Sensor Layer
Solar-powered wireless sensor nodes with swappable sensors for field, plant, lab and infrastructure environments.
Built by nanoFarm - NFI SmartFarm Solutions Pvt. Ltd.
SWARM - AI Agentic IoT & Robotics Platform for Biogas, Agriculture, Sanitation and Decentralized Infrastructure
SWARM connects modular sensor nodes, autonomous robots, plant disease detection, and intelligent AI agents to sense, analyze, predict, and act across real-world infrastructure.
Sense. Think. Predict. Act. Together.
AI-IoT
Robotics
Bio-Intelligence
Predictive Analytics
Agentic Intelligence
SWARM
BioSWARMBiogas plant health
AgriSWARMDisease detection
SensorSWARMWireless nodes
RoboSWARMAutonomous tasks
AI AgentsPredict + recommend
Health Score87%
Node NetworkLive
AI StatusLearning
What is SWARM?
One intelligence layer for sensors, robots, dashboards and bio-systems.
SWARM is nanoFarm’s AI-agentic platform where modular IoT devices, autonomous robots, AI models, and dashboards work together as a coordinated intelligence layer.
SWARM by nanoFarm is a modular AI-IoT and robotics ecosystem designed to transform how real-world infrastructure is monitored and managed. Instead of isolated sensors and manual readings, SWARM creates a connected intelligence network where sensor nodes, robots, dashboards, and AI agents work together to detect problems, predict risks, recommend action, and eventually automate field-level responses.
MonitorReal-time biological, environmental and operational parameters.
PredictTrend analysis, anomaly detection and early warning intelligence.
ActHuman-guided recommendations today, autonomous workflows tomorrow.
Visual Ecosystem
Real product direction across sensing, intelligence and autonomous action.
Relevant concept visuals are integrated across SWARM, BioSWARM, AgriSWARM, SensorSWARM and RoboSWARM.
Platform Architecture
A modular system built layer by layer.
SWARM combines hardware, software, AI and robotics into one scalable architecture for decentralized infrastructure.
Robotics Layer
Autonomous task-specific robots for inspection, sampling, spraying, dosing, monitoring and field operations.
Intelligence Layer
AI agents, predictive analytics, anomaly detection, decision support and automated report generation.
Application Layer
Biogas, CBG, STP, sanitation, agriculture, hydroponics, waste management and research systems.
Dashboard Layer
Web dashboard, mobile interface, alerts, reports, operator insights and control-ready workflows.
Product Modules
From biological monitoring to autonomous action.
Each module can operate independently, but the real power appears when they work together through the SWARM Intelligence Layer.
Biogas / CBG
BioSWARM — AI-IoT Biogas / CBG Plant Health Monitoring
BioSWARM is the biogas and CBG plant health monitoring vertical of SWARM. It uses IoT sensors, dashboards, and AI analytics to monitor key biological and operational parameters, detect process instability, and alert operators before plant failure occurs.
pH monitoringTemperatureGas flowPressureGas qualityOverfeeding trendsFailure predictionEmail/mobile alertsSolar wireless modules
AgriSWARM — AI Plant Disease Detection & Crop Intelligence
AgriSWARM brings plant disease detection and crop intelligence into the SWARM platform using AI vision, crop health analytics, sensor integration and advisory intelligence.
Image-based disease detectionCrop healthPest alertsGrowth analyticsAI advisoryFarm sensorsRobotic/drone readiness
SensorSWARM — Modular Wireless Sensor Nodes
SensorSWARM is the modular hardware layer of SWARM: wireless, solar-powered, swappable sensor modules deployable as standalone nodes or as part of a larger intelligent network.
Swappable sensorsSolar-poweredWirelessEasy installSimultaneous nodesPlug-and-expand
RoboSWARM — Autonomous Robotics for Task-Specific Operations
RoboSWARM expands SWARM from monitoring to physical action with autonomous robots designed for specific tasks in agriculture, sanitation, biogas plants, waste handling and inspection.
