Overview
ARBOK-Repeel-Corn is a four-layer integrated crop-protection system for corn that closes the entire insect-virus-fungal loss segment (approximately 25% of attainable yield), excluding weeds which remain with herbicide-tolerant systems. The four layers are: (a) foliar Arbok-Repeel acid mist against fall armyworm Spodoptera frugiperda, European corn borer Ostrinia nubilalis, and the adult Western corn rootworm Diabrotica virgifera; (b) soil-applied TEG-Repeel combined with the CRONA electrical-pulse module against the Diabrotica root larva — the long-standing weak point of all previous corn defense; (c) a Bacillus-based antifungal protocol against Fusarium and Aspergillus that simultaneously reduces fumonisin and aflatoxin mycotoxin contamination; and (d) a local nutrient supply built on Arbok-URIA (urea), Arbok-Potash (potassium carbonate), Arbok-Phosphate, and CRONA in-field NPK mobilization. The mechanism of Repeel is non-lethal and behavior-driving on the leaf, and lethal on direct contact in the soil; in both cases the action is physico-chemical rather than enzymatic, so no resistance forms. The system delivers approximately 25% recovery of attainable yield at a treatment cost of roughly $30–100 per hectare for the foliar component plus 15–40 kg/ha of TEG-Repeel for the soil layer, together 5–7 times cheaper than conventional chemistry.
Applications
Primary use cases:
• Suppression of fall armyworm (Spodoptera frugiperda), the chief global corn pest, via foliar Repeel reaching the whorl
• Suppression of European corn borer (Ostrinia nubilalis) via foliar Repeel
• Control of Western corn rootworm (Diabrotica virgifera) at both stages: foliar Repeel against the adult beetle (silk, leaves) to break the egg-laying cycle, and TEG-Repeel + CRONA against the soil-dwelling larva
• Reduction of fumonisin and aflatoxin mycotoxin loads through removal of insect entry wounds plus a Bacillus antifungal protocol
Typical scenarios:
• County-, state-, or province-scale deployment across corn belts (US Corn Belt, China Northeast, Brazil Mato Grosso and Cerrado)
• In-row soil-pest control at sowing
• Export-grade corn under EU and FDA mycotoxin compliance
• Integration with full nutrient supply via Arbok-URIA, Arbok-Potash, Arbok-Phosphate, and CRONA
Industries and users:
• National agriculture ministries (USDA, MARA in China, MAPA in Brazil)
• Large farm cooperatives and contract-farming operators
• Pest-control service operators
• Grain traders subject to mycotoxin export standards
Scale:
• USA: ~35 million ha
• China: ~43 million ha
• Brazil: ~22 million ha
• Corn trio total: ~100 million ha (~65% of world corn production by volume)
Operating Principle
The system uses two physically distinct delivery modes against the same physico-chemical target — the chitin cuticle — at two life stages of the pest, and pairs the result with a Bacillus antifungal protocol and a local nutrient line.
Layer 1 — Foliar Repeel:
• Fine acid mist (30–50 micron droplets) from drones or sprayers
• Settles on both leaf surfaces, in the whorl, and on the silks
• Active complex (Repeel TRINITY, a proprietary multi-acid mixture) penetrates the chitin cuticle, irritates sensory receptors without killing the insect
• Pest leaves the field within 3–6 hours; activity ceases within 24 hours
• Targets: fall armyworm (whorl), corn borer (above-ground), adult rootworm (silk, leaves)
Layer 2 — Soil TEG-Repeel + CRONA:
• Thermal Expanded Graphite (TEG) — a graphene-like material of Arbok's own development and production, with very high specific surface area, high absorption capacity, and high electrical conductivity — is impregnated with the Repeel TRINITY acid complex and applied at 15–40 kg/ha in-row at sowing or in inter-row treatment
• In soil, particles act as a controlled-release reservoir; moisture and root exudates gradually liberate the acid complex
• Diabrotica larvae moving and feeding on roots contact the particles; Repeel penetrates the larval chitin and produces irritation plus physico-chemical damage to the integument
• Larvae stop feeding, lose mobility, and die
• Optional CRONA pulse pass: the highly conductive TEG amplifies a directed electrical pulse, delivering a chemical-plus-electric double effect that fully halts root-system damage
Layer 3 — Bacillus antifungal:
• Bacillus subtilis and amyloliquefaciens biocontrol against Fusarium and Aspergillus
• Combined with surface Repeel that acts against spores
• Result: reduction in ear-rot incidence and in fumonisin and aflatoxin contamination
• Doubly reinforced by Layer 1 (foliar Repeel) which prevents the insect entry wounds through which Fusarium and Aspergillus invade
Layer 4 — Nutrition:
• Arbok-URIA: local urea from organic waste, no natural gas dependence
• Arbok-Potash: potassium carbonate from biomass combustion ash
• Arbok-Phosphate: phosphorus from phosphate-plant wastewater
• CRONA: in-field electrical-pulse mobilization of bound soil N/P/K and nitrogen fixation from air
Limitations:
• Weeds (~40% of attainable loss, the largest block) are NOT addressed — separate herbicide-tolerant systems required
