 PERMANENT CROP 16.22 SCHEDULES AND SYSTEMS 16.6 NEGLECTED CROP 16.23 DIAGRAM/GRAPHS 16.7 SHARE CROPPING 16.24 Al BASED CROP CHOICES 16.8 NURSERY 16.25 CROP DETAILS 16,9 STAPLE FOOD 16.25.1 QUALITY 16.10 FRUIT TREES 16.25.2 COMPOSITION 16.11 FLORA 16.25.3 VENSOR 16.12 CROP YIELD 16.25.4 LIFE CYCLES 16.13 CROP RESIDUE 16.14 CROP ROTATION 16.15 CROP DESTRUCTION 16.16 COVER CROP 16.17 CROP DIVERSITY 16.18 CROP WILD RELATIVE 16.19 CROP CYCLES 16.25.5 QUANTITY 13 REFERS TO EQUIPMENT SECTION OF FIGURE 13 IN THIS DOCUMENT Legend for Figure 17: 8 REFERS TO WATER SECTION OF FIGURE 8 IN 17.5.5 REVERSE OSMOSIS THIS DOUMENT 17.5.6 DISINFECTION 17.1 WATER SOURCES 17.5.7 OTHERS 17.1.1 SOURCES AVAILABLE 17,6 WATER POLLUTION 17.1.1.1 CLICK TO OPEN MORE SCREEN OF EACH 17.7 WATER STORAGE SOURCE 17.8 WATER COMPOSITION 17.2 WATER LEVELS 17.8.1 CHEMICAL COMPOSITION 17.2.1 CURRENT 17.8.2 FRESH WATER 17.2.2 PROJECTED 17.8.3 SALINITY 17.2.3 Al ANALYTICS 17.8.4 NUTRIENTS 17.3 WATER USAGE 17.8.5 WATER PRESSURE 17.2.1 DIGITAL DISPLAYS 17.8.6 WATER FLOW 17.2.2 Al ANALYTICS 17.2.3 PROJECTED USAGE 17.2.4 USAGE PER CROP & LIVESTOCK 17.2.5 WATER ENERGY GENERATION 32 REFERS TO WATER ENERGY GENERATION SECTION OF FIGURE 32 IN THIS DOCUMENT 17.4 WATER QUALITY 17.5 WATER RECYCLING SYSTEMS 17.5.1 FILTRATION 17.5.2 BIOLOGICAL TREATMENT 17.5.3 MIXING / AERATION 17.5.4 ULTRA FILTRATION Legend for Figure 18: 8 REFERS TO IRRIGATION SECTION OF FIGURE 8 18.1.12.3 WATER DUTY IN THIS DOUMENT 18.2 IRRIGATION EFFICIENCY 18.1 IRRIGATION SYSTEM 18.2.1 Al ANALYTICS 18.1.1 DEFICIET IRRIGATION 18.2.2 DIGITAL DISPLAYS 18.1.2 DRIP IRRIGATION 18.3 ENVIRONMENT IRRIGATION IMPACT 18.1.3 SPRINKLER IRRIGATION 18.4 IRRIGATION PRICING 18.1.4 MICRO IRRIGATION 18.4.1 TARIFFS 18.1.5 SURFACE IRRIGATION 18.4.1.1 Al ANALYTICS 18.1.6 SUB IRRIGATION 18.4.2 COST 18.1.7 BORE WELL IRRIGATION 18.4.2.1 Al ANALYTICS 11 REFERS TO SENSORS SECTION OF FIGURE 11 18.5 IRRIGATION ROBOTS IN THIS DOCUMENT 13 REFERS TO EQUIPMENT SECTION OF FIGURE 31 REFERS TO MANUALS SECTION OF FIGURE 31 13 IN THIS DOCUMENT IN THIS DOCUMENT 18.6 IRRIGATION DESIGN 18.1.8 Al ANALYTICS 18.6.1 Al BASED DESIGNING OF IRRIGATION 18.1.9 FILTERATION 18.1.10 CONTROLS & OPERATIONS 18.1.11 SCHEDULES OF IRRIGATION 13 REFERS TO EQUIPMENT SECTION OF FIGURE 13 IN THIS DOCUMENT 14 REFERS TO UTILITY SECTION OF FIGURE 14 IN

THIS DOCUMENT

