InternatiOnal trade SHOW of agri-tech innovations & smart farming solutions
a platform for those
who strive to be the first
Russia, Saint_Petersburg / Expoforum
RUS
RUS
EXHIBIT
PRESS-RELEASE
OUR PARTNERS
11111 — is a global platform dedicated to showcasing breakthrough innovations that address the most pressing challenges in agriculture. We unite technology, expertise, and vision to transform agribusiness into a sustainable, efficient, and future-ready industry
Инновационные технологии — роботизация, автоматизация и предиктивная аналитика, — уже меняют АПК, превращая его в точную, высокопродуктивную отрасль, формируя устойчивое сельское хозяйство
To create a unique international platform that brings together agribusiness professionals, industry representatives, scientists, visionaries, developers, business and government to accelerate the technological transformation of the agro-industrial complex and achieve its sustainable, efficient and competitive future through the introduction of high technologies, interdisciplinary cooperation and integration of science, innovation and practice.

The iAgri exhibition aims to become a catalyst for industry progress, opening new horizons and opportunities for all participants, and is designed to inspire action, transforming ideas into real projects to address the global challenges of agribusiness.


THE MISSION
  • / Incentivizing innovation
    Promoting effective solutions that increase productivity, reduce costs and minimize environmental footprint, and help SMEs overcome technology barriers
    1
  • / Inclusion and accessibility of technology
    Ensuring equal access to innovations for small and medium-sized enterprises, including financially affordable solutions, as well as taking into account the needs of enterprises from socially vulnerable regions by adapting technologies to local conditions
    2
  • / Creation of innovation ecosystem
    Creating an environment for science and startups: exposition of science, gas pedals, grants, pilot projects at real enterprises. Supporting cross-industry cooperation to generate breakthrough solutions

    3
  • / Support for sustainable development
    Promoting technologies that comply with ESG (environmental, social responsibility, governance) principles and solutions for climate change adaptation and resource management
    4
  • / Bringing together key players
    Dialogue of professionals from different fields to create innovative standards in agro-industrial complex, forming partnerships for the realization of joint projects
    5
  • / Education and staff modernization
    Increasing digital and technological literacy of agrarians through master classes, demonstrations, cases, dissemination of knowledge about the best domestic and global practices
    6
iAgri is a gathering point for technologies changing agribusiness and representing the entire ecosystem of innovation. Each section of the exposition is a step towards a new level of efficiency, profitability and long-term sustainability of agribusiness
SHOW PROFILE
Innovative Machinery, Robots, Drones, and Automation Systems for the Agricultural Sector
  • Machines and Mechanisms

    • Prototypes of innovative models
    • Electric, hybrid, and hydrogen agricultural machinery
    • Unmanned self-propelled machinery
    • Unmanned combines
    • Smart plows, cultivators, and minimal tillage systems
    • Robotic systems for soil loosening, aeration, and treatment
    • Precision seeders and planters
    • Adaptive irrigation systems based on IoT moisture sensors and weather forecasts
    • Other
  • Robots, Drones, and Automation Systems for Crop Production
    • Drones and robots for spraying, fertilization, and soil condition assessment
    • Field monitoring: mapping, 3D modeling, integration with IoT
    • Robots for weeding, plant care, and harvesting
    • Robots for precision seeding and transplanting seedlings/saplings
    • Automated irrigation and microclimate control systems (greenhouses, vertical farms)
    • Biodegradable drones
    • Other
  • Automation in Animal Husbandry
    • Robots and automated systems for milking and milk monitoring
    • Robots and automated systems for feeding
    • Drones and robots for collecting biological samples in hard-to-reach areas
    • Feed and animal health monitoring systems
    • Microclimate management in livestock/poultry facilities
    • Automated cleaning systems for animal housing
    • Other
  • Post-Harvest Processing and Logistics Systems
    • Robotic product processing lines
    • Robotic sorting and packaging lines
    • Smart storage systems and warehouse logistics management
    • Robotic platforms for freight transport
    • Other
  • Intelligent Management Systems
    • Precision farming: data analysis, forecasting, energy management