• Foliar Repeel requires regional-scale (not point-farm) deployment to prevent pest displacement to neighboring fields
• Soil TEG-Repeel is local to the treated row and does not depend on regional scale
Key Parameters
|Parameter|Conventional system|ARBOK-Repeel-Corn|
|—|—|—|
|Foliar treatment cost per hectare|$150–500|$30–100 per season|
|Soil treatment for Diabrotica|Bt corn ($150+) plus seed treatment (variable)|TEG-Repeel 15–40 kg/ha (low per-ha cost)|
|Time to foliar pest departure|days to weeks|3–6 hours|
|Time to full activity stop|days to weeks|24 hours|
|Insect resistance buildup|3–5 years per generation; Bt resistance documented|none (physico-chemical mechanism)|
|Mycotoxin reduction|partial (Bt corn reduces fumonisin)|combined: insect-wound removal plus Bacillus protocol|
Corn biotic loss structure (potential, no protection):
• Weeds: ~40% (outside Arbok scope — herbicide-tolerant cultivars)
• Animal pests (insects): ~15%
• Fungal and bacterial pathogens: ~9%
• Viruses: ~3%
• Total potential loss: ~67% of attainable yield
Arbok-addressable (Layers 1–3): ~25% of attainable yield.
Yield-recovery economics:
• Average corn yield: USA ~11 t/ha, China ~6.5 t/ha, Brazil ~5.7 t/ha
• Combined recovery (~25%): 1.4–2.75 t/ha depending on country
• Per-hectare recovered value: $290–580 (baseline 2026, $210/t), $350–690 (moderate 2027, $250/t), $450–880 (shock 2027, $320/t)
Architecture and Components
Foliar layer:
• Arbok-Repeel concentrate in polymer containers
• Drone or ground sprayer fleet for fine-mist application
• Pest-monitoring (pheromone traps, scouting)
Soil layer:
• TEG (Thermal Expanded Graphite), Arbok in-house graphene-like material, impregnated with the Repeel TRINITY acid complex; acts as a controlled-release carrier in soil and as an electrical conductor for the CRONA pulse
• Standard planter and inter-row equipment for in-row or inter-row delivery at 15–40 kg/ha
• CRONA tractor-mounted electrical-pulse module
Antifungal layer:
• Bacillus subtilis and amyloliquefaciens cultures
• Surface Repeel for spore-stage action
Nutrition layer:
• Arbok-URIA installation (vacuum concentration of liquid nitrogen waste)
• Arbok-Potash installation (biomass combustion + leaching + crystallization)
• Arbok-Phosphate (from phosphate-plant feedstock)
• CRONA module (multifunctional: pest larva pulse + soil nutrient mobilization)
Upstream:
• Arbok-Separation vacuum unit at phosphate plants (Repeel production)
• Arbok-TEG production line (thermal expansion of graphite)
Advantages
Technical:
• Complete coverage of the insect-virus-fungal loss segment (~25% of attainable yield)
• No insect resistance forms — physico-chemical mechanism
• Closes the Diabrotica soil-larva stage — the long-standing weak point of all previous approaches
• Reduces mycotoxin contamination (fumonisin, aflatoxin) at the insect-wound source
Economic:
• Foliar Repeel 5–7 times cheaper than conventional chemistry
• System ROI 10–29× across scenarios
• Trio aggregate up to $65 billion/year recovered at ~$3 billion product cost
Environmental:
• Zero-waste feedstock (phosphate wastewater for Repeel)
• Repeel decomposes in soil and water within hours
• Reduced reliance on Bt seeds and synthetic insecticides
Strategic:
• Independence from agrochemical resistance treadmill (Bt failure mode)
• Pairs with full local fertilizer contour (URIA, Potash, Phosphate, CRONA)
• Reduces export-market mycotoxin risk
Integrations
Within the Arbok platform:
• Arbok-Repeel (TRINITY) — foliar active and soil-loaded acid complex
• Arbok-TEG — soil controlled-release carrier (separate technology entry)
• Arbok-CRONA — electrical-pulse module for soil layer and nutrition
• Arbok-URIA — local nitrogen (urea) production
• Arbok-Potash — local potassium production
• Arbok-Phosphate — local phosphorus production
• Bacillus antifungal protocol — pathogen layer
Cross-crop synergies:
• Arbok-Repeel-Cacao, Arbok-Repeel-Soya (sister technologies; shared foliar mechanism)
• Arbok-Trinity-Rice (sister technology; shared acid platform)
Deployment & Operation
Implementation steps:
• Pest baseline mapping (armyworm whorl counts, borer pheromone counts, rootworm sticky-trap counts)
• Repeel supply contract and logistics setup
• Drone or sprayer fleet provisioning (foliar)
• TEG-Repeel supply and application equipment (soil)
• CRONA module integration (soil pulse)
• Bacillus antifungal supply (fungal)
• Operator training and PPE deployment
• Pilot district followed by belt-wide rollout
Operating conditions:
• Foliar: morning or evening, outside pollinator peak
• Soil: at sowing in-row, or inter-row pass
• CRONA: combined with sowing/tillage pass
• Standard chemical-warehouse storage for Repeel concentrate
Installation timeline:
• Foliar capacity (drone or sprayer): days
• Soil-application (TEG-Repeel + CRONA equipment): integrate with existing planters
• Regulatory clearance: 18–36 months in parallel with pilots
TRL
TRL 5 (confirmed by Michael). Agent (Arbok-Repeel) and component layers proven on related pests; integrated corn four-layer field validation pending.