18.1.12 WATER DELIVERY 18.1.12.1 WATER ROTATION 18.1.12.2 WATER DEMAND Legend for Figure 19: 8 REFERS TO ANIMAL LIVESTOCK SECTION OF 19.1.1.8.1 ERP FIGURE 8 IN THIS DOUMENT 19.1.1.9 STORAGE 19.1 TYPES OF LIVESTOCK 19.1.1.10 TRANSPORTATION 19.1.1 DAIRY 19.1.1.10.1 SCHEDULES 19.1.1.1 BREEDING 19.1.1.10.2 VENDORS 19.1.1.2 Al ANALYTICS FOR BREEDING 33 REFERS TO ROSTERS SECTION OF FIGURE 33 19.1.1.3 IN SEMINATION IN THIS DOCUMENT 19.1.1.4 Al ANALYTICS FOR INSEMINATION 19.1.1.11 FEEDING 19.1.1.5 QUANTITY 19.1.1.11.1 Al ANALYTICS 19.1.1.5.11 19.1.1.11.2 SCHEDULES 19.1.1.5.2 2 33 REFERS TO ROSTERS SECTION OF FIGURE 33 19.1.1.5.3 3 IN THIS DOCUMENT 19.1.1.5.4 4 19.1.2 CATTLE 19.1.1.5.5 5 19.1.3 CHICKEN 19.1.1.5.6 6 19.1.4 FISH 19.1.1.5.7 7 19.1.5 SEAFOOD 12 REFERS TO FIGURE 12 IN THIS DCOMENT 19.1.6 PIG MODELLED FOR EACH ANIMAL 19.1.7 OTHERS 19.1,1.6 VACCINATION RECORDS 31 REFERS TO MANUALS SECTION OF FIGURE 31

IN THIS DOCUMENT

13 REFERS TO EQUIPMENTS SECTION OF FIGURE 13 IN THIS DOCUMENT 19.1.1.7 PRODUCTION 19.1.1.7.1 ERP 19.1.1.8 PROCESSING Legend for Figure 20: 8 REFERS TO VEHICLES SECTION OF FIGURE 8 IN THIS DOUMENT 13 REFERS TO VEHICLES MODELLED LIKE FIGURE 13 IN THIS DOCUMENT Legend for Figure 21: 8 REFERS TO STORAGE SECTION OF FIGURE 8 IN THIS DOUMENT 21.1 ACTUAL PHOTO 21.2 DETAILS 21.3 GPS COORDINATES 11 REFERS TO SENSOR FEED SECTION OF FIGURE 11 IN THIS DOCUMENT REFERS TO RECORDS SECTION OF FIGURE 30 IN THIS DOCUMENT REFERS TO COMMUNICATION FEED SECTION OF FIGURE 10 IN THIS DOCUMENT 31 REFERS TO MANUALS SECTION OF FIGURE 31 IN THIS DOCUMENT 36 REFERS TO MANUFACTURER SECTION OF FIGURE 36 IN THIS DOCUMENT 14 REFERS TO UTILITY SECTION OF FIGURE 14 IN THIS DOCUMENT 214 STOCK 21.4.1 STORED ITEMS 21.4.2 ISSUED / DELIVERIES 21.4.3 QUANTITY 21,4.4 TYPE 21.4.5 Al ANALYTICS

21.4.6 SPECIFICATIONS

21.4.6.1 OPEN TO MORE SCREENS 21.4.7 STORAGE ERP 21.4.7.1 LINK TO ERP SYSTEMS 33 REFERS TO ROSTERS SECTION OF FIGURE 33 IN THIS DOCUMENT 32 REFERS TO POWER GENERATION FEEDS SECTION OF FIGURE 32 IN THIS DOCUMENT Legend for Figure 22: 8 REFERS TO FARMDRONES SECTION OF FIGURE 8 IN THIS DOUMENT 22.1 FARMDRONES 13 REFERS TO FARMDRONES MODELLED LIKE FIGURE 13 IN THIS DOCUMENT Legend for Figure 23: 8 REFERS TO HARVESTING SECTION OF FIGURE 8 IN THIS DOUMENT 23.1 HARVESTING EQUIPMENTS 23.1.1 TO 23.1.5 ARE NUMBER OF EQUIPMENTS 13 REFERS TO FIGURE 13 IN THIS DOCUMENT FOR EACH EQUIPMENT FROM 23.1.1 TO 23.1.5 23.2 HARVESTING ANALYTICS 23.2.1 HARVESTING Al 23.2.2 DIAGRAMS 23.2.3 GRAPHS 232.4 DISPLAYS 23.3 HARVESTING SCHEDULES 23.4 HARVESTING CROPS 23.4.1 HARVEST CROPS 23.4.2 HARVEST FRUITS 23.4.3 HARVEST VEGETABLES 23.4.4 HARVEST GRAINS 13 REFERS TO EQUIPMENTS SECTION OF FIGURE 13 IN THIS DOCUMENT 31 REFERS TO MANUALS SECTION OF FIGURE 31 IN THIS DOCUMENT 33 REFERS TO ROSTERS SECTION OF FIGURE 33 IN THIS DOCUMENT REFERS TO RECORDS SECTION OF FIGURE 30 IN THIS DOCUMENT 23.4.4.1 Al ANALYTICS 23.5 THRESHING 