SVG Ventures

Verdi Expeditions is a scalable platform for agricultural automation and tailored plant health.

Cynomys is a pioneering company specializing in IoT solutions for the livestock industry, focusing on monitoring environmental parameters and consumption rates in animal farms. Since its establishment in 2018, Cynomys has developed a patented self-contained device capable of tracking over 30 critical parameters that influence animal welfare, environmental impact, and overall farm productivity through a secure cloud platform. The company serves a diverse range of livestock operations, providing its solutions to customers in Italy, Spain, France, The Netherlands, and Mexico. Major clients include animal feed producers, distributors, and medium to large livestock enterprises. The management team comprises experienced professionals in technology, software, and hardware development, dedicated to promoting sustainability and improved awareness within the livestock sector.

CropScanAg is a manufacturer specializing in analytical instruments for the agriculture industry. Their product range includes near-infrared analyzers, seed image analyzers, and grain analyzers, among others. These instruments enable agro-industries to gather real-time grain quality data and field data analytics, thereby optimizing crop production.

Autonomous Pivot develops an AI-powered platform that converts center-pivot irrigation into a robotics-based system for autonomous irrigation, fertigation, and crop protection. The platform leverages on-pivot Ground Penetrating Radar to continuously sense soil water content and combines deep learning and AI agronomist capabilities to enable fully automatic symptom detection and precision management. It offers automated, real-time adjustments for irrigation, fertigation, and crop protection, with remote management, precise application, and environmental monitoring to help farmers optimize resource use, increase yields, and support sustainable agriculture.

Swan Systems is a software company that specializes in providing a cloud-based platform for precision irrigation and nutrient management in agriculture. The platform integrates data from various sources to create tailored irrigation and nutrient plans aimed at optimizing crop yields, minimizing waste, and reducing costs. Swan Systems offers real-time monitoring and analytics, empowering growers to make informed decisions regarding their irrigation and fertilization practices. By delivering a sophisticated yet user-friendly management tool, Swan Systems supports large-scale irrigators in effectively scheduling water and nutrient applications across a variety of agricultural operations, including field crops, horticultural crops, and turf. The company's overarching goal is to enhance farmers’ profitability while promoting sustainable agricultural practices.

ReEnvision Ag specializes in developing innovative row crop planters aimed at enhancing the efficiency and sustainability of commercial agriculture. The company's planter system features a unique cone-shaped dibble method that precisely places seeds at optimal locations and spacing, significantly improving planting accuracy. This advanced technique reduces the number of necessary field passes required for tasks like disc ripping and cultivation, which in turn lowers labor, machinery, and fuel costs for farmers. Additionally, ReEnvision Ag's solution contributes to creating a traceable and reliable food source while minimizing environmental impact. By focusing on enhancing crop yield and profitability, the company supports farmers in achieving greater agricultural productivity through more effective planting practices.

Cynomys is a pioneering company specializing in IoT solutions for the livestock industry, focusing on monitoring environmental parameters and consumption rates in animal farms. Since its establishment in 2018, Cynomys has developed a patented self-contained device capable of tracking over 30 critical parameters that influence animal welfare, environmental impact, and overall farm productivity through a secure cloud platform. The company serves a diverse range of livestock operations, providing its solutions to customers in Italy, Spain, France, The Netherlands, and Mexico. Major clients include animal feed producers, distributors, and medium to large livestock enterprises. The management team comprises experienced professionals in technology, software, and hardware development, dedicated to promoting sustainability and improved awareness within the livestock sector.

Tarvos is a Brazilian company established in 2017, specializing in agricultural pest monitoring solutions. The company has developed a sensor-based trap that counts and classifies insects, providing real-time data to inform users about pest presence in crops. This automated monitoring platform enables farmers to assess pest pressure, evaluate potential damage, and optimize the timing of insecticide applications. By delivering timely insights, Tarvos supports improved decision-making and enhances crop yields for its clients. Based in Campinas, Brazil, Tarvos aims to advance agricultural practices through innovative technology.

Nexus Robotics, established in 2017 and headquartered in Halifax, Canada, specializes in developing autonomous robots for the agriculture industry. Their primary product is a weeding robot that effectively removes weeds while preserving crops, using a camera system and AI to differentiate between the two. This robot not only extracts weeds but also provides farmers with crop health data, enabling more informed decision-making.

