Top 50 Agricultural Drone in Latin America

The startup manufactures a specialized unmanned aerial vehicle (UAV) designed for precision agricultural spraying, utilizing advanced drone technology to enhance application accuracy. This solution reduces chemical usage and minimizes environmental impact while improving crop yield management for farmers.

Auravant provides an aerial monitoring platform that automates data collection and analysis for agricultural operations, enabling farmers to track crop health and optimize resource use. By centralizing information on crop development and facilitating team collaboration, the platform enhances operational efficiency and productivity in the agricultural sector.

Cromai utilizes artificial intelligence to analyze agricultural images for precise identification and quantification of invasive plant species, enabling targeted herbicide application. This technology reduces herbicide usage by up to 65%, enhancing operational efficiency and sustainability in crop management.

Drovid Technologies offers a platform-as-a-service (PaaS) that utilizes artificial intelligence and drone technology to monitor forests for early detection of wildfires caused by human activity. By identifying small fires and potential negligence in real-time, the solution aims to prevent large-scale forest fires and mitigate their impact on ecosystems and communities.

DeepAgro utilizes generative AI for real-time weed detection and selective spraying, significantly reducing agrochemical usage by up to 90% based on weed density in soybean crops. Their platform also integrates agricultural data, enabling farmers to monitor crop health and optimize resource allocation efficiently.

Instacrops is a full-stack agricultural technology platform that utilizes machine learning and artificial intelligence to provide real-time monitoring and recommendations for irrigation, nutrients, pests, and diseases. By enabling farmers to make informed decisions based on precise data, the platform minimizes risks and enhances crop profitability.

Speedbird Aero operates a drone logistics platform that utilizes unmanned aerial systems (sUAS) to deliver small packages, including food and medicine, efficiently and safely. By providing a certified "Drone as a Service" solution, the company addresses the challenges of traditional delivery methods, reducing CO2 emissions and improving access to essential goods in urban and remote areas.

Speedbird Aero operates a drone logistics platform that utilizes unmanned aerial systems (sUAS) to deliver small packages, including food and medicine, efficiently and safely. By providing a certified "Drone as a Service" solution, the company addresses the challenges of traditional delivery methods, reducing CO2 emissions and improving access to essential goods in urban and remote areas.

SIMA is a mobile application that utilizes geolocation and data analysis to monitor agricultural fields, enabling farmers to track pests, diseases, and crop health through photographs and real-time data synchronization. The platform streamlines field management by generating automated reports and work orders, significantly reducing time spent on manual monitoring and improving decision-making processes.

Moya Aero develops high-capacity, all-electric eVTOL drones designed for cargo delivery and precision logistics, addressing the need for efficient transport to remote locations. By combining the speed of air transport with the cost-effectiveness of ground logistics, Moya Aero enables timely delivery of essential goods while reducing operational costs.

Provides a blockchain-based platform that integrates AI, IoT, and satellite technology to help smallholder farmers optimize operations, improve crop yields, and ensure compliance with regulations like the EU's deforestation law. The system offers tools for farm management, livestock genetics tracking, supply chain transparency, and access to decentralized finance (CeDeFi) services, enabling farmers to increase profitability and sustainability.

Agrion Agrisolutions develops precision agriculture products that utilize advanced soil health monitoring and crop management technologies. The company addresses the challenges of declining soil fertility and inefficient resource use, enabling farmers to enhance yields and reduce input costs.

The startup develops an autonomous indoor gardening system that utilizes smart sensors and self-watering technology to automate plant care from planting to harvesting. This solution enables users to grow fresh, organic food at home without the challenges of traditional gardening, such as soil management and manual watering.

The startup develops a credit application that utilizes satellite imagery and artificial intelligence to assess crop quality and production history for farmers. This technology provides equitable credit access for producers while ensuring secure lending practices for financiers.

Umgrauemeio has developed Pantera, a fire management platform that utilizes satellite detection and real-time risk analysis to monitor and combat wildfires in agricultural and forested areas. The platform has demonstrated measurable results, including a 90% reduction in burned area for clients and an 80% decrease in response time for fire brigades.

Provides software-defined imaging radar systems that use radio waves to detect and track objects' distance, speed, direction, and vertical height in all environmental conditions, including through barriers and in complete darkness. This technology enables autonomous systems to create detailed, real-time spatial maps and monitor movement with high accuracy, overcoming limitations of optical sensors in challenging environments.

