IOT Solutions Company In India

Connect Every Device, Automate
Every Process, See Everything in Real Time

Custom IoT solutions that bridge your physical operations with digital intelligence. Sensor networks that monitor what matters, automation systems that eliminate manual work, and real-time dashboards that give you complete visibility — from smart offices and factories to cold chain logistics and precision agriculture. Hardware + firmware + cloud + dashboard. End to end.

We Work With Clients Globally — Not Just Delhi NCR Remote-friendly process · Zoom / Meet / WhatsApp · International payments accepted

🇮🇳 India

🇬🇧 UK

🇦🇪 UAE

🇺🇸 USA

🇨🇦 Canada

🇦🇺 Australia

What We Build

Every IoT & Automation Solution
Your Operations Actually Need

We design and build the complete IoT stack — sensor hardware selection, firmware, connectivity, cloud backend, and real-time dashboards. One partner for the entire connected system, not five vendors that don't talk to each other.

Industrial, Commercial & Agricultural
We've Built IoT for All Three

IoT requirements differ fundamentally between a factory floor, a commercial building, and a farm. Different sensors, different connectivity, different power, different compliance. We bring domain knowledge to each vertical.

Industrial & Manufacturing IoT

Smart Factory · IIoT · OEE

Industrial IoT (IIoT) for factories, warehouses, and production lines — where reliability, data accuracy, and integration with existing PLC/SCADA systems matter most. Ruggedised sensors that survive heat, vibration, and dust. OPC-UA bridges that connect legacy industrial equipment to modern cloud dashboards without replacing expensive machinery.

CNC / press / conveyor monitoring

Vibration-based predictive maintenance

OPC-UA / Modbus legacy integration

Production count & downtime tracking

Quality reject rate monitoring

OEE dashboard per machine / shift

Commercial & Infrastructure IoT

Smart Building · Energy · Security

Smart building automation for offices, hospitals, hotels, malls, and warehouses — where energy efficiency, occupant comfort, compliance, and facilities management converge. Wireless sensors that retrofit into existing buildings without civil work, and cloud dashboards that give facilities teams complete visibility from any device.

HVAC & lighting automation

Zone energy metering (kWh)

Access control & visitor tracking

Cold chain & temperature monitoring

Water & gas leak detection

NABH / FSSAI / WHO GDP compliance

Agricultural & Environmental IoT

AgriTech · Precision Farming · LoRa

Precision agriculture IoT for farms, polyhouses, and aquaculture — where sensors must run for years on batteries, survive outdoor conditions, and transmit over kilometres without reliable WiFi. LoRa-based sensor networks, solar-powered gateways, and farmer-facing mobile apps in Hindi and English with voice alert capabilities.

Soil moisture / NPK / pH sensors

LoRa — 10km range, 5-year battery

Weather station integration

Automated drip & sprinkler control

Aquaculture DO / pH monitoring

Farmer app — Hindi + English

Real Deployments

IoT Systems We've Actually
Built, Installed & Measured

Not concept diagrams. These are live IoT deployments with real sensors, real data, and measurable business outcomes — documented from commissioning to results.

Pharmaceutical · 3 Warehouses

Cold Chain Monitoring — WHO GDP Compliant

A pharmaceutical distributor was using manual temperature loggers — data recorded twice daily, no real-time alerts. During a compressor failure, a cold room reached 28°C for 6 hours before staff noticed. We installed wireless sensors across 3 warehouses with 2-minute sampling, instant WhatsApp alerts, and automated WHO GDP compliance reports for every batch dispatched.

2-min monitoring · Real-time alerts · WHO GDP reports automated

Auto Components · Manufacturing Plant

Machine OEE Monitoring — 22% Uptime Gain

An auto components manufacturer had no visibility into machine downtime causes — maintenance team reacted to breakdowns instead of preventing them. We deployed vibration and current sensors on 28 CNC machines, built an OEE dashboard showing availability, performance, and quality per machine per shift. Predictive alerts identified 14 bearing failures before breakdown in the first 6 months.

