Eliminating Environmental Variance. Guaranteeing Year-Round Batch Consistency.

Inter Connect Point (ICP) provides enterprise agro-processors with full-stack Artificial Intelligence and Industrial Internet of Things (AIIoT) solutions. Combining electronic nose (eNose) sensor arrays, precision temperature and humidity probes, and predictive edge machine learning, ICP turns subjective sensory decisions into automated, closed-loop process controls—ensuring repeatable, premium product quality regardless of seasonal weather changes.

The Agro-Processing Challenge

In primary agricultural value chains—such as tea oxidation, coffee fermentation, cocoa curing, and tobacco processing—product quality depends on delicate chemical and physical transformations. Traditional operations face persistent operational risks:

• Extreme Weather & Climate Dependence: Seasonal ambient shifts in humidity and temperature alter fermentation and drying rates, creating inconsistent product grades.

• Subjective Manual Judgments: Relying on human sensory evaluation (smell, visual check, tactile inspection) leads to human error, batch variance, and yield losses.

• Lack of Real-Time Process Feedback: Offline laboratory testing takes hours, delaying critical process adjustments until after batch degradation has already occurred.

The ICP Agro-Automation Ecosystem

ICP replaces manual guesswork with continuous physical and chemical telemetry, reverse-engineering target quality benchmarks into automated, real-time control inputs.

┌────────────────────────────────────────────────────────────────────────┐
│                    ICP Agro-Automation Architecture                    │
├────────────────────────────────────────────────────────────────────────┤
│  [ Custom Sensor Probes ] ──> [ LoRaWAN® Edge Node ] ──> [ AI Engine ] │
│  • Electronic Nose (eNose)   • 100 km Range Telemetry    • Closed-Loop │
│  • Duct/Pipe/Penetration     • Wake-on-Radio Power       • Automation  │
└────────────────────────────────────────────────────────────────────────┘

Core Technical Features

1. Electronic Nose (eNose) & Chemical Gas Arrays

• Proprietary multi-channel gas and volatile organic compound (VOC) sensor arrays built via advanced electroforming and mold-etching.

• Detects minute aroma profiles and volatile chemical shifts during oxidation and fermentation to pinpoint exact peak quality thresholds.

• Housed in ruggedized, food-grade IP67 stainless steel enclosures designed for high-humidity factory environments.

2. Multi-Point Physical Sensor Instrumentation

• Penetration & Insertion Probes: High-accuracy thermal sensors for direct insertion into bulk leaf beds, fermentation trays, or drying silos.

• Duct & Flange Environmental Probes: Heavy-duty relative humidity and ambient temperature sensors ($0{-}10\text{ V}$ / $4{-}20\text{ mA}$) mounted directly inside drying ducts and HVAC air systems.

• Non-Invasive Surface Probes: Clamp-on thermal sensors for continuous monitoring of steam lines, fluid conduits, and processing jacket pipes without breaching containment.

3. Climate-Resilient Machine Learning & Closed-Loop Controls

• Edge AI algorithms analyze continuous sensor feeds against target chemical baselines, automatically adjusting air flow, heat inputs, and bed speeds.

• Eliminates weather-induced batch variance by dynamically counteracting ambient humidity and temperature fluctuations in real time.

Key Industry Applications

Turnkey Deployment Workflow