Verdi is a developer of advanced data science platforms focused on enhancing precision agriculture, particularly in irrigation management. The company creates scalable control systems that facilitate plant-level healthcare and automation, even in challenging farming environments. By leveraging geospatial analytics, Verdi's network of irrigation valves allows farmers and growers to make informed irrigation decisions. This innovative approach enables users to customize water and fertilizer application at the individual plant level, thereby optimizing cultivation processes. Verdi aims to empower agricultural professionals with the tools needed to effectively build, manage, and scale their farming operations.

Muddy Machines develops autonomous robots aimed at assisting farms with labor-intensive crops. The company's primary focus is on enhancing its technology for harvesting green asparagus, while also exploring applications for other crops. Utilizing computer vision and machine learning, Muddy Machines' robotics platform enables precise harvesting by predicting crop maturity and selectively gathering produce, minimizing damage and ensuring freshness. In addition to harvesting, the company is investigating other labor-intensive agricultural tasks, such as weeding and precision applications, to further support farmers in improving efficiency and productivity in their operations.

FarmWise, established in 2016 and headquartered in San Francisco, specializes in developing and manufacturing robotic machinery for agriculture. The company's primary product is a mechanical weeder, designed to track and remove weeds in vegetable crops, enhancing farm efficiency and reducing herbicide usage. FarmWise also offers comprehensive training and support to ensure optimal use of its technology.

Pharm Robotics LLC, established in 2019 and headquartered in San Jacinto, California, specializes in developing robotic systems for the dairy farming industry. The company’s innovative injection system incorporates radio frequency identification (RFID), a camera ID reader, and dairy management software to streamline the vaccination and reproductive treatment processes for cows. This automated system scans cows in the exit lane and collects vital information related to immunizations and fertility, as well as facilitates the recording of pharmaceuticals administered, including medication type and dosage. By transmitting this data to the cloud, the system enables farmers to access real-time insights for improved decision-making regarding herd health and labor management. Pharm Robotics aims to enhance immunization and pregnancy rates while reducing labor costs and improving overall milk quality, thereby contributing to a sustainable future in dairy farming.

Iamus Technologies Limited is an artificial intelligence and robotics firm based in Ireland, specializing in innovative solutions for the poultry industry. The company has developed advanced robotic technology tailored for poultry farmers, enabling them to make informed and safer production decisions. Over the past two years, Iamus Technologies has collaborated with poultry processors globally to identify key performance indicators that their robots can continuously monitor within poultry sheds. This technology utilizes machine learning to transform visual, environmental, and biometric data into actionable insights, allowing for automatic and precise data collection from birds across the production floor. The real-time analysis and feedback provided by Iamus's platform address the increasing demands of modern, intensive broiler production, enhancing operational efficiency and decision-making for both producers and processing facilities.

Muddy Machines develops autonomous robots aimed at assisting farms with labor-intensive crops. The company's primary focus is on enhancing its technology for harvesting green asparagus, while also exploring applications for other crops. Utilizing computer vision and machine learning, Muddy Machines' robotics platform enables precise harvesting by predicting crop maturity and selectively gathering produce, minimizing damage and ensuring freshness. In addition to harvesting, the company is investigating other labor-intensive agricultural tasks, such as weeding and precision applications, to further support farmers in improving efficiency and productivity in their operations.

Muddy Machines develops autonomous robots aimed at assisting farms with labor-intensive crops. The company's primary focus is on enhancing its technology for harvesting green asparagus, while also exploring applications for other crops. Utilizing computer vision and machine learning, Muddy Machines' robotics platform enables precise harvesting by predicting crop maturity and selectively gathering produce, minimizing damage and ensuring freshness. In addition to harvesting, the company is investigating other labor-intensive agricultural tasks, such as weeding and precision applications, to further support farmers in improving efficiency and productivity in their operations.

Iamus Technologies Limited is an artificial intelligence and robotics firm based in Ireland, specializing in innovative solutions for the poultry industry. The company has developed advanced robotic technology tailored for poultry farmers, enabling them to make informed and safer production decisions. Over the past two years, Iamus Technologies has collaborated with poultry processors globally to identify key performance indicators that their robots can continuously monitor within poultry sheds. This technology utilizes machine learning to transform visual, environmental, and biometric data into actionable insights, allowing for automatic and precise data collection from birds across the production floor. The real-time analysis and feedback provided by Iamus's platform address the increasing demands of modern, intensive broiler production, enhancing operational efficiency and decision-making for both producers and processing facilities.