    • Security and surveillance systems for crops and soil monitoring
    • Robotic farms: integrated solutions for agriculture
    • Blockchain platforms for supply chain traceability
    • AI algorithms for yield prediction and crop rotation optimization
    • Renewable energy management systems (solar panels, wind turbines for agriculture)
    • Other
  • R&D and Innovations
    • Robots for research and testing of new technologies
    • Bio-robots for working in extreme conditions (drought, low temperatures)
    • Genetic algorithms for accelerated breeding of plants and animals
    • Other
Innovative Feeds and Feeding Technologies
  • Biotechnologies and Innovative Compositions
    • Genetically modified feeds with enhanced nutritional value
    • Microbial additives and synthetic proteins to improve digestibility
    • Fermented feeds based on probiotics and prebiotics
    • Functional feeds to reduce stress, improve reproductive function, and enhance product quality (meat, milk, eggs)
    • Other
  • Alternative Protein Sources
    • Insect-based, algae-based, and single-cell organism-based feeds
    • Protein concentrates from agro-waste and processing by-products
    • Other
  • Personalization and AI Optimization
    • AI-optimized diets considering animal age, breed, and health
    • Real-time dynamic feed mixing systems
    • Other
  • Eco-Friendly Solutions
    • Feeds for reducing methane emissions in ruminants (tannin- or algae-based additives)
    • Closed-loop technologies to minimize carbon footprint
    • Other
  • Innovative Feed Processing Technologies
    • Ultrasonic and extrusion processing to increase nutritional value
    • 3D printing of feed pellets with specified properties
    • Other
  • Quality Control and Safety
    • IoT sensors for monitoring freshness and nutritional content
    • Blockchain tracking of feed ingredients from producer to feeder
    • Other
Innovative Veterinary Medicine for Farm Animals
  • Robotization, Mass Diagnostics, and Prevention
    • Detection of predisposition to diseases (e.g., mastitis, bovine leukosis)
    • Optimization of breeding traits through genome sequencing
    • Robotic installations for group treatment of animals
    • Automatic milking platforms with mastitis sensors
    • Robots for poultry claw trimming
    • Drones for spraying vaccines in poultry farms
    • Portable PCR labs for field conditions
    • IoT health monitoring: sensors in feeders and waterers, and GPS collars with health sensors for early disease detection
    • Biosensors: real-time milk analysis for subclinical mastitis
    • 3D printing: biocompatible prosthetics for injured animals
    • Other
  • Smart Epidemic Management Systems
    • AI models for outbreak prediction: integrating data on herd movement, weather, and epidemiological conditions
    • Quarantine robotized zones: autonomous disinfection barriers for vehicles and personnel
    • Contact tracing systems: RFID tags for analyzing infection spread within a herd
    • Blockchain for tracking vaccine provenance
    • Centralized databases of antibiotic resistance
    • Digital herd veterinary passports: blockchain platforms to record vaccinations, treatments, and movements
    • Centralized analytics systems: integration of data from farms, laboratories, and processing facilities
    • Other
  • Treatment and Rehabilitation
    • Inhalation systems for mass treatment of respiratory diseases
    • Automatic dewormer dispensers in feed and water
    • Regenerative medicine for productivity: biostimulants to heal wounds after injuries
    • Cell therapy for hoof restoration
    • Other
  • Smart Pharmacology
    • Nanoparticles with targeted antibiotics
    • Phage therapy
    • Biodegradable veterinary drugs safe for pastures
    • On-farm disposal of pharmaceutical waste (bioreactors)
    • Other
  • Productivity Enhancement Technologies
    • Additives to reduce stress during transport and calving
    • Probiotics to improve feed conversion
    • AI to predict optimal insemination timing
    • Biosensors for monitoring pregnancy and multiple fetuses
    • VR glasses for farm animals
    • Other
  • Genetic and Biotechnological Solutions
    • CRISPR genome editing for disease resistance (e.g., African swine fever, brucellosis)
    • DNA sequencing of herds to identify carriers of hereditary disorders
    • Genetically modified vaccines (DNA vaccines against foot-and-mouth disease, recombinant vaccines for poultry)
    • Microbiome technologies
    • Other
  • Tele-Veterinary for Farm Animals and Digital Solutions
    • Digital health monitoring technologies for cattle
    • AR/VR technologies
    • Tele-veterinary platforms
    • Other
Innovative Technologies for Sustainable Agriculture, Energy, and Resource Conservation
