# AgroLog MCP for AI Agents AI Agent Connect > AgroLog connects your grain monitoring hardware to your AI agent so you can manage storage conditions without constant manual checks. You can monitor silo temperatures, moisture levels, and CO2 spoilage risks in real-time. It also lets you trigger aeration fans and dryers remotely, track crop inventory levels, and get weather updates for your facility. It's built to keep your grain safe and your operations moving. ## Overview - **Category:** iot-hardware - **Price:** Free - **Endpoint:** https://edge.vinkius.com/vk_preview_ZW35XUCzrbqqlw7ytskHuHHgIR9cLmZQME4N0b5W/ai-agent-connect - **Tags:** grain-monitoring, sensor-data, moisture-tracking, temperature-sensors, aeration-control, crop-management ## Description AgroLog connects your grain monitoring hardware to your AI agent so you can manage storage conditions without constant manual checks. It's built for grain farmers and elevator operators who need to see what's happening in their silos in real-time. Instead of jumping between different dashboards to check if a bin is getting too hot or if the moisture levels are climbing, you can just ask your agent for a status update. It's a lot of manual monitoring, and if you miss a spike in CO2, you could lose a huge amount of inventory to spoilage before you even notice. This Connector changes that by letting your agent act as a dedicated storage analyst. You'll get immediate answers on which bins need more aeration or which ones are nearing capacity. Because Vinkius makes it easy to plug this into your existing workflow, you can move from reactive firefighting to proactive management. You can set up your agent to watch for specific alerts and even give it the power to turn on fans or dryers when conditions hit a certain point. It takes the guesswork out of grain preservation and puts the data you need right into a conversation. You can see the history of your storage conditions to spot trends over weeks or months, helping you make better decisions about your next harvest. It's about having a clear view of your grain's health at all times, whether you're across the field or in the office. ## Tools ### get_alarms get_alarms lets you see all current and past alerts for temperature, moisture, or equipment failures. It helps you prioritize which bins need immediate attention. ### get_co2 get_co2 provides the current CO2 ppm reading from a specific sensor to check for spoilage. This is an early warning sign for mold growth or biological activity. ### get_crop_level get_crop_level lets you check the current volume or percentage of grain inside a specific silo or bin. You can use this to plan your logistics and see how much space is left. ### get_customer_devices get_customer_devices lists all the monitoring hardware assigned to a specific farm or customer. This is useful for managers overseeing multiple storage sites. ### get_device_attributes get_device_attributes shows the configuration, calibration data, and metadata for a specific sensor. Use this to verify how your hardware is set up in the field. ### get_devices get_devices lists every temperature, moisture, and weather sensor currently connected to your system. This gives you a full inventory of your monitoring hardware. ### get_moisture get_moisture provides the current moisture percentage from a specific device to check grain quality. High moisture is a primary cause of spoilage and heat. ### set_relay_state set_relay_state allows you to turn fans, aeration systems, or dryers on or off by sending a command to a specific device. This helps you respond to heat alerts or schedule ventilation automatically. ### get_device_telemetry get_device_telemetry pulls historical data for temperature, moisture, or CO2 over a specific timeframe. Use this to see trends and create reports for your records. ### get_temperature get_temperature provides the current temperature reading in Celsius from a specific grain silo. This is the most common way to monitor for active spoilage. ### get_weather get_weather pulls the latest wind speed, rainfall, and humidity data from your weather station. This helps you decide when to start natural air drying. ## Prompt Examples **Prompt:** ``` Check the temperature and moisture in silo 3 and tell me if there is any spoilage risk. ``` **Response:** ``` **Silo 3 Status Report** | Metric | Reading | Status | | :--- | :--- | :--- | | Temperature | 18.5°C | **Safe** | | Moisture | 13.2% | **Safe** | | CO2 Level | 850 ppm | **Normal** | **Assessment:** The grain in Silo 3 is in good condition. Temperature and moisture levels are well within the safe storage range. No biological activity or spoilage risks were detected. ``` **Prompt:** ``` Show me all active alarms in my grain storage facility. ``` **Response:** ``` **Active Alerts** * **CRITICAL:** Silo 7 - High Temperature Alert (28.3°C) * *Action:* Immediate aeration recommended. * **WARNING:** Bin 3 - Elevated CO2 (1650 ppm) * *Action:* Monitor closely and consider ventilation. All other bins are currently reporting normal parameters. ``` **Prompt:** ``` What is the current crop level inventory across all my grain bins? ``` **Response:** ``` **Inventory Overview** * **Silo 1:** 85% full (~4,250 tonnes) * **Silo 2:** 62% full (~3,100 tonnes) * **Silo 3:** 72% full (~3,600 tonnes) * **Silo 4:** 45% full (~2,250 tonnes) * **Silo 5:** 91% full (~4,550 tonnes) - **NEAR CAPACITY** * **Silo 6:** 28% full (~1,400 tonnes) * **Silo 7:** 55% full (~2,750 tonnes) **Total Estimated Inventory:** 21,900 tonnes ``` ## Capabilities ### Check silo temperatures Get real-time heat readings from any bin or silo to spot spoilage early. ### Monitor