23.6 GRAINS CLEANING 9 REFERS TO VIDEO FEED SECTION OF FIGURE 9 IN THIS DOCUMENT 11 REFERS TO SENSOR FEED SECTION OF FIGURE 11 IN THIS DOCUMENT Legend for Figure 24: 8 REFERS TO SEEDS SECTION OF FIGURE 8 IN THIS 24.1.3.1 NUTRIENTS DOUMENT 24.1.3.2 CHEMICAL COMPOSITION 24.1 TYPES OF SEEDS 24.1.3.3 Al ANALYTICS 24.1.1 SEED 1 24.1.3.4 SHELF LIFE 24.1.1.1 NUTRIENTS 24.1.3.5 QUALITY 24.1.1.2 CHEMICAL COMPOSITION 24.1.3.6 QUANTITY 24.1.1.3 Al ANALYTICS 24.1.3.7 VENDORS 24.1.1.4 SHELF LIFE 24.1.3.8 CERTIFICATIONS 24.1.1.5 QUALITY 24.2 SEEDS SENSORS 24.1.1.6 QUANTITY 11 REFERS TO SENSOR FEED SECTION OF FIGURE 24.1.1.7 VENDORS 11 IN THIS DOCUMENT 24.1.1.8 CERTIFICATIONS 24.3 SEEDS QUALITY 24.1.2 SEED 2 24.4 SEEDS PROCESSING EQUIPMENTS 24.1.2.1 NUTRIENTS 24.1.2.2 CHEMICAL COMPOSITION 24.1.2.3 Al ANALYTICS 24.1.2.4 SHELF LIFE 24.1.2.5 QUALITY 24.1.2.6 QUANTITY 24.1.2.7 VENDORS 24.1.2.8 CERTIFICATIONS 24.1.3 SEED 3 13 REFERS TO EQUIPMENTS SECTION OF FIGURE 13 IN THIS DOCUMENT FOR EACH EQUIPMENT REFERS TO RECORDS SECTION OF FIGURE 30 IN THIS DOCUMENT 31 REFERS TO MANUALS SECTION OF FIGURE 31 IN THIS DOCUMENT 24.5 SEED STOCK 21 REFERS TO STORAGE SECTION OF FIGURE 21 IN THIS DOCUMENT Legend for Figure 25: 8 REFERS TO DEMAND / FORECASTING PRICE SECTION OF FIGURE 8 IN THIS DOUMENT 25.1 CROPS 25.1.1 DIAGRAMS 25.1.2 GRAPHS 25.1.3 DIGITAL DISPLAYS 25.1.4 Al ANALYTICS 25.2 VEGETABLES 25.3 DAIRY 25.4 MEAT 25.5 GRAINS 25.6 FRUITS 25.7 OTHERS Legend for Figure 26: 8 REFERS TO AGRI PROCESSING SECTION OF FIGURE 8 IN THIS DOCUMENT 26.1 GRAIN PROCESSING 26.2 HORTICULTURAL PROCESSING 26.3 OIL PROCESSING 26.4 SEED PROCESSING 26.5 ROOT AND TUBER PROCESSING 26.6 MEAT PROCESSING 26.7.1.4.1 OPEN MORE SCREENS 26.7.1.5 CLEARING SYSTEMS 26.7.1.5.1 WET CLEANING 26,7.1.5.2 DRY CLEANING 26.7.1.6 CONTAMINATION REMOVAL 26.7.1.7 SORTING-GRADING 26.7.1.7.1 SHAPE SORTING 26.7.11.2 SIZE SORTING 26.7 FRUIT PROCESSING 26.7.1.7.3 COLOR SORTING 26.7,1 FOR EACH AGRI ITEM 26.7.1.7.4 WEIGHT SORTING 26.7.1.1 PROCESSING EQUIPMENTS 26.7.1.7.5 QUALITY SORTING 13 REFERS TO FIGURE 13 FOR ALL EQUIPMENTS 26.7.1.7.6 NUTRITIONAL SORTING 11 REFERS TO SENSOR FEED SECTION OF FIGURE 26.7.1.7.6.1 OPEN MORE SCREENS 11 IN THIS DOCUMENT 26.8 DAIRY PROCESSING 26.7.1.2 PRIMARY PROCESSING REFERS TO RECORDS SECTION OF FIGURE 30 IN THIS DOCUMENT 21 REFERS TO STORAGE SECTION OF FIGURE 21 IN THIS DOCUMENT 26.7.1.3 SECONDARY PROCESSING 31 REFERS TO MANUALS SECTION OF FIGURE 31 IN THIS DOCUMENT 14 REFERS TO UTILITY SECTION OF FIGURE 14 IN THIS DOCUMENT 9 REFERS TO VIDEO FEED SECTION OF FIGURE 9 IN THIS DOCUMENT REFERS TO COMMUNICATION FEED SECTION OF FIGURE 10 IN THIS DOCUMENT 