  • Regenerative Technologies and Bioengineering
    • No-Till 2.0 with robotic seeding and humus sensors
    • CRISPR-optimized cover crops for soil restoration
    • Biodynamic drones for applying organic fertilizers
    • GM crops with carbon sequestration for climate neutrality
    • Other
  • Waste Recycling and Bioenergy
    • Biogas 2.0 plants with AI control (processing manure, silage into biomethane)
    • Robotized pyrolysis units for biochar from plant residues
    • Microbial fuel cells for energy generation from wastewater
    • Biocarbon farming: CO₂ capture through cover crops and No-Till technology
    • Gasification of poultry waste into syngas
    • Biodegradable drones for collecting agro-plastics
    • Other
  • Renewable Energy
    • Transformable solar farms with adaptive panels
    • Floating solar power systems on irrigation ponds
    • Solar canopies over pastures for dual land use (energy + livestock shade)
    • Vertical wind turbines integrated into agricultural landscapes
    • Micro hydroelectric stations for local energy supply in water-rich regions
    • Green hydrogen: electrolyzers powered by renewables, biohydrogen from waste using GM bacteria
    • Biodiesel: production from vegetable oils and waste for farm machinery
    • "Green ammonia" for fertilizers
    • Other
  • Energy Efficiency and Autonomy
    • Smart greenhouses with LED lighting and geothermal heat pumps
    • Autonomous robots powered by solar panels (weeding, harvesting)
    • Microgrids (solar + wind + biogas) with AI controllers
    • Battery systems: lithium-ion and gravity storage for microgrid stability
    • Gas-piston power stations (transitional low-emission solution)
    • Energy recuperation systems: utilizing waste heat from equipment (e.g., bioreactors) for greenhouse heating
    • Energy-saving equipment: heat pumps, LED lighting with adjustable spectrum
    • Other
  • Water Conservation and Purification
    • Smart aquafarms with water recirculation and AI-based forecasting
    • Nanofiltration membranes for removing pesticides
    • Irrigation drones optimized by satellite data
    • Other
  • Digital Platforms and Management
    • AI agronomists for climate-neutral crop rotations
    • Neural networks for erosion control and power grid load forecasting
    • AI-optimized energy consumption: load forecasting based on IoT sensor data and weather models
    • Blockchain energy exchanges: P2P trading of surplus energy between farms and communities
    • Smart contracts for automatic payment of energy equipment rentals
    • Other
  • Ecosystem and Climate Innovations
    • Bio-robot pollinators and GM eco-corridors for biodiversity
    • Robotic carbon farms for large-scale planting of CO₂-absorbing plants
    • Agro-drones for managing precipitation in arid regions
    • Other
Smart Materials for Agriculture and Agricultural Machinery Manufacturing
  • Adaptive and Self-Healing Materials
    • Shape-memory polymers to restore deformed machinery parts (e.g., after impacts)
    • Self-regulating greenhouse covers that adjust light transmission
    • Self-healing coatings: anti-corrosion compounds that "seal" scratches on agricultural machinery
    • Other
  • Biodegradable and Eco-Friendly Materials
    • Biodegradable packaging: films from starch, cellulose, or PLA for mulching and product storage
    • Packaging with antimicrobial nanoparticles to extend shelf life
    • Agro-plastics: composites made from plant fibers (flax, hemp) for machine parts
    • Other
  • Functional and Protective Coatings
    • Wear-resistant nanostructured alloys for plows, cultivators, and discs
    • Durable ceramic matrices for machinery brake systems
    • Anti-adhesion coatings for equipment surfaces to prevent soil sticking
    • Other
  • Smart Materials for Storage and Logistics
    • Thermoregulating packaging: containers with phase-change materials (PCM) to maintain temperature
    • Gas-absorbing materials: coatings that absorb ethylene and CO₂ to control storage atmosphere
    • Antimicrobial packaging: embedded with silver or copper nanoparticles to suppress pathogens
    • Other
  • Lightweight and Impact-Resistant Materials
    • Lightweight carbon nanofibers and aluminum alloys for drone and robot frames
    • Impact-resistant polymers to protect sensors and electronics from vibration and damage
    • Other
  • Energy-Active and Sensor Materials
    • Photovoltaic films: flexible solar panels integrated into greenhouses and machinery
    • Piezoelectric elements: generating energy from machinery vibrations to power IoT devices
    • Other
  • Innovations in Agricultural Machinery Engineering
    • Magnetorheological fluids – adaptive shock absorbers that reduce vibration on uneven terrain
    • Hydrogels with adjustable water retention for drip irrigation systems responding to drought conditions
