IoT Development Company

| Smart Devices. Smarter Business.

Turn physical environments into intelligent, data-driven systems with IoT development engineered for real-world reliability and long-term operational value.
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WHO
ARE
WE
Tech Reforms is an IoT development company that believes in innovation and smarter streamlining. We offer solutions that actually work in the field. We partner with product teams, operations leaders, and founders across industries, delivering everything from early-stage connected device prototypes to large-scale Industrial IoT deployments.
For us, IoT software development is a discipline that demands precision at every layer. Sensors must collect accurate data. Connectivity must be stable. Processing must be fast. And the interface must make all of it usable. We treat each of those layers with equal care, because a weak link anywhere in the chain undermines the entire system.
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OUR
IMPACT
Tech Reforms logo accent for IoT Deployments impact statDecorative hover highlight for IoT Deployments
50+
IoT Deployments
Industrial + Consumer
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4.9★
Clutch Rating
Verified reviews
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$15K
IoT Starting Price
Fixed-price available
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6
Protocols Supported
MQTT-LoRaWAN-Zigbee+
WHAT
WE
OFFER
IoT Development Services Across the Full Stack
Expert Consulting
Expert Consulting
Before committing to a direction, it pays to think it through. Our IoT consulting service gives you a structured assessment of your use case, existing infrastructure, and connectivity requirements. You leave with a clear architecture recommendation and a realistic picture of what delivery looks like.
Custom IoT Solution Development
Custom IoT Solution Development
Every IoT project has its own constraints, environments, and goals. We build custom IoT solutions from the ground up, and cover sensor selection, firmware, backend logic, and the interface your team will actually use. No off-the-shelf templates stretched to fit.
Embedded IoT System Integration
Embedded IoT System Integration
Connecting physical devices to digital systems requires deep technical knowledge of both. Our engineers work across embedded systems development, IoT sensor integration, and device management, ensuring every node in your network communicates reliably and at the right frequency.
UI/UX and Dashboard Design
UI/UX and Dashboard Design
Raw data is only useful when it is presented clearly. We design IoT dashboards and control interfaces tailored to the people who will use them daily, operators, managers, or end customers, with layouts and logic agreed upon before a single line of code is written.
IOT
SERVICES

Full-Stack IoT Development Services

Firmware & Embedded Development

C/C++ firmware for microcontrollers — Arduino, ESP32, STM32, Raspberry Pi. RTOS integration, power optimization, OTA update capability.

ArduinoESP32RTOS

IoT Cloud Platform

AWS IoT Core, Azure IoT Hub, or Google Cloud IoT. Device provisioning, data ingestion pipelines, time-series storage, and real-time analytics.

AWS IoTAzure IoT Hub

Connectivity & Protocol Integration

MQTT, CoAP, AMQP, HTTP for data transport. WiFi, Bluetooth, Zigbee, Z-Wave, LoRaWAN, NB-IoT, LTE-M for device communication.

MQTTLoRaWANZigbee

Edge Computing

Process data at the device level — AWS Greengrass, Azure IoT Edge. Reduce latency, bandwidth costs, and cloud dependency for time-critical operations.

AWS GreengrassEdge AI

Device Management Platform

Fleet management for thousands of connected devices — OTA updates, remote configuration, health monitoring, and alert management at scale.

OTA UpdatesFleet Mgmt

IoT Dashboard & Analytics

Real-time monitoring dashboards, KPI tracking, predictive maintenance alerts, and historical data visualization for operators and managers.

GrafanaTime-series DB
TECH
STACK

IoT Technologies & Platforms We Build With

MQTT, AWS IoT Core, Raspberry Pi, Zigbee, LoRaWAN, InfluxDB — the IoT entity names Google looks for on technical authority pages. Our team ships production IoT systems on every major platform and protocol.