26.7.1.4 Al ANALYTICS Legend for Figure 27: 8 REFERS TO AGRI LOAN SECTION OF FIGURE 8 IN THIS DOCUMENT 27.1 BLOCKAML 27.1.1 LINKED TO BLOCK WORLD 27.2 BLOCK LOAN 27.2.1 LINKED TO BLOCK WORLD 27.3 LOAN EMI SCHEDULE 27.3.1 OPENS MORE SCREENS 27.4 Al ANALYTICS 27.4.1 LOAN STATISTICS 27.4.2 LOAN PROFIT-LOSS RATIO 27.4.3 DIAGRAMS 27.4.4 GRAPHS 27.4.5 DISPLAYS REFERS TO FIGURE 10 IN THIS DOCUMENT FOR COMMUNICATION FEED TO BANK 27.5 BANK ACCOUNT 27.5.1 LINK TO FARMER'S BANK ACCOUNT Legend for Figure 28: 8 REFERS TO AGRI COMMODITY MARKET SECTION OF FIGURE 8 IN THIS DOCUMENT 28.1 AGRI COMMODITY TRADING 28.1.1 LINKS TO LIVE TRADING PORTALS 28.1.2 Al ANALYTICS 28.2 AGRI COMMODITY MARKET PRICES 28.2.1 SCREENS WITH GLOBAL PRICES OPENS FOR ALL AGRI COMMODITIES 28.2.2 Al ANALYTICS 28.3 AGRI COMMODITY BROKERS 28.3.1 LINKS TO CONTACT COMMODITY BROKERS 28.4 AGRI COMMODITY TRANSPORTATION VENDORS 28.4.1 LINKS TO ALL AGRI-COMMODITY TRANSPORTATION VENDOR AND Al ANALYTICS Legend for Figure 29: 8 REFERS TO AGRI WASTE MANAGEMENT SECTION OF FIGURE 8 IN THIS DOCUMENT 29.1 WASTE SEGREGATION 29.2 WASTE RECYCLING 29.3 WASTE DISPOSAL 29.4 WASTE ENERGY GENERATION 29.5 WASTE TRANSPORTATION 29.5.1 OPEN SCREENS 29.6 WASTE COMPOSITION (TYPE / QUALITY / SPECIFICATION) Legend for Figure 30: 8 REFERS TO RECORDS SECTION OF FIGURES IN THIS DOCUMENT 12 REFERS TO FIGURE 12 IN THIS DOCUMENT Legend for Figure 31: 8 REFERS TO MANUALS SECTION OF FIGURES IN THIS DOCUMENT 31.1 OPERATION MANUALS 31.1.1 DIGITAL SCANS OPEN 31.2 CROP MANUALS 31.3 MATERIALS USED FOR CONSTRUCTION 31.4 BLUEPRINTS 31.4.1 DIGITAL SCANS OPEN 31.5 SEED MANUALS 31.6 AGRI MANUALS 31.7 MAINTENANCE MANUALS 31.7.1 MAINTENANCE RECORDS 31.7.2 MAINTENANCE SCHEDULES 31.7.2.1 HOUR 31.7.2.2 DAY 31.7.2.3 WEEK 31.7.2.4 MONTH 31.7.2.5 YEAR 31.7.2.6 DECADE 31.8 IRRIGATION MANUALS Legend for Figure 32: 8 REFERS TO POWER GENERATION FEED SECTION OF FIGURE 8 IN THIS DOCUMENT 32.1 CURRENT POWER STORAGE 32.1.1 SOLAR 32.1.2 WIND 32.1.3 THERMAL 32.1.4 HYDRO 32.1.5 GEO 32.1.6 DIGITAL DISPLAYS 32.2 POWER ANALYTICS 32.2.1 Al BASED POWER GENERATION ANALYTICS 32.3 POWER GENERATION V/S CONSUMPTION 32.3.1 OPEN SCREENS 32.4 POWER GENERATION COST 32.4.1 OPEN SCREENS Legend for Figure 33: 8 REFERS TO ROSTERS SECTION OF FIGURE 8 IN THIS DOCUMENT 33.1 DAY 33.2 MONTH 33.3 WEEK 33.4 YEAR 33.5 HISTORICAL 33.6 CALENDAR OPENS 33.6.1 HOUR 33.6.2 TIME 33.6.3 DUTY / WORK SCHEDULES 33.6.3.1 OPEN TO FURTHER SCREENS 33,6.4 TASK COMPLETION 33.6.4.1 OPEN TO MORE SCREENS 33.6.4.2 DIAGRAMS 33.6.4.3 GRAPHS 33.6.4.4 Al ANALYTICS Legend for Figure 34: 8 REFERS TO CULTIVATION SECTION OF FIGURE 8 IN THIS DOCUMENT 34.1 