    • Other
Smart Spare Parts and Fuels & Lubricants for Agriculture
  • Smart Spare Parts with Integrated Sensors

    • IoT sensors for wear and vibration in bearings and gears
    • Chain drives with load sensors to prevent breakage
    • Self-diagnosing hydraulic systems that automatically detect leaks and adjust pressure
    • Other
  • Innovative Fuels and Lubricants with Enhanced Properties
    • Oils with nanoparticle additives (graphene, ceramic) to reduce friction and extend engine life
    • Anti-friction coatings for machinery operating in extreme conditions
    • Plant-based lubricants that are environmentally safe
    • Other
  • Eco-Friendly and Biodegradable Fuels and Lubricants
    • Fuel made from plant waste to reduce carbon footprint
    • Hydraulic oils that decompose in soil within 3–6 months
    • Low-carbon additives – additives that reduce CO₂ and soot in exhaust gases
    • Other
  • Fuel and Lubricant Monitoring and Management Systems
    • AI-optimized consumption – platforms analyzing machinery load and recommending optimal fuel use
    • Automatic dispensers – robotic systems for delivering lubricants to friction points
    • Other
  • 3D Printing and Customization of Parts
    • Printing rare or obsolete parts (e.g., gears) from metal powders
    • Printing lightweight composite components for drones and robots
    • Online ordering platforms – digital libraries of 3D part models with the ability to adapt designs to specific machinery
    • Other
  • Self-Healing and Adaptive Materials
    • Polymeric coatings for F&L pipelines that "seal" microcracks under heat
    • Self-lubricating bearings with graphite or ceramic inserts to reduce lubrication needs
    • Other
  • Smart Storage and Transportation of F&L
    • IoT-enabled containers with level, temperature, and humidity sensors to prevent fuel and lubricant spoilage
    • Blockchain tracking – monitoring the origin and quality of fuel and lubricants throughout the supply chain
    • Other
Innovative Solutions in Agro-Logistics
  • Smart Supply Chain Management Systems
    • Blockchain platforms – transparent tracking of products from field to shelf
    • AI-driven demand forecasting – optimizing production and logistics based on market, weather, and seasonality data
    • Other
  • Autonomous Transport and Delivery
    • Unmanned trucks – conventional, electric, hybrid, and hydrogen vehicles for long-distance transport
    • "Last mile" drones and robots – delivering seeds, fertilizers, and small product batches to hard-to-reach areas
    • Hybrid multimodal systems – combining autonomous trucks, drones, and rail to reduce costs
    • Other
  • Intelligent Warehouses and Storage
    • Robotic warehouses – automated sorting, packaging, and palletizing with AGV robots
    • Smart refrigerators – IoT sensors controlling temperature, humidity, and gas composition for fruits, vegetables, and meat
    • Dynamic storage systems – AI algorithms to optimize warehouse space usage
    • Other
  • Climate Control and Quality Preservation
    • Biodegradable materials with antimicrobial nano-coatings
    • Modified Atmosphere Packaging (MAP) solutions
    • Thermoregulated containers with phase-change materials (PCM) for transporting perishable products
    • Other
  • Route Optimization and Cargo Flows
    • AI logistics – route planning and real-time adjustments considering traffic, weather, and road conditions
    • Digital twins – virtual modeling of logistics chains to identify bottlenecks
    • Other
  • Eco-Friendly Solutions
    • Green transport – electric vehicles and machinery running on biodiesel and hydrogen to reduce carbon footprint
    • Returnable container systems – reusable containers with RFID tags for tracking and reuse
    • Zero-waste logistics – recycling packaging and organic waste into biofuel
    • Other
  • Cargo Monitoring and Security
    • IoT trackers – shock, tamper, and geolocation sensors for valuable cargo
    • Satellite monitoring – 24/7 tracking of seafood and perishable goods shipments
    • Cybersecurity – protecting logistics data from hacker attacks
    • Other
Vertical Farming and Smart Greenhouses
  • Vertical Farming Technologies
    • Hydroponics and aeroponics for soilless cultivation (nutrient solutions, misting roots)
    • Aquaponics – symbiosis of hydroponics and aquaculture (fish waste → fertilizer for plants)
    • Urban farms: modular vertical farms in urban settings (rooftops, buildings, shipping containers)
    • Other
  • Smart Greenhouses
    • Automatic microclimate control – IoT sensors for temperature, humidity, CO₂, and light + AI for instant adjustments
    • LED lighting – adjustable spectrum (blue/red) for photosynthesis and faster growth
