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Enterprise IoT Engineering

Custom-tailored IoT solutions for industrial automation: Remote Access and Monitoring, Industry 4.0, Analytics, IoT Gateway, Machine to Machine (M2M), IoT Consulting, IoT Platform, IoT Network, Smart Infrastructure, Smart City, Smart Manufacturing, People Tracking, Smart Construction, Asset Tracking, and Connected Workforce.

Six Engineering Capabilities

Custom IoT Product Dev

From brief to production-ready connected device.

Smart Building Automation

Retrofit intelligence into any existing building.

Industrial IoT & Monitoring

Real-time sensor networks for operations.

PCB & Hardware Design

Multi-layer PCB, prototyping, manufacturing handover.

Cloud & Cellular Connectivity

Azure IoT Hub, AWS IoT, MQTT, LTE: full stack.

AgriTech Sensor Solutions

Precision farming: soil, moisture, pH, irrigation.

How We Deliver: End to End

1

Discover

Requirements, constraints, environment. Feasibility assessment.

2

Architect

Schematic design, hardware selection, connectivity strategy, BOM.

3

Build

PCB fabrication, firmware (FreeRTOS/ESP32), cloud integration.

4

Test & Deploy

Field testing, commissioning, OTA setup, monitoring.

5

Hand Over

Full docs, Gerber files, maintenance protocol, support terms.

One team. One point of accountability. No handoffs between contractors.

Why Clients Choose Luminox

Hardware-first, not hardware-added

We design electronics. Solutions engineered for real-world conditions: power constraints, signal integrity, harsh environments, and long deployment lifetimes.

GCC market experience

We've delivered across the GCC. We understand the region's procurement, environmental conditions, and the relationship-first culture of enterprise and government projects.

Full-stack, one team

From PCB schematic to cloud dashboard, one point of accountability. No finger-pointing between hardware and software contractors.

Production-ready, always

Every engagement ends with full documentation, Gerber files, firmware source, and a clear path to manufacturing scale. We don't disappear after the prototype.

Case Studies

A few of the systems we've engineered end to end, from schematic to deployment.

✓ Delivered GCC

Wearable Health Tracker

Client

GCC-based Racing Animal Industry Client

Challenge

Track real-time vitals of racing animals, including ECG, SpO₂, gait, GNSS speed, body temperature and RFID, with live cellular connectivity.

What We Built

A fully custom wearable with purpose-designed PCB, embedded firmware, cellular LTE and a live trackside dashboard.

Outcome

System deployed and operational in the field, enabling trainers to track vitals and identity in real time during race day.

"A hardware challenge most IoT companies would not attempt. We delivered it."
Tech Spec
HardwareCustom 4-layer PCB (KiCad)
MCUESP32-S3
SensorsECG · PPG · IMU · GNSS · SpO₂ · RFID
ConnectivityCellular LTE / MQTT
CloudLive telemetry dashboard
Form factorRuggedised wearable, built for race-day conditions
In Progress United States

Wearable Biometric Tracker: Canine Health

Client

US-based pet health client

Challenge

Bring real-time biometric tracking from our wearable platform to a wearable built for dogs.

Status

Currently in active development, extending our wearable biometric-tracking platform to canine health monitoring.

Status
StageIn development
MarketUnited States
FoundationBuilds on our wearable biometric platform
✓ Delivered India

IoT Soil Health Monitoring: AgriTech

Challenge

Give farmers real-time visibility into soil moisture, nutrient levels (NPK), and pH, without expensive infrastructure or constant manual sampling.

What We Built

Wireless sensor network with solar-powered field nodes transmitting data over LoRa to a local gateway. Live dashboard shows actionable soil health insights and supports precision irrigation decisions.

Tech Spec
Sensing3 soil parameters live: Moisture, NPK, pH
PowerSolar, zero wiring in the field
ConnectivityLoRa, 2km+ range per node
CloudLive dashboard with alert logic
HardwareESP32

What We Work With

Microcontrollers & Firmware
ESP32ESP32-S3 ArduinoFreeRTOS (dual-core)
Hardware Design
PCB Design (KiCad, 4-layer) Schematic CaptureDFM
Sensors & Biometrics
ECGPPGIMU GNSS/GPSSpO₂ Soil SensorsmmWave
Connectivity
LTELTE-MNB-IoT MQTTLoRaWiFi BLERFID
Cloud Platforms
Azure IoT HubAWS IoT Core Custom MQTT Brokers
Computer Vision
ESP32-CAMOpenCV OCREdge AI Inference
Domain Expertise
Smart HomeIndustrial IoT Wearable HealthAgriTechSmart City

How We Engage

01 / Fixed Scope

Project Engagement

Best for: defined deliverables with a clear brief

Fixed scope, milestone-based delivery. Quote after a scoping session.

PCB design · Prototype build · Cloud integration

Request a Quote
03 / Advisory

Architecture & Consultation

Best for: expert input before committing to a build

Fixed-fee discovery session. We assess your requirements and deliver a technical blueprint.

Technical due diligence · IoT system design review

Book a Session

Frequently Asked Questions

Do you work with clients outside India?

Yes. We've delivered across the GCC, and understand the region's procurement, environmental conditions, and the relationship-first culture of enterprise and government projects.

What happens after you hand the project over?

Every engagement ends with full documentation, Gerber files, and firmware source. If you need continued support after that, our Embedded Engineering Partner retainer covers ongoing work.

What's a typical project timeline?

It varies by project, so we don't quote a generic number upfront. We start by understanding your project overview and requirements, then put together a plan covering the hardware framework and approach. Once that's clear, we give you a concrete timeline built around your actual scope.

Do you sign NDAs before scoping calls?

Yes. We understand the importance of protecting your IP, and sign NDAs to protect both parties before any scoping call.

Have a system to build? Let's scope it.