HYBRIDIZATION 34.2 BUDDING 34.3 GRAFTING 34.4 SOWING 34.4.1 AUTOMATED SOWING 13 REFERS TO EQUIPMENTS SECTION OF FIGURE 13 IN THIS DOCUMENT 34.4.2 SOWING SCHEDULES 31 REFERS TO MANUALS SECTION OF FIGURE 31 IN THIS DOCUMENT 11 REFERS TO SENSOR FEED SECTION OF FIGURE 11 IN THIS DOCUMENT 34.4.3 Al ANALYTICS 9 REFERS TO VIDEO FEED SECTION OF FIGURE 9 IN THIS DOCUMENT 34.4.4 SOWING DEPTH 34.5 IRRIGATION 18 REFERS TO IRRIGATION SECTION OF FIGURE 18 IN THIS DOCUMENT 34.6 MICRO PROPAGATION 34.7 MONO CULTURE 34.8 CROPPING SYSTEMS 16 REFERS TO CROP SECTION OF FIGURE 16 IN THIS DOCUMENT Legend for Figure 35: 8 REFERS TO CLIMATE -WEATHER SECTION OF FIGURE 8 IN THIS DOCUMENT 35.1 WEATHER 9 REFERS TO FIGURE 9 IN THIS DOCUMENT FOR VIDEO FEED OF WEATHER 35.1.1 LINKS TO LIVE SATELLITE IMAGES 35.1.2 Al CLIMATE -WEATHER PREDICTIONS 35.2 RAINFALL 35.3 SUNSHINE 35.4 CLIMATE 35.5 ATMOSPHERE 35.6 WIND Legend for Figure 36: 8 REFERS TO MANUFACTURER SECTION OF FIGURE 8 IN THIS DOCUMENT 36.1 DETAILS OF MANUFACTURER 10 REFERS TO COMMUNICATION FEED SECTION OF FIGURE 10 IN THIS DOCUMENT Legend for Figure 37: 37.1 KRISHI CENTRAL COMMAND 37.2 KRISHI Al 37.3 DESCRIPTIVE ANALYTICS AND OPERATIONS 37.3.1 SCREENS OPEN FOR EACH PARAMETER WITH ALL KINDS OF ANALYTICS, PLANNING, OPERATIONS 37.3.2 FOR ALL POSSIBLE AND REQUIRED PARAMETERS 37.4 PREDICTIVE ANALYTICS AND OPERATIONS 37.4.1 SCREENS OPEN FOR EACH PARAMETER WITH ALL KINDS OF ANALYTICS, PLANNING OPERATIONS 37.4.2 FOR ALL POSSIBLE AND REQUIRED PARAMETERS 37.5 PRESCRIPTIVE ANALYTICS AND OPERATIONS 37.5.1 SCREENS OPEN FOR EACH PARAMETER WITH ALL KINDS OF ANALYTICS, PLANNING OPERATIONS 37.5.2 FOR ALL POSSIBLE AND REQUIRED PARAMETERS 37.6 Al COGNITIVE ANALYTICS OPERATIONS (WARNING: AUTONOMY GIVEN TO AI) 37.6.1 SCREENS OPEN FOR SELECTED PARAMETERS Legend for Figure 38: 38.1 HOLOGRAM OF EARTH 38.2 HOLOGRAMS OF ALL ASSETS WHICH CAN BE CLICKED TO OPEN SCREENS

Claims

CLAIMS: 1. A system for providing complete global Agriculture mobility, operation and execution anytime, anywhere, anyplace and by any user; the system using Augmented Reality-Mixed Reality for creating live "Digital Twins" referred to as Hologram Projections of all available "Physical Assets" including humans in real world complete with monitoring, visualization, communication, operations and execution capabilities; the system incorporating Data Infused Holograms with Artificial Intelligence (Ai) Powered Descriptive, Predictive, Prescriptive and Cognitive (Fully Autonomous) Analytics and operative capabilities for Global Agriculture World covering Soil; each Hologram of the physical assets having infinite data points as required.