    • Drip irrigation systems – targeted water and nutrient delivery with soil moisture sensors and resource monitoring
    • Other
  • Intelligent Management Systems
    • AI for yield forecasting and optimizing light cycles and nutrient solutions
    • AI for early disease detection using computer vision
    • Centralized control panels integrating data from all sensors
    • Remote access via mobile apps
    • Other
  • Resource Conservation and Sustainability
    • Closed water cycles – recirculation of water in hydroponic and aquaponic systems
    • Energy efficiency – solar panels on greenhouse roofs, geothermal heating systems
    • Other
Internet of Things (IoT) in Agriculture
  • Data Collection and IoT Infrastructure
    • Soil moisture, temperature, and composition sensors
    • Weather stations with microclimate forecasting for fields
    • GPS collars and biosensors for livestock health monitoring
    • Smart feeders with RFID tags for personalized feeding
    • Wear, fuel consumption, and engine load sensors on machinery
    • LPWAN networks (LoRaWAN, NB-IoT) and satellite systems for remote regions
    • Edge computing – local data processing at field hubs to reduce latency
    • Other
  • IoT-Enabled Livestock Management
    • Health monitoring for livestock – body temperature, activity, and rumen pH sensors
    • Smart GPS collars for tracking movement on pastures
    • Optimization of housing conditions – IoT sensors for ammonia, humidity, temperature, and ventilation
    • Automatic ventilation and disinfection systems
    • Other
  • Precision Farming
    • Precision seeding and fertilization – NDVI sensors (Normalized Difference Vegetation Index) for field mapping
    • IoT-equipped planters with variable-rate seeding and agrochemical application
    • Soil condition monitoring – sensors for electrical conductivity, pH, and organic matter
    • Other
  • Smart Water Resource Management
    • Soil moisture sensors + weather forecasts for calculating irrigation needs
    • Drip irrigation systems with remote control via mobile apps
    • IoT sensors for nitrates, heavy metals, and salinity in water sources
    • Other
  • Waste Management and Ecology
    • Fill-level and methane emission sensors in manure storage
    • Automatic pumping systems for transferring waste to bioreactors
    • Environmental IoT sensors – measuring noise, dust, and CO₂ emissions around farms
    • Other
  • Product Quality Control
    • Freshness trackers – RFID tags and temperature/humidity sensors in storage and transit
    • Smart packaging – spoilage indicators based on gas composition changes
    • Other
Digitization, Artificial Intelligence, and Big Data in Agriculture
  • Data Management and Digital Platforms
    • ERP systems – integration of IoT, financial, and logistics data
    • Digital twins of farms – virtual models to simulate scenarios (droughts, epidemics)
    • Integration of field, warehouse, and machinery data into a unified IoT platform
    • Smart management systems – automated planning of crop rotations, procurement, and resource allocation
    • Mobile apps for farmers
    • Other
  • AI and Big Data for Crop Production
    • Precision agriculture – analysis of satellite images and sensor data for variable-rate fertilization
    • Pest control – computer vision for identifying insects and diseases
    • Other
  • Predictive Analytics
    • Analysis of market trends, weather, and social media data
    • AI algorithms for routing and managing cargo flows
    • Other
  • Resources and Genomics
    • Genomic databases – accelerating breeding of plants and animals through ML analysis of DNA
    • Water usage optimization – AI models for irrigation forecasts based on IoT data
    • Other
  • Education and Blockchain
    • Digital advisory centers – platforms for remote agricultural support
    • Blockchain – supply chain transparency and organic product certification
    • Other
  • Cybersecurity in Agriculture
    • Farm data protection – encryption of IoT data, two-factor authentication
    • Protection of intellectual property (e.g., seed patents)
    • Other
Genetics, Breeding, and Biotechnology in Agriculture
  • Gene Editing and CRISPR Technologies
    • CRISPR/Cas9 – creating plant varieties resistant to diseases, drought, and pests
    • Improving product quality: increasing protein in legumes, vitamins in vegetables
    • Synthetic biology – designing microorganisms to produce biopesticides and biofertilizers
    • Other
  • Accelerated Breeding
    • Marker-assisted selection (MAS) – choosing plants/animals by DNA markers linked to beneficial traits (e.g., potato blight resistance)
    • Genomic prediction – using Big Data and AI to analyze genomes and speed up the development of new varieties
    • Other
  • Biotechnology in Animal Husbandry