Picsel provides a digital platform for farmers to quote, contract, and manage crop insurance, utilizing satellite imagery and climate data for precise monitoring of insured areas. The platform enhances transparency and efficiency in claims management, reducing the risk of fraud and improving response times for loss assessments.

Macloud offers a digital platform that connects farmers with essential agricultural inputs, equipment, financing, and precision agtech solutions. This service enhances farm profitability by streamlining procurement and providing reliable technical support, ensuring farmers can efficiently manage their resources and operations.

Rising Farms operates large-scale indoor farms utilizing automation and climate-efficient technologies to produce high-quality vegetables year-round while consuming 90% less water and achieving yields up to 30 times greater than traditional farming. The company addresses food security and sustainability challenges in agriculture by leveraging controlled environments to mitigate the impacts of weather fluctuations and resource scarcity.

Arado is a platform that provides supply chain management and business solutions specifically designed for small and medium-sized farmers. By streamlining logistics and enhancing operational efficiency, it addresses the challenges of product distribution and market access in the agricultural sector.

Agrosmart provides data-driven climate intelligence and agronomic insights to over 100,000 farmers across Latin America, enhancing their resilience to climate variability and improving crop profitability. The platform also offers end-to-end sustainability solutions for agroindustries, enabling them to monitor and report on key environmental, social, and governance indicators.

TAXON utilizes artificial intelligence and genomic analysis to enhance soil microbiome understanding, enabling farmers and biotech companies to optimize crop yields and reduce reliance on agrochemicals. By providing detailed insights into microbial diversity and functionality, TAXON helps clients make informed decisions that lead to sustainable agricultural practices and improved productivity.

BEMAGRO provides cloud-based imaging solutions that utilize artificial intelligence to process drone imagery and machinery data for precision agriculture. The platform enables farmers to optimize planting, monitor crop health, and manage resources effectively, addressing inefficiencies in agricultural operations.

The startup develops an autonomous microbiological monitoring device that utilizes microfluidic chips and isothermal biomolecular reactions to quantify airborne fungal spores. This technology enables farmers to predict fungal outbreaks and optimize fungicide application, reducing chemical usage and improving crop health.

Sylvarum utilizes electrostimulation technology to enhance plant yield by directly interacting with the plant's nervous system. This approach addresses the challenge of low agricultural productivity by improving growth rates and resource efficiency in crop production.

FazMais offers a multi-channel platform connecting rural producers with smart farming technologies. The company provides essential connectivity and telemetry solutions for agricultural machinery, enabling IoT and M2M adoption to enhance operational efficiency and reduce costs.

The startup develops an edaphoclimatic analysis model that integrates climate, soil, CO2, and water assessments to enhance the sustainability of farming ecosystems. By providing precise environmental data, the technology enables farmers to optimize resource use and improve crop yields.

The startup develops a geospatial data intelligence platform that integrates multispectral and hyperspectral satellite and drone imagery with machine learning algorithms for environmental and water body monitoring. This technology enables clients to efficiently track changes in ecosystems and agribusiness, providing actionable insights for sustainable management.

SciCrop is a big data analytics platform that integrates internal, supplier, and IoT data to provide tailored dashboards and machine learning insights for agricultural operations. The platform enables farmers and agribusinesses to enhance productivity and decision-making through real-time geographic and weather analytics.

The startup develops nature-based solutions for ecosystem restoration by utilizing indigenous species for reforestation and advanced surveillance technologies such as IoT and drones to monitor large-scale landscapes. Their initiatives aim to restore 7,795,062 hectares of degraded ecosystems while supporting local communities through sustainable projects funded by carbon credit sales.

Rurall utilizes data analytics and IoT technology to enhance the agricultural supply chain by improving operational efficiency and product quality. The platform addresses inefficiencies and lack of transparency in sourcing, logistics, and distribution, enabling stakeholders to make informed decisions based on real-time data.

Biofeeder develops autonomous aquaculture feeders utilizing adaptive acoustic technology to optimize feeding efficiency and production parameters in shrimp farming. Their solution includes solar-powered feeders and a central control unit that operates continuously, ensuring precise feed delivery and improved yield management.

