Overview
The Colorado potato beetle (Leptinotarsa decemlineata) is resistant to more than 50 classes of insecticide, and warm seasons with wet summers in 2025 drove a population explosion across Eurasia and beyond. The crop at stake is the world's 4th most important food crop, feeding over 1.3 billion people.
ARBOK's answer does not come from a chemical plant. It is made from phosphate production waste — an acid mixture recovered from that process — a stream that is otherwise a disposal liability. The formulation was first tested against termites and locusts and then adapted to the beetle.
The mechanism is not lethal. The agent penetrates the chitin shell and causes irritation, and the insect leaves. Test zones recorded 100 % beetle removal within 6 hours, with no measured effect on bees, butterflies or birds, and no residue problem: the acids decompose into water and soil-neutral compounds.
The economics are the second half of the argument. Application costs $0.25–0.75 per hectare against $138–368 for conventional chemistry.
Applications
Potato, tomato and eggplant crops under Colorado beetle pressure — the primary case.
Locusts and termites — the original targets on which the formulation was developed, treated by the same mechanism.
Phosphate waste valorization. The feed is hazardous industrial waste, so the technology is also a disposal route for the phosphate industry.
Low-income growing regions, where the per-hectare cost of conventional control is the binding constraint rather than the availability of chemistry.
Operating Principle
The active formulation is an acid mixture recovered from phosphate production waste, concentrated to an effective working strength.
The agent penetrates the chitin shell and produces irritation sufficient to force migration. The pest is not killed; it departs to natural habitat. This is the point on which resistance does not accumulate in the way it does against neurotoxic insecticides — the insect is not selected for survival of a lethal dose.
Delivery is aerial: drones, or SkyManager atmospheric fogging systems. Application is supplemented with artificial rainfall to reduce airborne dispersal of the agent.
The acids decompose in soil into water and neutral compounds, which is why no soil-loading or accumulation problem is recorded.
Key Parameters
| Parameter | Value |
|—|—|
| Active composition | Acid mixture recovered from phosphate production waste, at an effective working concentration |
| Mode of action | penetration of chitin shell, irritation, forced migration — not lethal |
| Time to full pest departure | 6 hours |
| Removal in test zones | 100 % |
| Cost of application | $0.25–0.75 per hectare |
| Conventional chemistry, for comparison | $138–368 per hectare |
| Saving per hectare | $137–367 |
| Effect on bees, butterflies, birds | none recorded |
| Soil behaviour | acids decompose into water and safe compounds |
| Water proximity | recorded as safe for use near water sources |
| Delivery | drones or SkyManager atmospheric fogging, with artificial rainfall to limit drift |
| Yield effect | +20–75 % |
| TRL | 6–7 |
Architecture and Components
No fixed plant. The technology consists of the formulation and its delivery chain: preparation of the acid mixture from phosphate waste at an effective working concentration, and aerial dispersal by drone or by SkyManager fogging equipment, followed by artificial rainfall to bring the fog down and limit drift.
Preparation equipment, concentration control, and dosing rates are calibrated per hectare and adjusted for beetle pressure, crop stage, and field conditions at the time of application.
Advantages
Resistance does not build. The insect is repelled, not killed, so there is no selection pressure of the kind that has already defeated more than 50 insecticide classes over 3 to 5 year cycles.
Two orders of magnitude cheaper. $0.25–0.75 per hectare against $138–368.
No collateral ecology. Bees, butterflies and birds are unaffected in the recorded tests, in contrast with the bee, soil and water damage attributed to conventional chemistry.
A waste stream becomes the product. Hazardous phosphate waste is converted into an agrochemical, removing a disposal cost at one end and a purchase cost at the other.
Affordable where it matters. The cost structure puts effective pest control within reach of low-income regions, which is where invasive outbreaks are least controlled.
Integrations
ARBOK-Repeel-Locust · Arbok-Termite · ARBOK-Phosphate · ARBOK-PHOSPHOGYPSUM · SkyManager
The same mechanism appears against locusts in ARBOK-Repeel-Locust and against termites in Arbok-Termite. The feedstock connects to the phosphate line; the delivery connects to SkyManager atmospheric fogging.
Deployment & Operation
Applied over the field by drone or by SkyManager fogging system, with artificial rainfall following the application to reduce airborne dispersal. Effect is complete within 6 hours of treatment.
Licensing and production model as recorded: ARBOK provides the intellectual property and know-how, a partner company scales manufacture and operations. The technology is stated as ready for licensing, production and municipal deployment, with the U.S., Russia, EU, China, India and Egypt named as target regions.
Reapplication interval and seasonal programme are set per growing season and local pest pressure; equipment requirements follow standard aerial application practice, whether by drone fleet or SkyManager fogging infrastructure.
TRL
TRL 6–7 — validated in a relevant environment. Field results are recorded from test zones; industrial-scale deployment has not been carried out.
Market Potential
Recorded losses from the beetle: $100–150M annually in the United States; $3.2M currently in China with $235M projected; billions annually worldwide when lost harvests and control costs are combined. Untreated infestation cuts yields by 40–80 %, and in some cases 100 %. One larva consumes up to 40 cm² of foliage over its lifecycle; an adult about 10 cm² per day.
Savings claimed against those figures: $137–367 per hectare; $100–150M per year at United States scale; $1–2B per year globally. Yield increase of 20–75 % is stated as potentially over 100 million tonnes of additional potatoes.
Typical Project Economics
Application cost is $0.25–0.75 per hectare against $138–368 for conventional treatment — a saving of $137–367 per hectare per application. The input is a waste stream, so the raw-material line carries a negative or near-zero cost.
Capital cost is dominated by the preparation and delivery infrastructure — drone or fogging fleet — rather than by the input feedstock, which is a waste stream carrying negative or near-zero raw-material cost; licensing terms are set per deployment region and partner arrangement.
Risk Factors
Regulatory approval is the hard problem. An agent based on strong industrial acids will be assessed as a pesticide in every jurisdiction, and the corrosive, hazardous nature of the feedstock acids carries handling and worker-safety requirements that the per-hectare cost figure does not reflect.
Test data are thin. The recorded results are from test zones with no stated replication, plot size, season or independent verification. The claim of zero effect on bees, butterflies and birds is a field observation, not a toxicology study.
Drift. Aerial fogging of an acid solution near water and settlement requires the artificial-rainfall step to work reliably; the consequence of it failing is not documented.
Repulsion is not eradication. Beetles driven to natural habitat can return, and no reinfestation interval is recorded.
Market figures are the source's own. Loss and saving estimates come from the same document as the technology description and have not been checked against independent agricultural statistics.
Related Technologies
ARBOK-Repeel-Locust · Arbok-Termite · ARBOK-Phosphate · ARBOK-PHOSPHOGYPSUM · SkyManager · ARBOK-TRINITY-Mosquito