2. The system as claimed in claim 1 provides live holographic visualizations of every surface area of the earth.
3. The system as claimed in claim 2, wherein live visualizations in holographic visualizations are provided with Artificial Intelligence (Ai) Analytics in real time, thereby leading to total awareness, planning, rehearsal, and execution-operations.
4. The system as claimed in any one of previous claims itself creates Absolute Situational awareness by providing real-time information on current situation and execution-operational-capabilities, and is capable of being accessed anytime, anywhere and provides complete mobility for entire operations.
5. The system as claimed in any one of previous claims is operated by Touch and Voice Command and is developed in Augmented Reality-Mixed Reality Holographic screens and projections.
6. The system as claimed in claim 5, wherein the Augmented Reality-Mixed Reality Holographic screens and projections comprise a smart eyewear device with Augmented Reality (AR) -Mixed Reality (MR) holographic projection capability that can be worn by a user, i.e. human, alien, robot etc., or computers, tablets, mobile phones or smart screens, said smart eyewear device being activated by voice command and having a plurality of clickable buttons for operation.
7. The system as claimed in any one of previous claims is operated on a secured-encrypted environment due to its sensitivity and strategic deployment capabilities, and is created by HoloLens AR-MR Glasses, META 2 AR-MR Glasses, Any AR-MR Glasses, Magic Leap MR Glasses, Unity 3D, Vuforia, Maya 3D, Microsoft Net Platform, Azure Cloud Platform, HTML 5, CSS 3, JavaScript, Angular, jQuery, IOT tech, AI/Machine Learning, Python.
8. The system as claimed in any one of previous claims, wherein the authority level of access per screen and functions is decided as per user requirements.
9. The system as claimed in any one of previous claims, wherein the Holograms are either hand-held or capable of being moved around.
10. The system as claimed in any one of previous claims provides a single Global platform for Agriculture Command and Control, Soil, Nutrient, Water, Irrigation, Agri-Climate, Seed, Cultivation, Crop, Fertilization, Afforestation, Pesticide, Animal Production, Agri-Demand Forecasting, Agri-Waste, Agri-Loan, Agri processing, Agri Storage, Agri-Robotics and Food Commodity Market Management incorporating all types of assets powered with Artificial Intelligence operational and a nalyti cs and real time monitoring through live "Digital Twins"
11. The system as claimed in any one of previous claims, wherein the assets comprise one or more solar energy farm station (73.1), farm water station (7.3.2), farm drone (7.3.3), farm irrigation system (7.3.4), farmer (7.3.5), farm equipment station (7.3.6), autonomous tractor (7.3.7), soil (7.3.8), farming robot (7.3.9), crop (7.3.10), 7.4 air view, 7.4.1 expanded farm, 7.4.2 farming assets and other assets.
12. The system as claimed in any one of previous claims comprises options of vertical farming management (2.1.1), soil management (2.1.2), nutrient management (2.1.3), water management (2.1.4), irrigation management (2.1.5), Agri climate management (2.1.6), seed management (2.1.7), cultivation management (2.1.8), crop growth management (2.1.9), fertilization management (2.1.10), pesticide -insecticide management (2.1.11), demand forecasting management (2.1.12), food commodity market management (2.1.13), animal production management (2.1.14), afforestation management (2.1.15), Agri waste management (2.1.16), Agri loan management (2.1.17), Agri processing management (2.1.18), Agri storage management (2.1.19) and corresponding Artificial Intelligence (Ai) management.
13. The system as claimed in claim 12, wherein the Artificial Intelligence (Ai) management comprises vertical farming Al (2.2.1), soil Al (2.2.2), nutrient Al (2.2.3), water Al (2.2.4), irrigation Al (2.2.5), Agri climate Al (2.2.6), seed Al (2.2.7), cultivation Al (2.2.8), crop growth Al (2.2.9), fertilization Al (2.2.10), pesticide -insecticide Al (2.2.11), demand forecasting Al (2.2.12), food commodity market Al (2.2.13), animal production Al (2.2.14), afforestation Al (2.2.15), Agri waste Al (2.2.16), Agri loan Al (2.2.17), Agri processing Al (2.2.18) and Agri storage Al (2.2.19).