    • Embryo transfer – mass production of offspring from high-yield cows and sows
    • Genetic improvement of productivity – selective breeding to increase milk yields, weight gain, and reproductive performance
    • Other
  • Microbial Technologies and Biofertilizers
    • Biopesticides and biostimulants – microorganisms for plant protection
    • Symbiotic cultures – GM rhizobacteria that fix nitrogen in soil without chemical fertilizers
    • Other
  • Cell and Tissue Culture
    • Microclonal propagation – mass production of virus-free seedlings of fruit and berry crops (e.g., strawberries, grapes)
    • Cellular agriculture – in vitro cultivation of meat
    • Other
Innovative Agrochemistry and Crop Protection
  • Smart Fertilizers
    • Next-generation mineral fertilizers – nanoparticles with controlled release of nitrogen, phosphorus, and potassium
    • Encapsulated formulations activated by contact with roots or specific moisture levels
    • Organic fertilizers: biochar (charcoal from agro-waste) to improve soil structure and water retention
    • Accelerated composting using microbial consortia
    • Other
  • Biological Plant Protection Products
    • Microorganisms and fungi to combat insect pests
    • Entomopathogenic nematodes for controlling soil pest populations
    • Biofungicides – Trichoderma strains to suppress fungal diseases
    • RNA interference – selective "silencing" of pest genes via spray
    • Other
  • Next-Generation Chemical Crop Protection
    • Selective herbicides and insecticides – low-toxicity formulations targeting only the intended organisms
    • Pheromone traps – controlling pest populations by disrupting mating behavior
    • Other
  • Delivery Technologies and Eco-Friendliness
    • Nano-carriers and encapsulation – precise delivery of active substances to roots or leaves, reducing chemical usage
    • Biodegradable polymers – packaging for crop protection agents and fertilizers that degrades in soil without harm
    • IoT monitoring systems – soil sensors and drones for precision application of crop protection products
    • Other
Agri-Fintech
  • Digital Lending and Leasing
    • Alternative credit scoring – using IoT data (yield, machinery condition), satellite imagery, and sales history to analyze risks
    • Online equipment leasing – hybrid programs with payment based on harvest results
    • Other
  • Innovative Insurance in Agriculture
    • Weather insurance – automatic payouts when temperature/precipitation deviate from norms
    • Satellite-based insurance – damage assessment from droughts or floods via NDVI analysis
    • Digital insurance platforms – mobile apps for issuing policies in 5 minutes
    • Other
  • Payment Solutions and Blockchain
    • Mobile payments – electronic wallets for farmers without bank access
    • Blockchain payments – transparent transactions between farmers, suppliers, and buyers
    • Other
  • Financial Management and Investments
    • Digital management platforms – tools for tracking income/expenses, taxes, and subsidies
    • Crowdfunding and tokenization – platforms for investing in agricultural projects through fractional assets
    • Tokenization of harvest or land on blockchain (e.g., Harvest, LandEx)
    • Predictive analytics – AI models for evaluating crop profitability and optimizing budgets
    • Other
Safety and Cybersecurity in Agriculture
  • Physical Security and Monitoring
    • Video surveillance – smart cameras with AI analytics for detecting unauthorized access
    • Drones with thermal imaging for patrolling fields and storage sites
    • Access control and threat detection – biometric systems to secure critical infrastructure
    • Water, gas, and fire leak sensors with automatic alerts
    • Robotized security – autonomous patrol robots
    • Other
  • Cybersecurity and Data Protection
    • Protection of IoT devices – data encryption for sensors, two-factor authentication
    • Regular firmware updates to patch vulnerabilities
    • Data security – blockchain for supply chain tracking and product authenticity verification
    • Protection of genetic data from breeding programs against leaks
    • Defense against cyberattacks – intrusion detection systems (IDS) and DDoS protection
    • Staff training to counter phishing and social engineering
    • Other
  • Environmental Safety
    • Monitoring environmental parameters – IoT sensors to track pesticide levels in soil and river water
    • Satellite early warning systems for pollution
    • Waste management – systems to monitor manure storage and methane emissions
    • Automatic alerts for risks of environmental disasters
    • Biological safety – sensors to detect pathogens in storage and greenhouses
    • Quarantine zones with robotic treatment
    • Other
  • AI for Threat Analysis