OEE: 61% → 83% · 14 breakdowns prevented · ₹38L saved

IT Company · 8-floor Office

Smart Building — 34% Energy Reduction

An IT company's 8-floor office was spending ₹4.2L/month on electricity — lights and ACs running in empty zones all day. We installed occupancy sensors, automated lighting and HVAC zones, zone-level power meters, and a central dashboard. After 3 months, average energy bill dropped to ₹2.77L — 34% reduction — paying back the installation cost in 7 months.

₹4.2L → ₹2.77L/month · ROI in 7 months · 34% energy saved

Agritech · 200-acre Polyhouse Farm

Smart Irrigation — 42% Water Saved

A large polyhouse vegetable farm in Haryana was irrigating on a fixed timer schedule — regardless of actual soil moisture or weather. We deployed soil moisture sensors across 12 zones, integrated weather station data, and built automated drip irrigation control that only waters when soil falls below the optimal range. Water consumption dropped 42%, while yields improved 18% from consistent optimal moisture.

42% less water · 18% better yield · Automated scheduling

Logistics · 120-vehicle Fleet

Real-Time Fleet Tracking & Idle Reduction

A logistics company's 120-vehicle fleet had no real-time visibility — customer ETAs were guesses, and fuel costs were uncontrolled. We deployed GPS trackers with 4G connectivity, built a fleet dashboard with live map, geofence alerts for customer delivery zones, and idle time reporting. Fuel costs reduced 18% in month 1 from idle reduction alone.

120 vehicles tracked live · 18% fuel cost reduction · Month 1

Healthcare · Medical Devices

Custom Patient Environment Monitor

A hospital needed a custom device to continuously monitor temperature, humidity, and CO₂ in ICU and NICU rooms — with tamper-proof data logging for NABH accreditation. Commercial sensors either cost ₹80,000+ per unit or lacked the required data logging. We designed a custom PCB-based monitor at ₹8,200 per unit, deployed 34 units, with central dashboard and automated NABH compliance reports.

₹80K → ₹8.2K per unit · 34 units · NABH compliant

Our Approach

Why IoT Projects Fail — and
How We Make Sure Yours Doesn't

IoT projects have a notoriously high failure rate — most die in pilot because hardware, firmware, cloud, and dashboard were bought from different vendors who never tested together. We own the entire stack.

Full Stack — Hardware to Dashboard

We handle sensor selection or custom hardware design, firmware development, connectivity protocol setup, cloud backend, and the web/mobile dashboard. One team responsible for the entire system — no finger-pointing between hardware vendors and software developers when something doesn't work.

Right Connectivity for Your Environment

WiFi, 4G, LoRa, NB-IoT, BLE, Zigbee — different environments need different connectivity. A cold storage warehouse needs different connectivity than a 200-acre farm. We evaluate your environment, infrastructure, power availability, and data requirements before recommending a connectivity approach.

Alerts That Actually Reach You

An IoT system that sends alerts to an email nobody checks is worse than no system at all — it creates false confidence. Every system we build delivers critical alerts via WhatsApp (98% open rate), with configurable escalation chains so alerts reach the right person, not just a generic mailbox.

Battery Life Engineered for the Field

Office sensor networks can use WiFi and power adapters. Field deployments — farms, warehouses, remote sites — need sensors that run for 2–5 years on batteries with no maintenance. We engineer firmware with deep sleep cycles, LoRa for long-range low-power transmission, and battery life testing before deployment.

Compliance Reports Built In

For regulated industries — pharmaceuticals (WHO GDP, FSSAI), healthcare (NABH), and food processing — compliance reports need to be generated automatically, tamper-proof, and audit-ready. We build automated compliance reporting into every system from the start, not as an afterthought.

Onsite Installation + Remote Support

We handle physical installation and commissioning for clients in Delhi NCR — sensor mounting, cable management, gateway placement, and network configuration. For outstation clients, we provide detailed installation guides and video call support during commissioning. Remote monitoring and firmware updates via OTA after deployment.