moisture content See exactly how much water is in your grain to prevent mold growth. ### Detect early spoilage Track CO2 levels to catch biological activity before it ruins your inventory. ### Track crop inventory Get current volume and fill levels for all your storage units instantly. ### Remote aeration control Turn fans and dryers on or off with a simple voice or text command. ### Monitor weather conditions Pull local wind, rain, and humidity data for harvest and drying plans. ### Manage active alarms See a list of all critical alerts and their severity levels in one place. ## Use Cases ### Emergency Aeration A manager sees a high-temp alert on their phone and asks the agent to "turn on the fans for silo 3" using set_relay_state. This allows for an immediate response to a heat spike without needing to go to the control panel. ### Inventory Audit A logistics coordinator asks "how full are my bins?" and the agent uses get_crop_level to provide a total tonnage count. This gives them a clear picture of available space for new shipments in seconds. ### Spoilage Check A consultant asks about the CO2 levels in a bin that's been sitting for a month to see if it's safe to move. The agent uses get_co2 to provide a quick safety check on the grain's condition. ### Historical Analysis An operator asks for a temperature trend over the last 48 hours to see if the current cooling cycle is working. The agent uses get_device_telemetry to show the data and help them verify the equipment is performing. ## Benefits - Stop spoilage before it starts by using get_co2 to catch early signs of mold or biological activity. This gives you a head start on fixing issues before they ruin your inventory. - Save on energy costs by using set_relay_state to turn on aeration only when the grain hits specific temperatures. You can manage your fans with precision instead of leaving them on all day. - Know your exact inventory at all times using get_crop_level to see how much capacity you have left in every bin. This helps you plan your logistics and avoid overfilling your storage units. - Reduce manual inspections by using get_alarms to receive a prioritized list of only the most critical storage issues. You can focus your attention on the bins that actually need help right now. - Plan your harvest and drying cycles better with get_weather to see real-time wind and rainfall data. This helps you decide when to start natural air drying based on actual outdoor conditions. - Manage multiple farm locations easily by using get_customer_devices to see all hardware across your entire organization. It makes it simple to oversee many different sites from a single interface. ## How It Works The bottom line is you get a hands-free way to monitor and control your grain storage. 1. Subscribe to the AgroLog MCP on the Vinkius marketplace. 2. Add your AgroLog credentials, including your username, password, and base URL. 3. Ask your agent to list your devices or check specific silo conditions. ## Frequently Asked Questions **Can AgroLog help me prevent grain spoilage?** Yes, it provides real-time monitoring of CO2 levels, temperature, and moisture. By catching these spikes early, you can take action to prevent mold and heat damage before they ruin your inventory. **How do I control my fans using this Connector?** You can simply ask your agent to turn specific fans or aeration systems on or off. It connects directly to your AgroLog hardware to execute these commands instantly. **Can I see how full my silos are?** Yes, the Connector can pull current crop levels for all your bins. You'll get a clear view of your capacity and tonnage across your entire facility. **Does it work for multiple farms?** Yes, it supports multi-customer management. You can oversee devices and data across different farm organizations or multiple storage sites from one place. **Can I get historical data for my grain?** Yes, you can ask your agent to pull telemetry for specific periods. This lets you see trends in temperature or moisture over days or weeks for better reporting. **What kind of weather data does it show?** It pulls real-time data from your weather station, including wind speed, rainfall, and humidity. This is helpful for planning natural air drying and harvest windows. **Can my AI check the current temperature and moisture in my grain silo?** Yes! First use `get_devices` to find the device ID for your silo sensors. Then use `get_temperature` and `get_moisture` with that device ID to get current readings. Temperature above 25°C or moisture above 15% may indicate spoilage risk. For historical trends, use `get_device_telemetry` with keys=temperature,moisture to see how conditions have changed over time. **How do I detect early signs of grain spoilage using CO2 levels?** Use the `get_co2` tool to check CO2 readings from headspace sensors in your bins. Elevated CO2 levels (above 1500 ppm) indicate biological activity from mold, insects, or grain respiration — often appearing days before temperature changes. Combine with `get_alarms` to check for any active spoilage alerts. If CO2 is rising, consider turning on aeration using `set_relay_state` to ventilate the bin and reduce spoilage risk. **Can I remotely control my aeration fans based on sensor readings?** Yes! Use the `set_relay_state` tool with your device ID, relay name (e.g., "fan", "aeration"), and desired state (true for ON, false for OFF). Before activating, check current conditions with `get_temperature` and `get_moisture`, and verify weather conditions with `get_weather` to ensure outdoor conditions are suitable for aeration. For example, avoid running aeration during high humidity or rain.