IoT Monitoring & Data Logging
Industrial-grade sensor networks and real-time dashboards
We design and deploy IoT monitoring systems — sensor networks, MQTT data pipelines, and real-time dashboards — for manufacturing, agriculture, and infrastructure environments where knowing what's happening on the ground, right now, changes what you do next.
From Sensors to Actionable Dashboards
Our IoT practice covers the full stack: selecting and provisioning sensor hardware, building the data ingestion pipeline, and designing dashboards that operations teams actually check every day instead of ignoring after week two.
Sensor and hardware selection based on your environment and budget
MQTT-based data ingestion built for unreliable field connectivity
Time-series storage (InfluxDB) built for high-frequency sensor data
Real-time Grafana dashboards with threshold-based alerting
Edge computing for sites with limited or intermittent connectivity
Integration with existing SCADA or industrial control systems
Key Features
Sensor Network Design
Hardware selection and field deployment planning for temperature, moisture, vibration, GPS, or custom sensor types.
MQTT Data Pipelines
Lightweight, reliable messaging built for field conditions with intermittent connectivity and battery-powered devices.
Time-Series Storage
InfluxDB or TimescaleDB storage optimised for high-frequency writes and fast historical queries.
Real-Time Dashboards
Grafana dashboards giving operations teams live visibility with configurable threshold alerts.
Edge Computing
On-site processing for sites with poor connectivity, syncing summarised data when a connection is available.
Alerting & Automation
SMS, email, or WhatsApp alerts when readings cross thresholds, plus automated triggers (e.g. irrigation, shutoffs).
Our Process
Site Assessment
1 weekEvaluate field conditions, connectivity, and existing infrastructure to select the right sensor and networking approach.
Hardware Provisioning
1-3 weeksSource, configure, and test sensor hardware and gateways before field deployment.
Pipeline & Dashboard Build
3-6 weeksBuild the MQTT ingestion pipeline, time-series storage, and Grafana dashboards in parallel with hardware deployment.
Field Deployment
1-2 weeksInstall sensors and gateways on-site, validate signal reliability, and calibrate readings against ground truth.
Alerting Configuration
3-5 daysSet thresholds with your operations team and test alert delivery across SMS, email, and WhatsApp.
Monitoring & Support
OngoingOngoing uptime monitoring for the sensor network, gateway maintenance, and dashboard iteration.
Technology Stack
Connectivity
Data Pipeline
Dashboards & Alerting
Edge & Hardware
Pricing Options
Pilot Deployment
A single-site pilot to validate sensor reliability and dashboard value before scaling.
Scaled Rollout
Multi-site sensor network with edge computing and advanced alerting workflows.
Enterprise IoT Platform
Enterprise-wide monitoring across facilities with predictive maintenance and centralised control.
Real-World Use Cases
Sensor-based crop monitoring with satellite imagery and automated irrigation triggers deployed across 500+ farms in Punjab.
GPS and fuel-sensor fleet monitoring with real-time dashboards for route optimisation and driver scorecards.
Vibration and temperature sensors on production line equipment feeding predictive maintenance alerts.
Water and utility monitoring network feeding a citizen-facing transparency dashboard for a metropolitan government.
Frequently Asked Questions
What if our field sites have poor internet connectivity?
We design for this by default — MQTT is built for unreliable connections, and we deploy edge computing on-site to process and summarise data locally, syncing to the cloud whenever a connection is available.
Do you help select the sensor hardware, or do we need to source it ourselves?
We handle hardware selection and sourcing as part of the engagement, based on your environment, budget, and accuracy requirements. We can also work with hardware you've already purchased.
Can this integrate with our existing SCADA or industrial control system?
Yes, in most cases. We've integrated with existing SCADA and PLC-based systems by bridging their data into our MQTT pipeline without replacing your existing industrial control infrastructure.
How do you handle alerting so we don't miss critical events?
We configure threshold-based alerts delivered via SMS, email, or WhatsApp, and for critical use cases, automated triggers (e.g. shutting off irrigation, halting equipment) that don't rely on a human seeing a dashboard in time.
Ready to get started?
Let's discuss your project and turn your ideas into reality.