Security & automation · On-site across India

IoT, sensors and automation that warn you before things break

Sensors, gate and shutter automation, energy, water and temperature monitoring, and dashboards that alert the right person before a problem becomes downtime.

Failures caught in minutes, not morningsConsumption you can see and cutManual routines automated safely

Quick quote — IoT & automation

Written, itemised quote within 24 hours. No obligation.

Goes straight to me — no mailing list, no sales sequence.

In short

The value of an IoT project is entirely in the alert that reaches the right person in time — dashboards nobody opens are decoration. Every system here is designed backwards from that: what must be known, by whom, within how many minutes, over which channel.

Common deployments are cold-room and cold-chain temperature monitoring, energy and diesel consumption metering, water tank and pump control, machine runtime and downtime tracking, and gate, shutter and lighting automation with manual override. Everything is built to keep working when the network does not.

IoT & automation at a glance

Typical deployments
Cold rooms, energy metering, water systems, machine monitoring, gate automation
Alerting
WhatsApp, SMS, app push and email, with escalation if nobody acknowledges
Connectivity
Wi-Fi, Ethernet, 4G SIM, LoRaWAN and Zigbee — chosen per site
Weak networks
Local buffering with store-and-forward sync; alerts still fire locally
Integration
Non-invasive sensors where machines have no data port, so warranties stay intact
Coverage
On-site across India · remote dashboards accessible anywhere

Sound familiar?

You discover a cold-room failure the next morning
Energy and diesel consumption is a mystery until the bill
Gates and shutters are opened manually by whoever is nearby
Machine data never leaves the machine
You were sold a dashboard, and nobody has opened it since week two

What you get

  • Site assessment: what to measure and what a useful alert looks like
  • Sensor selection and installation — temperature, energy, water, motion
  • Gate, shutter and lighting automation with manual override
  • Gateway, MQTT and connectivity design including poor-network sites
  • Dashboards and threshold alerts by app, SMS or WhatsApp
  • Historical data retention for trend and compliance reporting
  • Maintenance schedule and calibration plan

Where IoT pays for itself fastest

DeploymentWhat it prevents or revealsTypical sites
Cold-room & cold-chain monitoringOvernight stock loss and failed compliance auditsClinics, pharmacies, dairies, restaurants, cold stores
Energy & diesel meteringConsumption you only discover on the billFactories, hotels, apartment complexes, offices
Water tank & pump controlDry running, overflow and burnt-out pumpsApartments, campuses, hotels, farms
Machine runtime & downtimeUnmeasured stoppages and disputed shift reportsManufacturing, workshops, packaging lines
Gate, shutter & lighting automationManual routines and after-hours security gapsWarehouses, gated premises, showrooms
Environment & air qualityConditions that damage stock or breach standardsServer rooms, labs, storage, printing

Designing for Indian site conditions

Most IoT deployments fail for unglamorous reasons: the Wi-Fi does not reach the compressor room, the power flickers twice a week, or the sensor was calibrated once and never again. The design deals with all three explicitly.

  • Local buffering so data survives an outage and syncs when the link returns
  • Alerts that can fire from the local gateway even when the internet is down
  • 4G SIM or LoRaWAN where Wi-Fi cannot reach, instead of a repeater no one maintains
  • Battery backup on devices where mains power is unreliable
  • Non-invasive clamp and probe sensors so machine warranties stay intact
  • A written calibration and maintenance schedule, because drift is the silent failure mode

Alerts people actually act on

An alert that fires too often gets muted, and a muted alert is worse than no alert because it creates the belief that something is being watched. Thresholds are set with you against real historical data, with escalation if the first person does not acknowledge, and a deliberately short list of what is worth waking someone for.

Indicative pricing

What IoT & automation costs

IoT is quoted per site after an assessment, because sensor count, connectivity and installation access dominate the cost. The structure below is what every quote looks like.

