UVIVEA Develops ABOS: the Autonomous Bio-security Operating System.

Vertical farming is sustainable agriculture for future food.

Juicy cherry tomatoes, ripe and multi colored generated by artificial intelligence

We Studied the Grower's Struggle

Market Research Validated The Imminent Problem

Global agriculture faces a perfect storm: up to 40% of annual crop yields are lost to plant diseases, resulting in a staggering $220 billion economic deficit each year. Compounded by a 20% agricultural labor shortage and tightening chemical regulations, the industry is hemorrhaging billions relying on toxic, fragmented, and reactive methods.

Pathogens

20% to 40% of global crop production is destroyed by pests and diseases annually, equating to a $220 Billion total economic loss

Regulatory Walls

The EU mandates a 50% reduction in chemical pesticides by 2030, while the Minamata Convention phases out traditional mercury-based UV lamps, leaving growers without tools

Labor Shortages

A chronic 20% labor shortage leaves up to $3.1 Billion worth of crops unharvested or poorly maintained in key markets annually

Fragmented Systems

Isolated sensors and manual operations create data silos, reducing overall greenhouse operational efficiency by up to 30% and increasing energy and resource waste

Chemical Reliance

Growers waste over $22 Billion annually on fungicides, while pathogen resistance increases, rendering up to 30% of chemical applications completely ineffective

Late Detection

Relying on human eyes means diseases are caught post-infection. Once symptoms appear, it results in a 100% loss of the infected plant tissue and rapid spread

Mode of Action

01 Sense

Continuous extraction of environmental data and real-time plant biofeedback via multi-spectral Sensor Fusion, precisely differentiating between biotic threats (pathogens) and abiotic stress (climate or nutrients).

02 Predict

Once data is continuously ingested, our proprietary AI Arbitration Engine analyzes the biofeedback to detect pre-symptomatic pathogen signatures days before human eyes can spot them. Instead of reacting to an existing outbreak after the damage is done, ABOS anticipates the exact location, timing, and severity of the threat. It instantly calculates the optimal intervention strategy, shifting greenhouse management from reactive chemical spraying to proactive, data-driven biosecurity.

03 Act

ABOS executes the optimal response, autonomously adjusting macro-climate controls to resolve abiotic stress, or deploying human-safe, surgical Far-UVC sterilization for biotic threats. Crucially, our robotics solve the industry's biggest blind spot. Scientific studies confirm that up to 90% of fungal pathogens—including destructive mildew strains—hide and sporulate on the abaxial (underside) of the leaf, easily escaping standard overhead chemical sprays. Our platform is uniquely engineered to penetrate complex canopy architectures, delivering targeted Far-UVC directly to the leaf's underside. We neutralize the infection at its true source, succeeding exactly where traditional methods fail.

We used AI to generate this mock video to demonstrate how the ABOS Mode of Action works. Keep in mind the actual robot’s shape and geometry vary from what is shown here.

UVIVEA has officially secured ‘Patent Pending’ status (App. No. 328536) for our core decoupled architecture and predictive biosecurity platform. This intellectual property milestone protects our operational TRL 5 AI engine as we actively develop our integrated robotic payload.

The Cognitive Brain of the Greenhouse

At the core of UVIVEA’s platform lies ABOS (Autonomous Biosecurity Operating System)- the central nervous system of the modern greenhouse. It begins with advanced Sensor Fusion, continuously ingesting millions of data points from environmental monitors and multi-spectral cameras to effectively “see” the invisible. This continuous data stream is fed into sophisticated Machine Learning algorithms trained to recognize pre-symptomatic plant stress and micro-climate anomalies. Finally, our proprietary AI Arbitration Engine takes over, translating these predictive insights into autonomous, surgical action. By seamlessly connecting perception to execution, ABOS doesn’t just monitor the crop; it proactively defends it, transforming agricultural data into real-time biological immunity.

Notice: This video demonstrates the actual core architecture of UVIVEA’s patented system, showcasing the live logic of our Sensor Fusion and Arbitration Engine. Please note that while data inputs are currently executed manually as we are in the R&D stage, this system precisely represents the functional workflow of our patented algorithm.

Our Team

Dr. Tzilhav Shem-Ad, Ph.D., MBA | Co-Founder & CEO

Leading the revolution in Agro-Tech molecular biosecurity. After a career scaling mission-critical technologies – including spearheading Israel’s first automated COVID-19 labs- and advising startups, Tzilhav now leads UVIVEA. He bridges deep-tech R&D with commercial strategy to ensure our autonomous platforms deliver robust ROI.

Guy Dahari – Co-Founder & COO

Guy is the operational powerhouse behind UVIVEA, bringing decades of hands-on experience in complex agricultural operations and project execution. Previously serving as Operations Manager at Canndoc, he specialized in scaling large-scale cultivation facilities, optimizing supply chains, and integrating advanced agricultural technologies. At UVIVEA, Guy ensures the seamless field deployment of our ABOS platform, bridging the gap between innovative engineering and real-world agronomic demands to guarantee robust, commercial-grade performance.

successful LOI & Potential customers.

Rated 5 out of 5

"Dear UVIVEA Team, This Letter of Intent (“LOI”) confirms the interest of Central and Northern Arava R&D in exploring a research collaboration with UVIVEA Ltd. to evaluate your autonomous ABOS platform".

"With 40 hectares of high-tech greenhouses, we are eager to integrate UVIVEA’s ABOS to solve our labor shortages and drastically reduce the rising costs of chemical intervention."

"I am eager to initiate field testing for UVIVEA’s ABOS, particularly in tomato cultivation where Tuta absoluta and other pathogens cause devastating losses. Traditional late-stage detection makes chemical spraying nearly futile; a system like this is a total game-changer. For the growers in Southern Israel, especially after October 7th, this is more than just technology—it is the critical 'technological edge' we need to rebuild and lead the future of agriculture."

"Even if UVIVEA were to pivot exclusively toward the ABOS™ Grower Dashboard, the market impact would be transformative; this alone represents a true industry game-changer."

Inspired by our Vision?

Our Journey is a challenging but rewarding.

We are looking for partners who share the same values and Passion for Data based, Greener Agriculture.

First Name *

Email Address *

Phone Number

Message0 / 180

Street Address

Apartment, suite, etc

City

State/Province

ZIP / Postal code

Country

Sources:

Crop Loss & Financial Deficit: Food and Agriculture Organization of the United Nations (FAO) – Plant diseases cost the global economy $220 billion annually.
Regulatory Walls: European Commission – Farm to Fork Strategy (50% pesticide reduction target by 2030); UNEP – Minamata Convention on Mercury.
Labor Shortages: American Farm Bureau Federation (AFBF) & global agricultural census data on harvest losses due to labor deficits.
Chemical Market & Resistance: MarketsandMarkets Fungicide Market Report & FRAC (Fungicide Resistance Action Committee) data on increasing pathogen resistance.