How We Work

From Your Physical Environment
to a Live IoT System — 5 Steps

We start with a site survey — not a sales pitch. Understanding your environment, connectivity, power, and compliance requirements before recommending hardware saves months of rework later.

Site Survey & Assessment

We assess your environment — connectivity options, power availability, sensor placement, ambient conditions, and existing infrastructure — before recommending any hardware or architecture.

Solution Design

Hardware specified, connectivity protocol chosen, cloud architecture designed, and dashboard wireframed. Bill of materials and system architecture document approved before any procurement.

Pilot Deployment

5–10 sensor pilot in one zone. Data validated against ground truth. Alert thresholds calibrated. Dashboard reviewed and refined before full deployment begins.

Full Rollout

All sensors deployed and commissioned. Network connectivity verified for every node. Data flowing clean into the dashboard. Compliance reports generating if required.

Training & Support

Team trained on the dashboard, alert configuration, and basic troubleshooting. OTA firmware updates configured. 3-month post-deployment support included as standard.

Technology Stack

The IoT Stack We Use to Build
Reliable, Scalable Connected Systems

From microcontroller firmware to cloud time-series databases to React dashboards — the complete IoT technology stack, chosen for reliability, power efficiency, and long-term supportability.

ESP32 / ESP8266

Arduino Mega / Nano

Raspberry Pi

LoRa / LoRaWAN

NB-IoT / 4G LTE

BLE 5.0

Zigbee / Z-Wave

Custom PCB Design

MQTT / MQTT-S

REST / HTTP/S

Modbus RTU / TCP

OPC-UA

CoAP

Node-RED

AWS IoT Core

Google Cloud IoT

AWS IoT / DynamoDB

InfluxDB (time-series)

TimescaleDB

MongoDB

PostgreSQL

Redis

Docker / Kubernetes

Grafana Analytics

React.js

Next.js

Grafana Dashboards

Flutter Mobile App

WhatsApp Alerts API

Push Notifications

Tailwind CSS

Recharts / D3.js

FAQ

IoT Questions —
Answered Practically

IoT projects involve hardware, firmware, connectivity, cloud, and software all working together. Here are straight answers to the questions businesses ask before their first IoT deployment.

What's included — just software, or hardware too?

We handle the complete IoT stack — hardware selection or custom design, firmware development, connectivity setup, cloud backend, and the web or mobile dashboard. For most projects, we source the hardware (sensors, gateways, microcontrollers) from our supplier network and include it in the project cost. For custom hardware requirements, we design and manufacture custom PCB-based devices. For Delhi NCR clients, we handle physical installation and commissioning. For outstation and international clients, we provide detailed installation documentation and video call commissioning support. You end up with a complete, working system — not components you need to assemble yourself.

My location has poor WiFi — can IoT still work?

Yes — and this is exactly why we start with a site survey. WiFi is only one of many connectivity options. LoRa (Long Range) can transmit sensor data over 10 kilometres with sub-cent power consumption, making it ideal for farms, warehouses, and remote sites. For moving assets (vehicles, containers), we use 4G/LTE SIM-based trackers. For short-range indoor deployments, BLE or Zigbee work without internet connectivity at all, with a single gateway handling the cloud connection. NB-IoT uses the mobile network at extremely low power and cost. We choose the connectivity that works in your actual environment — not the one that's easiest to implement on our end.

How long does it take to deploy an IoT system?

A simple monitoring system — temperature/humidity sensors with a basic dashboard and WhatsApp alerts — can be live in 2–3 weeks. A smart building deployment with 50+ sensors, automated controls, and a custom BMS dashboard typically takes 6–8 weeks including hardware procurement. An industrial IIoT deployment integrating with existing PLCs/SCADA and requiring OEE calculations typically takes 8–12 weeks. Custom hardware design and manufacturing adds 6–8 weeks for PCB design and first article testing. We always pilot first — 5–10 sensors in one zone to validate data quality and alert thresholds — before scaling to the full deployment.