Videri AI's Computer Vision Intelligence Surveillance (CVIS) platform uses AI to analyze drone video feeds in real-time, automatically detecting people and vehicles to enhance aerial surveillance coverage. The SaaS solution provides automated alerts and mission analysis for security, industrial monitoring, and public safety operations.

SiFly offers long-endurance drone systems with AI-powered software and cloud connectivity for various industries. Their solution enables efficient data collection, logistics, and operational support in sectors like agriculture, infrastructure, and public safety.

Raizul provides a digital platform for farmers to optimize crop yields and profitability through smart irrigation, crop monitoring, and soil analysis. The platform delivers data-driven insights and guidance to improve resource efficiency and achieve greater agricultural sustainability.

Safesky Systems develops unmanned aerial vehicles (UAVs) equipped with AI-powered flight systems, designed for applications in agriculture, defense, and asset inspection. The company addresses the need for reliable aerial solutions by providing customizable platforms that enhance operational efficiency and ensure secure procurement through a sovereign supply chain.

Agrointeli offers a digital agriculture platform that centralizes field data to enhance crop management and decision-making for farmers. By providing real-time analytics and operational tracking, the platform enables farmers to optimize production sustainably and improve overall efficiency.

Aeroscan provides an automated drone monitoring system that integrates with perimeter security solutions such as alarms and fences. This technology enhances surveillance capabilities, ensuring comprehensive protection for valuable assets and locations.

AgroTech provides a digital platform that aggregates real-time data on weather, soil conditions, and crop health for agricultural professionals. By offering actionable insights and recommendations for irrigation, fertilization, and pest control, the platform enhances farm productivity and decision-making efficiency.

Windrose specializes in automating a variety of vehicles, including AGVs, yachts, lawnmowers, and forklifts, through advanced control systems and sensor integration. This technology enhances operational efficiency and reduces labor costs for businesses relying on automated transport solutions.

Agrovisia develops a soil nutrient sensor utilizing four-channel impedance spectroscopy, enabling precise identification of nitrogen, phosphorus, and potassium levels in real-time. This technology addresses the excessive use of fertilizers in agriculture by providing accurate data for targeted soil correction and fertilization.

INTI-TECH develops robotic cleaning systems for photovoltaic plants, ensuring optimal maintenance and efficiency of solar panels without damaging their surfaces. Their technology significantly reduces water usage and CO2 emissions while providing automated, scheduled cleaning to enhance energy generation.

The startup develops a flow measuring device for agricultural spray nozzles that enables farmers to assess nozzle performance and optimize product application. This technology enhances the efficiency of agricultural inputs, promoting sustainable farming practices and increasing crop yields.

The startup offers an aerial spray analysis platform that utilizes data analytics to enhance the quality and uniformity of agricultural applications. By providing producers with timely and relevant performance metrics, the platform enables informed decision-making to optimize application effectiveness.

The startup offers a field management platform that systematically records agricultural activities and generates financial and operational reports. This enables agricultural businesses to optimize decision-making related to crop management, labor allocation, and resource utilization.

EARTH is a decision support platform that utilizes IoT precision agriculture and satellite tracking to enhance crop monitoring and optimize resource management. The platform enables agroindustries to reduce costs and improve yields by providing accessible technical assistance and disruptive technology for sustainable food production.

InCeres provides a precision farming software platform that utilizes artificial intelligence and satellite imagery to optimize agricultural management and resource allocation. The solution enables farmers to make data-driven decisions, reduce input waste, and enhance crop productivity across diverse agricultural operations.

Elysios provides agricultural intelligence solutions through its Demetra platform, which integrates supply chain management, digital field notebooks, and climate monitoring sensors to enhance crop management. By automating processes and offering real-time data, the platform can increase crop profitability by up to 30% while ensuring food safety and sustainability.

Raks develops a soil moisture monitoring system that provides precise irrigation recommendations based on real-time data, enabling farmers to optimize water usage. This technology helps agricultural producers increase crop yields while minimizing resource consumption, addressing the inefficiencies of traditional irrigation methods.

Lumo Robotics develops autonomous cleaning robots for solar panels, utilizing advanced robotics to achieve efficient and uniform cleaning with minimal water consumption. The Lumobot significantly reduces maintenance time and costs while maximizing energy production for large solar facilities.