Bloomfield
Click to visit website
About
Bloomfield is an agricultural technology solution designed to revolutionize how crops are monitored and managed. By utilizing advanced AI-powered imaging, the system provides continuous, plant-level health and performance insights throughout the entire growing season, from seed to harvest. This deep granularity allows farmers to move beyond broad field averages and instead focus on the specific needs of individual plants, ultimately driving higher productivity and better crop quality while optimizing the use of scarce resources. The core of the service revolves around the Bloomfield FLASH camera, a ruggedized imaging device that can be attached to any existing farm vehicle, such as a tractor or ATV. As the vehicle moves through the field or vineyard, the camera captures high-resolution imagery of the crops. This data is then processed using proprietary deep learning algorithms to digitize specific metrics, such as fruit counts, berry size, and plant health indicators. Users can then access these operational insights through a digital dashboard to make informed block management decisions without needing specialized robotic platforms. This tool is primarily built for commercial farmers, vineyard managers, and agricultural operators who handle specialty crops like berries or grapes. It is particularly beneficial for those looking to implement smart agriculture practices without investing in entirely new machinery. Because the camera integrates with any vehicle, it fits into existing workflows, allowing for repeatable data collection at any time during the season without disrupting daily operations or requiring specialized technical labor on-site. What sets Bloomfield apart is its recent acquisition by Kubota Corporation, which combines the innovation of an AI startup with the global resources and distribution of a leading tractor manufacturer. Unlike remote sensing technologies that provide bird's-eye views, Bloomfield offers extreme precision at the individual plant level. Its ability to provide year-round assessments—from dormant stages to peak harvest—ensures that growers have a consistent and actionable data stream for predictive analysis and operational efficiency.
Pros & Cons
Attaches to any existing vehicle, eliminating the need for specialized autonomous robots.
Provides granular, plant-level data rather than generic field-level averages.
Supports year-round monitoring across every stage of the growing season.
Leverages the global support and resources of the Kubota Corporation network.
Automates the digitization of fruit counts and size measurements at scale.
Requires physical presence and driving of a vehicle to collect data.
Pricing information is not transparently listed and requires a direct sales consultation.
Focuses primarily on specialty crops like berries, which may limit its use for broadacre grains.
Use Cases
Vineyard managers can automate the counting and sizing of grapes to provide more accurate yield forecasts before harvest.
Berry growers can identify specific plants showing signs of stress or disease early, allowing for targeted treatment and resource savings.
Agricultural researchers can use the high-resolution digitized data to track the performance of different plant varieties across thousands of acres.
Farm operations leads can integrate automated imaging into daily tractor runs to collect continuous data without adding extra labor hours.
Platform
Task
Features
• block management
• fruit measurement
• plant-level imaging
• continuous year-round monitoring
• operational insights dashboard
• health assessments
• deep learning analysis
• flash camera attachment
FAQs
How does the Bloomfield system collect data in the field?
The process begins by attaching Bloomfield's FLASH camera to any existing farm vehicle, such as a tractor or ATV. As the vehicle is driven through the rows, the camera automatically captures high-resolution images of every plant, which are then analyzed by deep learning models.
What specific metrics can the AI identify?
The system is designed to provide precise fruit measurement, digitize berry counts, and assess overall plant health indicators. These insights are aggregated to provide block management data and operational insights that help in predicting yields and managing resources.
Can the camera be used on different types of vehicles?
Yes, the hardware is designed to be versatile and can be attached to virtually any vehicle already in use on the farm. This allows for seamless integration into existing operational workflows without the need for specialized robotic platforms.
Is the service available for all types of crops?
While the technology is adaptable, the documentation highlights its effectiveness with berries and specialty crops where plant-by-plant precision is critical. It has already been used to digitize millions of berries across thousands of acres.
What happened to Bloomfield after its acquisition by Kubota?
Following the 2024 acquisition, Bloomfield operates as part of Kubota's smart agriculture division. This partnership allows Bloomfield to leverage Kubota’s global infrastructure while continuing to develop its AI imaging technology.