AWS IoT Core

Cloud IoT platform — industry standard

Azure IoT Hub

Enterprise IoT — Microsoft stack

Raspberry Pi / Arduino

Prototyping + production hardware

MQTT Broker

Mosquitto / AWS IoT / HiveMQ

LoRaWAN / Zigbee

Low-power wide-area networks

InfluxDB / TimescaleDB

Time-series IoT data storage

HARDWARE

  • Arduino / ESP32
  • Raspberry Pi 5
  • STM32 / Nordic
  • NVIDIA Jetson (Edge AI)

PROTOCOLS

  • MQTT / CoAP
  • Zigbee / Z-Wave
  • LoRaWAN / NB-IoT
  • BLE / WiFi / LTE-M

CLOUD & STORAGE

  • AWS IoT Core / Greengrass
  • Azure IoT Hub / Edge
  • InfluxDB / TimescaleDB
  • Apache Kafka

ANALYTICS & UI

  • Grafana
  • Node-RED
  • Power BI
  • Custom React dashboards
PROTOCOL
COMPARISON

IoT Protocols — MQTT vs CoAP vs HTTP & Wireless: WiFi vs Zigbee vs LoRaWAN

“MQTT vs CoAP vs HTTP IoT”, “WiFi vs Zigbee vs LoRaWAN” — developers and engineers search these queries before starting a project. The page that clearly answers them establishes technical authority.

Messaging Protocols

MQTT

IoT Standard
OverheadVery low
PatternPub/Sub
QoS levels0, 1, 2
Best forMost IoT devices

Choose MQTT for most IoT projects — lightweight, reliable, works on low-bandwidth connections.

CoAP

UDP-based
OverheadExtremely low
PatternRequest/Response
QoS levelsConfirmable msgs
Best forConstrained devices

Choose CoAP for ultra-constrained microcontrollers with very limited memory and power.

HTTP/HTTPS

High overhead
OverheadHigh
PatternRequest/Response
QoS levelsNone built-in
Best forAPI integrations only

Avoid HTTP for device-to-cloud. Use only for REST API integrations with backend systems.

Wireless Connectivity Protocols

WiFi / BLE

Short range
Range10–100m
PowerHigh (WiFi)
Data rateHigh
Best forSmart home, office IoT

Zigbee / Z-Wave

Mesh network
Range10–100m (mesh)
PowerVery low
Data rateLow-medium
Best forSmart building, lighting

LoRaWAN / NB-IoT

Wide area
Range1–15km
PowerUltra-low
Data rateVery low
Best forAgriculture, logistics, city IoT
Not sure which protocol fits your use case? Tell us your environment and device constraints — we'll recommend for free →
IOT
ARCHITECTURE

How an IoT System is Architected — 4 Layers

“IoT system architecture” and “IoT layers explained” — buyers and engineers research these before starting a project. Here is how we architect every layer from sensors to dashboards.

01

Device / Perception Layer — Sensors & Hardware

Physical sensors, actuators, and microcontrollers that collect data from the real world. Temperature, pressure, vibration, GPS, cameras, RFID — every IoT system starts here. We select and integrate the right hardware for your environment.

ArduinoESP32Raspberry PiSTM32RFID
02

Connectivity Layer — Protocols & Networks

How data moves from device to cloud. Protocol selection (MQTT, CoAP, AMQP) and wireless standard (WiFi, BLE, Zigbee, LoRaWAN, NB-IoT) depends on range, power budget, and data frequency requirements.

MQTTZigbeeLoRaWANBLENB-IoT
03

Processing Layer — Edge & Cloud

Data processed either at the edge (AWS Greengrass, Azure IoT Edge) for latency-critical decisions, or in the cloud for storage, analytics, and ML inference. Time-series databases (InfluxDB, TimescaleDB) store sensor data efficiently.

AWS IoT CoreAzure IoT HubInfluxDBKafka
04

Application Layer — Dashboard & Integrations

Real-time dashboards (Grafana, custom React), mobile apps, alerts, and ERP/CRM integrations. This is what your operators, managers, and executives interact with every day. We design for the people who will actually use it.

GrafanaNode-REDReactERP Integration
IOT
COMPARISON

Industrial IoT (IIoT) vs Consumer IoT — What's the Difference?

“IIoT vs IoT difference” — buyers often confuse these. Here is a clear side-by-side breakdown so you can qualify your project and choose the right approach.