14. The system as claimed in any one of previous claims provides a hologram map of any single country or a combination of two or more countries.
15. The system as claimed in claim 14, wherein the hologram map of any single country or a combination of two or more countries is divided into micro-GPS grids.
16. The system as claimed in any one of previous claims provides a satellite image of an asset or a combination of two or more assets and also provides an air view or a ground view of an asset or a combination of two or more assets.
17. The system as claimed in any one of previous claims provides details of Actual Photo of Farm (8.1), GPS Coordinates (8.2, 12.3, 21.3), Details (8.3, 12.2, 21.2), Normal Video (9.1), Thermal Video (9.2), Night Vision Video (9.3), Sensor Feed (9.4), Lidar Feed (9.5), Ai Recognition Feed (9.6), Weather Feed (9.7), Video Feed 1 (9.8), Video Feed 2 (9.9), Video Feed 3 (9.10), Record Buttons (9.11), Historical Video Feeds (9.12), Temperature (11.1), Air Pollution (11.2), Moisture (11.3), Light (11.4), Sunlight (11.5), Humidity (11.6), Rainfall (11.7), WiFi (11.8), Water Depth (11.9), Water Use/Pressure (11.10), Motion Sensor (11.11), Odour (11.12), Air Pressure (11.13), Oxygen (11.14), Carbon Dioxide (11.15), Noise Level (11.16), Ventilation (11.17), Smoke (11.18), Gases (11.19), Weight (11.20), Soil Sensor (11.21), Electro Chemical Sensor (11.22), Air Flow Sensor (11.23), Weed Sensor (11.24), Fertilizer Sensor (11.25), Salinity Sensor (11.26), Accelerometer (11.27), Plant Disease Sensor (11.28), Crop Sensor (11.29), Leaf Wetness Sensor (11.30), Pest Pressure Sensor (11.31), Chlorophyll Sensor (11.32), Fire Sensor (11.33), Greenhouse Gas Sensor (11.34), Dust Sensor (11.35), Ultra Sound Sensor (11.36), Tilt Sensor (11.37), Vibration Sensor (11.38), Fruit Diameter (11.39), Stem Diameter (11.40), Pluviometer (11.41), Ion Sensor (11.42), Turbidity (11.43), Other Sensor (11.44), Photo Of Farmer (12.1), Vitals (12.4), Records (12.5), Agri Specializations (12.6), Number Of Equipments (13.1 to 13.6), Solar (14.1), Electricity (14.2), Water/Hydropower (14.3), Wind Power (14.4), Gas (14.5), Nuclear Power (14.6), Geo/Thermal Power (14.7), Other Sources (14.8), Name Of Utility (14.9), Soil Type (15.1), Soil Sensors (15.2), Soil Composition (15.3), Weathering Of Soil (15.4), Soil Pollution (15.5), Soil Ai (15.6), Cash Crop (16.1), Catch Crop (16.2), Inter Cropping (16.3), Multicropping (16.4), Permanent Crop (16.5), Neglected Crop (16.6), Share Cropping (16.7), Nursery (16.8), Staple Food (16.9), Fruit Trees (16,10), Flora (16.11), Crop Yield (16.12), Crop Residue (16.13), Crop Rotation (16.14), Crop Destruction (16.15), Cover Crop (16.16), Crop Diversity (16.17), Crop Wild Relative (16.18), Crop Cycles (16.19), Ai Based Analytics (16.20), Digital Displays (16.21), Schedules And Systems (16.22), Diagram/Graphs (16.23), Ai Based Crop Choices (16.24), Crop Details (16.25), Water Sources (17.1), Water Levels (17.2), Water Usage (17.3), Water Quality (17.4), Water Recycling Systems (17.5), Water Pollution (17.6), Water Storage (17.7), Water Composition (17.8), Irrigation System (18.1), Irrigation Efficiency (18.2), Environment Irrigation Impact (18.3), Irrigation Pricing (18.4), Irrigation Robots (18.5), Irrigation Design (18.6), Types Of Livestock (19.1), Actual Photo (21.1), Stock (21.4), Farmdrones (22.1), Harvesting Equipments (23.1), Harvesting Analytics (23.2), Harvesting Crops (23.4), Threshing (23.5), Grains Cleaning (23.6), Types Of Seeds (24.1), Seeds Sensors (24.2), Seeds Quality (24.3), Seeds Processing Equipments (24.4), Crops (25.1), Vegetables (25.2), Dairy (25.3), Meat (25.4), Grains (25.5), Fruits (25.6), Grain Processing (26.1), Horticultural Processing (26.2), Oil Processing (26.3), Seed Processing (26.4), Root and Tuber Processing (26.5), Meat Processing (26.6), Fruit Processing (26.7), Dairy Processing (26.8), Waste Segregation (29.1), Waste Recycling (29.2), Waste Disposal (29.3), Waste Energy Generation (29.4), Waste Transportation (29.5), Waste Composition (Type / Quality / Specification) (29.6), Current Power Storage (32.1), Power Analytics (32.2), Power Generation V/S Consumption (32.3), Power Generation Cost (32.4), Day (33.1), Month (33.2), Week (33.3), Year (33.4), Historical (33.5), Hybridization (34.1), Budding (34.2), Grafting (34.3), Sowing (34.4), Irrigation (34.5), Micro Propagation (34.6), Mono Culture (34.7), Cropping Systems (34.8), Weather (35.1), Rainfall (35.2), Sunshine (35.3), Climate (35.4), Atmosphere (35.5) and Wind (35.6) of one or more assets.
