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Economic metrics, from yield and revenue per dunam to payback period
Agritech
Agricultural technology is measured by the result it produces in the field.
Blue Star's agritech activity focuses on solutions that directly improve the economic performance of agricultural production, working between technology companies, growers, packing houses, and processors.
The point of departure is commercial: a technology must address a defined problem, integrate into an existing workflow, and produce a result that justifies the investment, yield, quality, water, inputs, labor, and waste.
From development to the field, technology measured by economic result.
Agriculture as an economic system
The value of a technology lies in the decision, not only the data
Agricultural production operates under an unusual combination of risk, volatility, and operational constraints, changing weather, limited labor availability, rising input prices, and quality that often becomes clear only late in the season.
A monitoring system should enable more precise treatment. A forecasting tool should reduce uncertainty. Automation should save labor. Sorting should improve the proportion of marketable produce and its value.
The connection between technological performance and economic outcome lies at the center of the Group's activity.
What we evaluate
Technologies across the production cycle, from planning to post-harvest
01
Water, irrigation & fertilization
Precise control over quantities, alignment with plant needs, and better resource use, assessed by water per unit of output and effect on yield.
02Sensors & monitoring
Measuring moisture, soil, climate, plant health, and pests. The information must be accurate, available, and translatable into action.
03AI & forecasting
Analyzing data for yield forecasting, early risk detection, and irrigation planning, judged by forecast quality and the ability to act on it.
04Automation & robotics
Automated harvesting, spraying, thinning, pruning, and sorting, value in labor hours saved, execution speed, and consistency during shortages.
05Crop protection
Detection, prevention, and treatment of disease, pests, and stress, reduced crop loss, lower pesticide use, and improved produce quality.
06Sorting & post-harvest
Sorting, quality control, storage, drying, cooling, and packaging, assessed by marketable share, waste, and price commanded in the market.
The pilot model
A pilot that delivers a management decision, not only technical proof
The evaluation begins with the business problem of the grower, processor, or packing house, only once a measurement baseline is set can the solution's fit and improvement potential be assessed.
01
Define the result
The desired outcome, reducing water, improving fruit size, or increasing the share of higher-grade produce.
02
Establish a baseline
Measure the plot, orchard, or process before implementation, without it, improvement cannot be assessed.
03
Adapt to field conditions
Crop type, orchard age, irrigation system, soil, climate, working protocol, and labor.
04
Allocate responsibility
Who is responsible for installation, operation, training, maintenance, data collection, and analysis.
05
Measure over time
Weeks, a full season, or several growing cycles, set by the nature of the technology and the metric.
06
Commercial conclusion
Whether the solution justifies investment, under what conditions, at what scale, and the right route forward.
Economic metrics
Each solution gets a measurement framework suited to its impact
6
Technology domains across the production cycle
2
Active agricultural environments, Israel and California
Outcome
Evaluated on a measurable result
The same chain. The same customers.
Trade division
The advantage: the Group does not operate outside the agricultural system
Trading activity gives ongoing familiarity with growers, suppliers, and processors. Working with raw materials provides an understanding of quality, seasonality, pricing, and demand. Activity in the food industry shows how decisions in the field affect the final product.
A technology that improves yield but compromises quality does not necessarily create value. A solution that does not integrate into the working routine may remain unused. Familiarity with the field, trade, and market identifies these gaps earlier, and builds a more realistic course of action.
The value for agritech companies
From trial to commercial engagement, a single path
ACCESS
Commercial environment
Direct relationships with growers, farms, and orchards to test solutions under real-world conditions.
FIT
Early assessment of fit
Whether the solution suits the need, the crop type, the cost structure, and the customer's working methods.
FEEDBACK
Professional feedback
On product performance, positioning, pricing model, implementation, and the customer's ability to purchase.
PILOT
Pilot with an objective
Built from the outset around metrics, timelines, and conditions for continuation, not a trial without a decision.
DECISION
Access to decision-makers
Bringing the solution before those responsible for budgets, operations, and implementation, not only innovation teams.
SCALE
Market development
Once value is demonstrated, expansion to additional customers, new regions, and applications across the value chain.
Let's talk
From field to pilot to commercial implementation
Blue Star operates as a commercial link between technology companies and the agricultural system, agritech here is not about showcasing innovation, but about implementation, measurement, and economic results.
Activity case
From the field
All activity