    • Risk prediction – AI models to forecast plant disease outbreaks (using satellite and weather data)
    • Analysis of logistics routes for vulnerabilities (theft, spoilage)
    • Automated response – AI algorithms to block suspicious operations in ERP systems
    • Robotized systems to mitigate consequences of accidents (e.g., chemical spills)
    • Other
Innovative Distribution Channels in Agriculture
  • Digital Platforms and Marketplaces
    • B2B/B2C marketplaces with AI analytics
    • Blockchain tracking projects
    • Other
  • Direct Sales 2.0
    • Subscription services and CSA (Community Supported Agriculture) – curated delivery boxes managed via mobile app with product selection
    • IoT sensors in delivery boxes to monitor temperature during transit
    • Social commerce – sales via Instagram Live and Telegram bots with integrated payments
    • Other
  • Smart Wholesale Solutions
    • National Commodity Exchange (NCE) – grain trading through algorithmic auctions with AI recommendations for sellers
    • Automated warehouses – robotic sorting and packaging systems in logistics centers
    • Other
  • Innovative Retail
    • Smart supermarkets – shelves with RFID tags and freshness sensors
    • Virtual stands with AR demonstrations of products (showing composition and origin via smartphone)
    • AI-powered vending machines – offering farm produce with recommendations based on consumer preferences
    • Other
  • Export Innovations
    • Digital export platforms with AI analysis of demand in foreign markets (integration with customs services to speed up shipments)
    • Blockchain-based export contracts – automatic currency conversion and risk insurance
    • Virtual exhibitions – 3D tours of farms and processing facilities for overseas buyers
    • Other
  • Gamification and Metaverses
    • NFT farms: tokenization of harvests – consumers invest in digital "shares" of fields and receive a portion of profits
    • Virtual farms in metaverses to engage younger generations
    • Mobile games – apps where users grow virtual crops, earning discounts on real products
    • Other
  • Logistics Technologies
    • Autonomous delivery – drones and unmanned trucks for transporting perishable goods
    • Smart refrigerators – IoT containers with temperature control and automatic stock replenishment in stores
    • Other
  • Government Innovations
    • Electronic procurement – platforms with AI analysis of tenders and automatic bid preparation
    • Digital certificates – QR codes on products confirming origin and eco-friendliness
    • Other
Innovative Construction in Agriculture and Rural Development
  • Construction for Agriculture
    • Modular livestock and poultry complexes with integrated IoT systems
    • Quick-assembly grain silos made from sandwich panels with energy-efficient insulation
    • Smart storage – building grain silos and cold storage terminals
    • Construction of farms and storage facilities using 3D printers
    • Construction of worker housing using 3D printers
    • Integration of solar panels into farm building roofs to increase energy efficiency
    • Geothermal heating – using heat pumps to warm greenhouses and homes
    • Other
  • Infrastructure for Workers
    • Eco-villages – houses made of local materials (wood, straw bales) with zero carbon footprint
    • Architectural solutions – compact townhouses with smart management systems (lighting, heating, water)
    • Multi-functional centers – schools, clinics, gyms in modular buildings
    • Coworking spaces and digital libraries – areas for remote work and education
    • Other
  • Innovative Materials and Approaches
    • Biocomposites and recycled materials – building blocks from hemp and flax
    • Road surfaces made from recycled plastic
    • Smart systems – IoT sensors for monitoring building health (cracks, humidity)
    • BIM technologies in construction
    • Other
  • Government Programs and Funding
    • National project "Comprehensive Development of Rural Areas"
    • Grants for innovation
    • Other
EXHIBIT
iagri - ECOSYSTEM bringing together INNOVATION EXPOSITION, TECHNOLOGICAL DEMONSTRATIONS, BUSINESS RELATIONSHIPS AND CROWN DEVELOPMENT FOR THE SYNERGY OF AGRIBUSINESS, SCIENCE AND EDUCATION. MEET THE CONCENTRATION OF INNOVATION, EXPERIENCE AND EXPERTISE - YOUR BREAKTHROUGH STARTS HERE!
PROJECT ARCHITECTURE
3
1
2
7000
sqm
exhibitors
150+
200+
speakers
events
50+
4
Exhibition
Business program
  • High concentration of innovative solutions and successful experience of their implementation
  • Stands of technology companies and agribusiness representatives
  • Startup Alley
  • A platform for dialog, career development and cooperation between students, young professionals, business and science in the agro-industrial complex.