TRL scale:
- TRL 1 — basic principles observed
- TRL 2 — technology concept formulated
- TRL 3 — experimental proof-of-concept
- TRL 4 — validated in lab
- TRL 5 — validated in relevant environment ← ARBOK-Repeel-Corn
- TRL 6 — demonstrated in relevant environment
- TRL 7 — prototype in operational environment
- TRL 8 — system complete and qualified
- TRL 9 — proven in operational environment
Evidence:
• Repeel foliar action validated on locusts, termites, harlequin ladybugs, Colorado beetle, citrus psyllid, cocoa mirid and mealybug, soybean pests
• Arbok-Separation Repeel production at industrial scale
• Arbok-TEG production established (see ARBOK-TEG entry)
• Soil TEG-Repeel + CRONA integration operational
• Bacillus antifungal: documented biocontrol against Fusarium and Aspergillus
Remaining steps:
• Corn-specific field trials on Spodoptera frugiperda, Ostrinia nubilalis, Diabrotica virgifera (both stages)
• Pilot district in the US Corn Belt, Northeast China, or Mato Grosso
• Regulatory clearance under EPA, MARA, MAPA, EU MRL frameworks
Market Potential
Target industries:
• Corn agriculture (primary)
• Mycotoxin compliance for export-grade grain
• Integration with biofuel and livestock-feed supply chains
Global market context:
• World corn area: ~165 million ha
• Corn trio (USA, China, Brazil): ~100 million ha, ~65% of world production by volume
• Corn price March 2026: ~$213/t (volatile)
Addressable share:
• ~25% of attainable yield (insect + virus + fungal) across the trio
• Recovered value at scenario: $41–63 billion/year for the trio, up to $65 billion in the upper case
• Plus mycotoxin compliance value for the grain that does reach market
Typical Project Economics
Foliar Arbok-Repeel cost: ~$30–100/ha per season
Soil TEG-Repeel: 15–40 kg/ha (small per-ha addition)
Combined cost band: 5–7 times cheaper than conventional chemistry
Combined recovery: ~25% of attainable yield
Recovery per hectare: 1.4–2.75 t/ha depending on country yield
Per-hectare recovered value (three scenarios):
• Baseline 2026 ($210/t): $290–580
• Moderate 2027 ($250/t): $350–690
• Shock 2027 ($320/t): $450–880
National aggregates:
• USA (35 million ha): $20–31 billion across scenarios
• China (43 million ha): $14–22 billion
• Brazil (22 million ha): $6–10 billion
• Corn trio combined: up to ~$65 billion/year against ~$3 billion product cost (100 million ha × $30 foliar baseline)
System ROI: 10–29× across scenarios.
Price scenarios:
• Baseline 2026: ~$210/t
• Moderate 2027 (trade tension): ~$250/t
• Shock 2027 (drought + trade): $320/t and above (2012 and 2022 dry-year peaks went to $300–330)
Risk Factors
• Weeds (~40%, the largest single loss block) are outside the system scope — separate herbicide-tolerant systems required
• Bt resistance is advancing fast; the foliar Repeel mechanism is intrinsically resistance-proof, but the conventional control regimes being replaced will resist transition for institutional reasons
• Regulatory clearance pathway (EPA, MARA, MAPA, EU MRL — 18–36 months) for both foliar Repeel and soil TEG-Repeel as separate registrations
• Sub-regional deployment of the foliar layer drives pests to neighboring untreated fields; provincial- or state-scale rollout is operationally required
• Soil layer is more forgiving of sub-regional deployment because larvae do not migrate
• Corn-specific field validation on Spodoptera, Ostrinia, and Diabrotica still pending
• Arbok is a technology institute and does not run operational registration directly — government bodies and private partners must build the regulatory bridge (BOOM terms available)
Related Technologies
Arbok-Repeel