Pricing Plans
Enterprise
Unknown Price• FLASH Camera hardware
• AI-powered image processing
• Plant-level health insights
• Fruit measurement and sizing
• Block management dashboard
• Continuous year-round assessment
Job Opportunities
Front End Software Engineer
Optimize crop yields and resource management with AI-powered imaging that provides continuous, plant-level health and performance insights for every season.
Benefits:
Hybrid or fully remote flexibility
Education Requirements:
Bachelor's degree in Computer Science, a related field, or equivalent practical experience.
Experience Requirements:
2 - 4 years of experience in front-end or other software engineering roles
Proficiency in React and TypeScript
Experience with other front-end technologies like MUI and Progressive Web Apps
Experience in building responsive and visually appealing web applications
Solid understanding of HTML5, CSS3, and JavaScript
Other Requirements:
Familiarity with git and common git workflows
Stay up-to-date with industry trends, best practices, and emerging technologies
Ability to work collaboratively in a fast-paced, agile development environment
Strong communication skills to effectively collaborate with cross-functional teams
Experience with mapping and charting libraries, UI/UX, startup experience, and AI tooling
Responsibilities:
Develop and maintain high-quality, reusable, and scalable front-end components
Collaborate with UI/UX designers to ensure the technical feasibility of designs
Participate in code reviews to maintain code quality and share knowledge
Work closely with back-end developers to integrate front-end components
Help guide API design
Show more details
Ratings & Reviews
No ratings available yet. Be the first to rate this tool!
Alternatives
Mineral
Mineral was an Alphabet project that used AI and robotics to improve agricultural practices. Its AI technology was transferred to Driscoll's and John Deere in 2024.
View Details
MiSmart
MiSmart is a Vietnamese-designed drone system that leverages AI software for high-accuracy image analysis and aerial monitoring, primarily for smart agriculture.
View Details
Deep Planet
Optimize regenerative agriculture and monitor soil health at scale using foundational geospatial AI to predict crop yields, track maturity, and mitigate risks.
View Details
heliopas.ai
Optimize crop yields and reduce water waste through scalable environmental insights and AI-driven irrigation recommendations designed for modern agribusinesses.
View Details
Cybertiks
Optimize agricultural yields by monitoring soil nutrients and texture via satellite imagery and AI models, providing high-resolution historical data and insights.
View DetailsFeatured Tools
adly.news
Connect with engaged niche audiences or monetize your subscriber base through an automated marketplace featuring verified metrics and secure Stripe payments.
View Details
Atoms
Launch full-stack products and acquire customers in minutes using a coordinated team of AI agents that handle everything from deep research to SEO and coding.
View Details
Seedance
Transform text prompts or static images into cinematic 1080p videos with fluid motion and consistent multi-shot storytelling for creators and brands.
View Details
GenMix
Generate professional-quality AI videos, images, and voiceovers using world-class models like Sora 2 and Kling 2.6 through a single, unified creative dashboard.
View Details
Reztune
Land more interviews by instantly tailoring your resume to any job description using AI-driven keyword optimization and professional, ATS-friendly templates.
View Details
Image to Image AI
Transform photos and videos using advanced AI models for face swapping, restoration, and style transfer. Perfect for creators needing fast, professional visuals.
View Details
Nano Banana
Edit and enhance photos using natural language prompts while maintaining character consistency and scene structure for professional marketing and digital art.
View Details
Nana Banana Pro
Maintain perfect character consistency across diverse scenes and styles with advanced AI-powered image editing for creators, marketers, and storytellers.
View Details
Kling 4.0
Transform text and images into cinematic 1080p videos with multi-shot storytelling, character consistency, and native lip-synced audio for professional creators.
View Details
AI Seedance
Generate 15-second cinematic 2K videos with physics-based audio and multi-shot narratives from text or images. Ideal for creators and marketing teams.
View Details
Mistrezz.AI
Engage in immersive NSFW roleplay and ASMR voice sessions with adaptive AI companions designed for structured escalation, fantasy scenarios, and personal connection.
View Details
Seedance 3.0
Transform text prompts or static images into professional 1080p cinematic videos. Perfect for creators and marketers seeking high-quality, physics-aware AI motion.
View Details