Primary users

Industrial IoT (IIoT)

Factory operators, engineers, managers

Consumer IoT

End consumers, homeowners

Environment

Industrial IoT (IIoT)

Harsh — dust, heat, vibration

Consumer IoT

Controlled — home, office

Reliability required

Industrial IoT (IIoT)

Mission-critical — 99.99% uptime

Consumer IoT

Best-effort acceptable

Security level

Industrial IoT (IIoT)

Enterprise-grade — OT/IT convergence

Consumer IoT

Basic consumer security

Data volume

Industrial IoT (IIoT)

Very high — thousands of sensors

Consumer IoT

Low to medium

Protocols

Industrial IoT (IIoT)

MQTT, OPC-UA, Modbus, PROFINET

Consumer IoT

WiFi, BLE, Zigbee, Z-Wave

Integration

Industrial IoT (IIoT)

ERP, SCADA, MES systems

Consumer IoT

Mobile apps, voice assistants

Cost range

Industrial IoT (IIoT)

$40K–$500K+

Consumer IoT

$5K–$80K

TechReforms builds

Industrial IoT (IIoT)

Yes ✓ — manufacturing, energy, logistics

Consumer IoT

Yes ✓ — smart home, healthcare, retail

Not sure if your project is IIoT or consumer IoT? Tell us your use case — we'll recommend the right approach for free →
INDUSTRIES
WE SERVE

IoT Solutions for Every Industry

“IoT for manufacturing”, “healthcare IoT solutions”, “smart building IoT” — industry-specific searches convert when you show domain expertise, not generic connected devices.

Manufacturing & IIoT

Predictive maintenance, equipment monitoring, production line optimization, quality control sensors, and OEE dashboards.

Predictive MaintenanceOPC-UASCADA

Healthcare & Remote Monitoring

Remote patient monitoring, wearable health sensors, hospital asset tracking, medication dispensing, and HIPAA-compliant data pipelines.

HIPAABLE WearablesRPM

Logistics & Fleet

Real-time GPS fleet tracking, cold chain temperature monitoring, cargo condition sensing, and warehouse inventory management.

GPS TrackingCold ChainLTE-M

Smart Buildings

HVAC automation, occupancy sensing, energy monitoring, access control, lighting control, and building management system (BMS) integration.

ZigbeeBMSEnergy Monitor

Agriculture & Environment

Soil moisture, weather stations, irrigation control, livestock tracking, and crop health monitoring over wide areas via LoRaWAN.

LoRaWANSoil SensorsIrrigation

Energy & Utilities

Smart metering, energy consumption analytics, grid monitoring, renewable energy optimization, and demand response systems.

Smart MetersGrid MonitorSCADA
IOT
SECURITY

IoT Security — Built In, Not Bolted On

IoT security is designed in from the start — not patched after launch. Device authentication, encryption, and compliance built into every layer for high-trust connected systems.

Device Authentication

X.509 certificates for device identity. Mutual TLS authentication between device and cloud. No shared credentials across device fleet.

x.509mTLS

End-to-End Encryption

TLS 1.3 for data in transit. AES-256 for data at rest. Encrypted storage on device firmware. No plaintext sensor data on network.

TLS 1.3AES-256

OTA Secure Updates

Signed firmware updates delivered over-the-air. Rollback capability on failed updates. Update integrity verified before flashing.

OTASigned firmware

Network Segmentation

IoT devices isolated in separate VLANs. Firewall rules limit device communication to authorized cloud endpoints only.

VLANZero Trust

Anomaly Detection

ML-based anomaly detection on device behavior. Unusual data patterns or connection attempts trigger automated alerts and device isolation.

ML AnomalySIEM

Compliance Support

HIPAA for healthcare IoT. IEC 62443 for industrial systems. GDPR for consumer data. NIST IoT framework alignment built into architecture.

HIPAAIEC 62443GDPR
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OUR
IOT
PROCESS
How do we deliver IoT Projects
Discovery and Scoping
Our expert gathers all relevant information and documentation to understand your environment, operations, and the system's requirements. The output of this stage is a defined scope, a chosen IoT tech stack, and a shared understanding of what a successful deployment looks like at both technical and commercial levels.
Architecture
We map out the complete IoT system architecture, device layer, connectivity method, data processing approach, and cloud setup. Where appropriate, we build a working prototype to validate assumptions early and reduce risk downstream.