InspectionSamplingSprayingDosingMonitoringSanitation supportDemo model developed
SWARM Intelligence Layer — The Agentic AI Brain
This is the AI-agentic brain of the complete ecosystem. It allows multiple sensors, robots, dashboards and AI models to work together — observing, comparing, predicting, recommending and preparing the path for automated corrective workflows.
Multi-device coordinationAnomaly detectionFailure predictionDisease identificationReportsOperator supportRobot task coordination
Applications
Built for decentralized infrastructure that needs intelligence.
SWARM is designed to scale across biological, environmental, agricultural and sanitation infrastructure.
Biogas Plants
Continuous biological process health monitoring and early warning insights.
CBG Plants
Operational intelligence for gas generation, process health and plant stability.
STPs
Monitoring support for wastewater and sanitation treatment infrastructure.
Sanitation Infrastructure
Smart decentralized monitoring for community and institutional systems.
Organic Waste Management
Data-backed operations for composting, biomethanation and waste treatment.
Smart Farming
Crop intelligence, disease detection and sensor-based advisory workflows.
Hydroponics / Controlled Farming
Environmental and crop parameter tracking for controlled production systems.
Research & Lab Monitoring
Modular sensing and dashboards for experiments, prototypes and pilots.
Decentralized Infrastructure
Remote monitoring, predictive alerts and scalable intelligence for distributed assets.
Why SWARM?
Move from reactive maintenance to predictive intelligence.
SWARM replaces disconnected manual readings with real-time, modular and agentic decision support.
Traditional Monitoring
Manual readings
Late failure detection
No predictive analytics
No automation
Disconnected systems
SWARM
Real-time monitoring
AI-based prediction
Modular sensors
Autonomous robots
Smart alerts
Agentic decision support
Scalable platform
Demo / Current Development Status
From prototype to platform.
nanoFarm has already started with real IoT and robotics development, and SWARM is the platform vision that unifies the roadmap.
IoT-based biogas plant health monitoring developed
nanoFarm has already developed IoT-based biogas plant health monitoring with pH and temperature sensing.
Web alerts and mobile-friendly access
The system uses web-based and email-based alerts with mobile-friendly dashboard access.
Autonomous robotics demo model
A demo autonomous robotic model has already been built for future RoboSWARM development.
Next development phase
The next phase expands into multi-sensor swarm systems, solar-powered standalone modules, AI analytics, plant disease detection and robotics integration.
Dashboard Preview
A command center for biological and infrastructure intelligence.
Operators get a modern dashboard with real-time values, trend graphs, alerts and AI-generated insights.
BioSWARM Plant Health Dashboard
Sample metrics for visual demonstration
pH7.1Stable
Temperature36.5°COptimal range
Gas Flow42m³/hr
Pressure1.8bar
Methane58%Good trend
Health Score87%Operational
Biogas Process Trend
AI Insight
AI Alert:
Stable operation. Slight increase in acidity trend detected.
Stable operation. Slight increase in acidity trend detected.
Suggested Action:
Monitor feed rate and alkalinity trend over next 6 hours.
Monitor feed rate and alkalinity trend over next 6 hours.
AI
Agent
Agent
AI Agent Section
From Monitoring to Agentic Intelligence
SWARM uses AI agents to observe sensor data, compare trends, detect anomalies, predict risks, recommend operator actions, generate reports, and coordinate future robotic tasks.
Failure prediction
Overfeeding detection
Disease identification
Alert prioritization
Maintenance recommendations
Automated reports
Multi-device coordination
Future robotic task routing
Contact
Partner with us / Request Demo
Interested in SWARM, BioSWARM, AgriSWARM, SensorSWARM or RoboSWARM? Connect with nanoFarm for pilots, demos, partnerships and deployment discussions.
nanoFarm - NFI SmartFarm Solutions Pvt. Ltd.
India