What happens if a sensor stops working after installation?

Every IoT system we build has device heartbeat monitoring built in — the cloud platform expects a data packet from each sensor at its configured interval, and raises an alert if a sensor goes silent for 3× that interval. So a sensor failure is detected automatically and you're notified before you'd otherwise notice the gap in data. For hardware faults, we provide a 1-year warranty on all hardware we supply and 3 months of post-deployment support included in every project. After the support period, we offer maintenance retainers for ongoing support, OTA firmware updates, and hardware replacement at preferential rates.

Can IoT integrate with our existing ERP or production software?

Yes — IoT data becomes most valuable when it flows directly into your production planning, quality management, or maintenance systems. We have integrated IoT data with SAP, Tally, Zoho, custom ERP systems, and production databases. Integration happens via REST API calls from our IoT cloud platform to your ERP, or via database writes if your system exposes a database connection. For legacy systems without APIs, we can build middleware that translates IoT events into the format your legacy system expects. We discuss integration requirements in the scoping phase and include all integration work in the project scope.

How is the IoT data stored and kept secure?

All IoT data is stored in time-series databases (InfluxDB or TimescaleDB) on cloud infrastructure you own — AWS, GCP, or a managed VPS depending on your requirements and budget. Data in transit is encrypted via TLS. Device authentication uses unique device certificates or API keys per device — no shared credentials. For compliance-critical applications (pharmaceutical, food safety), data is stored with tamper-evident logging and 5-year retention as required by FSSAI and WHO GDP. For on-premise requirements (banks, government, healthcare), we can deploy the entire IoT platform on your own servers with no data leaving your network.

Free IoT Site Assessment

Ready to See Your Operations
in Real Time — From Anywhere?

Get a free IoT assessment — tell us what you want to monitor or automate, we'll assess feasibility, recommend the right solution, and give you a clear proposal with hardware costs and timeline. No obligation.

WhatsApp Us Now

IOT Solutions Company In India

Connect Every Device, Automate
Every Process, See Everything in Real Time

Every IoT & Automation Solution
Your Operations Actually Need

Industrial, Commercial & Agricultural
We've Built IoT for All Three

IoT Systems We've Actually
Built, Installed & Measured

Why IoT Projects Fail — and
How We Make Sure Yours Doesn't

From Your Physical Environment
to a Live IoT System — 5 Steps

The IoT Stack We Use to Build
Reliable, Scalable Connected Systems

IoT Questions —
Answered Practically

Ready to See Your Operations
in Real Time — From Anywhere?

Company

Services

Solutions

Industries We Serve

Contact Us

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IOT Solutions Company In India

Connect Every Device, Automate Every Process, See Everything in Real Time

Request Sent!

Every IoT & Automation SolutionYour Operations Actually Need

Industrial, Commercial & Agricultural We've Built IoT for All Three

IoT Systems We've ActuallyBuilt, Installed & Measured

Why IoT Projects Fail — andHow We Make Sure Yours Doesn't

From Your Physical Environmentto a Live IoT System — 5 Steps

The IoT Stack We Use to BuildReliable, Scalable Connected Systems

IoT Questions —Answered Practically

Ready to See Your Operationsin Real Time — From Anywhere?

Company

Services

Solutions

Industries We Serve

Contact Us

Connect Every Device, Automate
Every Process, See Everything in Real Time

Every IoT & Automation Solution
Your Operations Actually Need

Industrial, Commercial & Agricultural
We've Built IoT for All Three

IoT Systems We've Actually
Built, Installed & Measured

Why IoT Projects Fail — and
How We Make Sure Yours Doesn't

From Your Physical Environment
to a Live IoT System — 5 Steps

The IoT Stack We Use to Build
Reliable, Scalable Connected Systems

IoT Questions —
Answered Practically

Ready to See Your Operations
in Real Time — From Anywhere?