Quote lineHow it is priced
Site assessmentFixed fee, credited against the project if you proceed
Sensors & gateway hardwareAt transparent supply cost, model and warranty listed
Installation & commissioningPer device, adjusted for access and cabling
Dashboard & alerting setupFixed fee per deployment
Connectivity (SIM / LoRa)At cost, recurring, in your name
Monitoring & calibration AMCOptional monthly retainer including scheduled calibration

A pilot on one cold room, one meter or one machine is usually the right first step. It costs little, proves the alerting works in your environment, and gives you a real number before a site-wide rollout.

Tech stack

The exact platforms I build IoT & automation on.

Mainstream, well-supported products with real warranties and real communities — so your system stays maintainable long after the invoice is settled.

Arduino logo Arduino
Raspberry Pi logo Raspberry Pi
ESP32 / Espressif logo ESP32 / Espressif
MQTT logo MQTT
Home Assistant logo Home Assistant
Node-RED logo Node-RED
Grafana logo Grafana
InfluxDB logo InfluxDB
Python logo Python
Docker logo Docker
LoRaWAN logo LoRaWAN
Zigbee logo Zigbee

Why clients pick me for this

Four promises, written into every IoT & automation contract.

Fixed price, no scope-creep billing

The quote you approve is the amount you pay. Anything extra is quoted and approved by you before a rupee is spent.

Milestone payments, not upfront risk

You pay against delivered stages. If a milestone is not signed off, the next one does not start.

Satisfaction sign-off before handover

Delivery closes only when you have tested it and confirmed it does what the scope said. Fixes inside that scope are free.

Support after the invoice is paid

A defined warranty period, then optional AMC. You call the person who built it — never a ticket queue.

How it runs

From your first message to signed-off delivery.

STEP 01

Assessment

What must be measured, who needs to know, how fast, and what a useful alert looks like.

STEP 02

Pilot on one asset

A single cold room, meter or machine — small cost, real proof in your actual conditions.

STEP 03

Roll out & integrate

Full sensor deployment, gateway, dashboards, alert routing and escalation rules.

STEP 04

Calibrate & maintain

Scheduled calibration, retention for compliance reporting, and optional monitoring AMC.

FAQ

IoT & automation — questions clients ask

Will IoT work where our network is weak?

Yes. Devices buffer locally and sync when connectivity returns, and critical alerts can fire from the local gateway even with the internet down. Where Wi-Fi cannot reach, 4G SIM or LoRaWAN is used rather than a chain of repeaters nobody maintains.

Can it integrate with our existing machines?

Often, using non-invasive clamp meters and external probes when the machine has no data port. That keeps manufacturer warranties intact, which matters more than the extra elegance of a direct integration.

How much does an IoT project cost?

It is quoted per site because sensor count, connectivity and installation access dominate the cost. A pilot on one cold room, meter or machine is inexpensive and gives you a real number for the full rollout — I recommend starting there rather than committing site-wide.

How are the devices powered?

Low-power devices with battery backup where mains supply is unreliable. Power budget is part of the design, not an afterthought, because a sensor that dies silently is worse than no sensor.

What kind of alerts can it send?

WhatsApp, SMS, app push and email, with escalation if the first recipient does not acknowledge. Thresholds are set against your real historical data so alerts stay rare enough that people still react to them.

Can we use it for compliance reporting?

Yes. Historical data is retained and exportable for temperature logs, energy reporting and audit trails, with timestamps and calibration records attached.

Do sensors need recalibration?

Yes, and drift is the silent failure mode that makes people distrust the whole system. A written calibration schedule is part of the handover, and can be covered under an optional AMC.

Is this the same as home automation?

Related technology, different discipline. Business deployments prioritise alerting, reliability under bad conditions, data retention and manual override — not voice control and scenes.

Ready to get your IoT & automation done properly?

Send the requirement today and a written, itemised quote is in your inbox within 24 hours. If it is not the right fit, I will tell you that instead of selling you something.

100+ clients served·Free, no-obligation quote·NDA on request·You own everything at handover