18. A method for providing complete global Agriculture mobility, operation and execution anytime, anywhere, anyplace and by any user, the method comprising: incorporating Data Infused Holograms with Artificial Intelligence (Ai) Powered Descriptive, Predictive, Prescriptive and Cognitive (Fully Autonomous) Analytics and operative capabilities for Global Agriculture World covering Soil, Nutrient, Water, Irrigation, Agri-Climate, Seed, Cultivation, Crop, Fertilization, Afforestation, Pesticide, Animal Production, Agri-Demand Forecasting, Agri-Waste, Agri-Loan, Agri processing, Agri Storage, Agri-Robotics and Food Commodity Market Management; and creating live "Digital Twins" referred to as Hologram Projections of all available "Physical Assets" including humans in real world complete with monitoring, visualization, communication, operations and execution capabilities by using Augmented Reality-Mixed Reality, each Hologram of the physical assets having infinite data points as required.
19. The method as claimed in claim lg comprising providing live holographic visualizations of every surface area of the earth.
20. A method for executing a system for providing complete global mobility, operation and execution anytime, anywhere, anyplace and by any user, the method comprising starting a device with Augmented Reality-Mixed Reality holographic projection capability; selecting a management option; selecting a country or a combination of two or more countries to obtain a Hologram map with micro GPS grids of the selected country or a combination of two or more countries; obtaining an appropriate image; and obtaining a hologram with details and vitals of an asset or a combination of two or more assets.
21. The method as claimed in claim 20, wherein the management option comprises options of vertical farming management (2.1.1), soil management (2.1.2), nutrient management (2.1.3), water management (2.1.4), irrigation management (2.1.5), Agri climate management (2.1.6), seed management (2.1.7), cultivation management (2.1.8), crop growth management (2.1.9), fertilization management (2.1.10), pesticide -insecticide management (2.1.11), demand forecasting management (2.1.12), food commodity market management (2.1.13), animal production management (2.1.14), afforestation management (2.1.15), Agri waste management (2.1.16), Agri loan management (2.1.17), Agri processing management (2.1.18), Agri storage management (2.1.19), vertical farming Al (2.2.1), soil Al (2.2.2), nutrient Al (2.2.3), water Al (2.2.4), irrigation Al (2.2.5), Agri climate Al (2.2.6), seed Al (2.2.7), cultivation Al (2.2.8), crop growth Al (2.2.9), fertilization Al (2.2.10), pesticide -insecticide Al (2.2.11), demand forecasting Al (2.2.12), food commodity market Al (2.2.13), animal production Al (2.2.14), afforestation Al (2.2.15), Agri waste Al (2.2.16), Agri loan Al (2.2.17), Agri processing Al (2.2.18) and Agri storage Al (2.2.19).
22. The method as claimed in claims 20 or 21, wherein the step of obtaining an appropriate image comprises obtaining a satellite image in air view or a ground view of an asset or a combination of two or more assets.
23. The method as claimed in any one of previous claims further comprising obtaining details of manuals and / or manufacturer of the device.
24. The method as claimed in any one of previous claims, wherein in one or more steps, the method comprises the option of going to the first step and / or to the previous step.
25. The method as claimed in claims 18 and 19, and the method as claimed in claims 20 to 24 being operated by clickable buttons and / or voice command. 30