  • Presentations of training programs by universities
  • Case championship for students of universities and colleges
  • Demonstration sites for Research and development activities of universities and scientific institutes
  • VR-presentations of projects
  • Test drives of technology
  • Innovation Business Forum
  • Panel discussions on the development of the innovation ecosystem in the agro-industrial complex
  • Seminars and round tables to share experience and best practices in commercialization of innovations, including cases from BRICS and EAEU countries
  • Pitch sessions for startups and development teams
  • Reverse pitches from customers of solutions for developers
Agro-polygon demonstration area
AgroCampus & Career
iAgri is the ecosystem where technologies turn into working business models and cross-industry collaboration accelerates the transformation of the agribusiness sector
WHY TO PARTICIPATE
  • / Business reputation enhancement
    Exhibiting in a high-profile event and demonstration of expertise in discussions increases the company's credibility as a reliable partner and technological leader
  • / Searching for new markets
    Demonstration of solutions to potential customers from Russian regions and neighbouring countries interested in implementing innovations
  • / Direct access to the target audience
    Opportunity to conclude contracts and demonstrate own developments to TOP-managers and specialists of agribusinesses, investors, government representatives
  • / Analysis of the competitive environment
    Studying technological trends, evaluating the proposals of other market players and adapting the development strategy in line with industry demands
  • / Partnerships and collaborations
    Interaction with suppliers, developers and research centers for joint implementation of projects
  • / Expert feedback
    Your developments will be sharpened in discussions with critically thinking experts and practitioners, which will allow you to optimize your developments for the current needs of the agro-industrial complex
  • / Information support
    Mention of the company in official materials of the exhibition, mass media and industry analytical reviews, which expands the audience reach
  • / Inspired by a breakthrough
    Immersion in the epicenter of innovation will energize your team to boldly experiment and create “next generation” solutions
  • \ Access to advanced technologies for agro-industrial complex
    An opportunity to get acquainted with the latest developments in the field of agricultural technology, digitalization, bioengineering and robotization
  • \ Competitive advantage in the market
    The ability to be the first to innovate, strengthening the company's position in the face of growing competition and changing consumer demands
  • \ Search for advanced solution providers
    Comparison of proposals of alternative suppliers of innovative solutions in the same space, selection of optimal solutions for specific tasks
  • \ Increasing business efficiency
    Access to solutions that reduce production costs, optimize resource management and increase profitability through the implementation of modern technologies
  • \ Professional development of employees
    Participation in events on current methods of working with new technologies increases the skills of the team and reduces dependence on manual labor
  • \ Direct contact with manufacturers and risk reduction
    Personal communication with technology vendors to promptly solve business problems, testing of technologies to optimize implementation risks
  • \ Study of successful cases of innovation implementation
    Analysis of practical experience of innovation implementation at agribusinesses, including assessment of economic effect and ROI for different technologies
  • \ Expanding business relationships
    Establishing contacts with suppliers, partners and experts for joint implementation of projects, exchange of experience and cooperation
  • \ Trend analysis
    Obtaining information on global and local trends in the agro-industrial complex in order to adjust the business development strategy in line with changing market demands
  • \ Technological breakthrough
    Direct contact with developments that seemed futuristic - from robotic agronomists to vertical farms - and an understanding of how they can be applied today
  • / Access to current industry challenges
    Scientists receive direct requests from agribusinesses to solve specific problems. This focuses research on real needs rather than hypothetical scenarios
  • / Access to long-term industry forecasts
    Participation in iAGRI's industry discussions and analytical sessions provides the scientific community with data to form strategic research programs for 10+ years in advance
  • Promotion of support programs
    Informing about subsidies, grants and regulatory changes
  • Export promotion
    Helping exhibitors to reach international markets by organizing B2G meetings
  • Gathering analytics
    Studying industry trends and problems to formulate effective policies
  • Search for promising projects
    Identifying startups and technologies with high ROI
  • Risk mitigation
    Face-to-face interaction with project teams, MVP testing and expert sessions
  • Assessment of market trends
    Analyzing demand for innovations to form investment strategies
Agros Expo Group is a leading Russian organizer of international b2b exhibitions, congresses and events in the agro-industrial complex
We create a communication platform for industry professionals, bringing together experts, innovative solutions and best practices
THE ORGANIZER
Professionals with over 18 years of experience in organizing large-scale events that promote agribusiness development, strengthen business relations and share best practices
We work on the industry's side, helping businesses find opportunities, strengthen market positions and innovate. We strive to be a driver of positive change in the agribusiness sector, contributing to its sustainable development and the global competitiveness of our clients
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