Verdi is a developer of advanced data science platforms focused on enhancing precision agriculture, particularly in irrigation management. The company creates scalable control systems that facilitate plant-level healthcare and automation, even in challenging farming environments. By leveraging geospatial analytics, Verdi's network of irrigation valves allows farmers and growers to make informed irrigation decisions. This innovative approach enables users to customize water and fertilizer application at the individual plant level, thereby optimizing cultivation processes. Verdi aims to empower agricultural professionals with the tools needed to effectively build, manage, and scale their farming operations.

Autonomous Pivot develops an AI-powered platform that converts center-pivot irrigation into a robotics-based system for autonomous irrigation, fertigation, and crop protection. The platform leverages on-pivot Ground Penetrating Radar to continuously sense soil water content and combines deep learning and AI agronomist capabilities to enable fully automatic symptom detection and precision management. It offers automated, real-time adjustments for irrigation, fertigation, and crop protection, with remote management, precise application, and environmental monitoring to help farmers optimize resource use, increase yields, and support sustainable agriculture.

Alesca Life Technologies, Inc. is an innovative company based in Beijing, China, specializing in advanced urban farming solutions. The company manufactures agricultural machinery and provides technologies for hydroponic and aeroponic farming within shipping containers. Alesca Life offers a range of products, including Every Day Nutrition, which supports commercial-scale farming, and EDN Fresh, designed for onsite production of micro-greens and baby-leaf greens. Additionally, the company has developed EDN Sprout, a smartphone application that connects users to its analytics and optimization platform, enhancing the efficiency of urban farming operations. By addressing the challenges of limited arable land, Alesca Life enables clients, such as hotel owners, to increase agricultural productivity in urban environments.

Tensorfield Agriculture is a company based in San Jose, California, specializing in the development and manufacture of advanced agricultural machinery tailored for specialty row crops. Founded in 2018, the company focuses on innovative solutions that promote sustainable farming practices in a post-herbicide environment. Tensorfield Agriculture's machinery includes robots equipped with computer vision technology that perform selective, non-invasive weeding through thermal micro-dosing techniques. This approach helps farmers combat herbicide resistance while ensuring the continued supply of safe and sustainable fresh food. The company's commitment to enhancing agricultural efficiency positions it at the forefront of modern farming solutions.

Orbis MES Ltd. specializes in providing Manufacturing Intelligence Systems tailored for the food and beverage industry. With over 20 years of deep domain experience, the company integrates information and analytics to deliver smart manufacturing execution systems. Orbis MES offers a range of services, including performance data, manufacturing intelligence, control systems, and analytical insights. These solutions empower corporate clients and industry stakeholders to make informed production and operational decisions, ultimately enhancing productivity and optimizing production processes.

Burro is a developer of an autonomous farming platform designed to enhance productivity in agricultural and outdoor settings. The company creates robotic tools that autonomously follow workers and transport cargo, alleviating the physical burden of labor-intensive tasks. By automating these processes, Burro allows farmworkers to concentrate on more value-added activities. Additionally, the company's technology captures essential data that aids in further automating farm operations, ultimately aiming to streamline all tedious agricultural tasks. This focus on operational efficiency not only supports farmers in improving their workflows but also fosters growth within the sector.

FarmWise, established in 2016 and headquartered in San Francisco, specializes in developing and manufacturing robotic machinery for agriculture. The company's primary product is a mechanical weeder, designed to track and remove weeds in vegetable crops, enhancing farm efficiency and reducing herbicide usage. FarmWise also offers comprehensive training and support to ensure optimal use of its technology.

Verdi is a developer of advanced data science platforms focused on enhancing precision agriculture, particularly in irrigation management. The company creates scalable control systems that facilitate plant-level healthcare and automation, even in challenging farming environments. By leveraging geospatial analytics, Verdi's network of irrigation valves allows farmers and growers to make informed irrigation decisions. This innovative approach enables users to customize water and fertilizer application at the individual plant level, thereby optimizing cultivation processes. Verdi aims to empower agricultural professionals with the tools needed to effectively build, manage, and scale their farming operations.

Verdi Expeditions is a scalable platform for agricultural automation and tailored plant health.