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Emerging Tech & IoT · IoT Devices
Connected devices that generate intelligence.
We are an IoT development company that builds the full stack — from custom firmware on ESP32 and STM32 microcontrollers to cloud platforms on AWS IoT and Azure IoT Hub. Whether you need predictive maintenance for a factory floor, smart building automation, or fleet-scale device management, hire IoT developers from our team who handle every layer: sensors, edge gateways, MQTT pipelines, and real-time dashboards.
Custom IoT platform development
Embedded firmware engineering (C/C++)
Edge gateway and fog computing
Cloud connectivity (AWS IoT, Azure IoT Hub)
Fleet-scale device management and OTA
Real-time sensor dashboards and analytics
10K+
Devices under management
Fleet-scale provisioning, monitoring, and OTA updates.
30%
Water/energy savings delivered
Sensor-driven automation optimising resource usage.
45%
Less unplanned downtime
Predictive maintenance alerts before equipment fails.
<1s
Telemetry-to-action latency
Edge processing for real-time sensor response.
Why MetaDesign
Full-stack IoT engineering — sensor to cloud, one team.
Firmware, MQTT pipelines, and cloud dashboards — one team that owns every layer from prototype to production deployment.
Teams shipping with MetaDesign
Selected work
Case studies.
Canadian Medical Innovator
AI
Real-time Edge Diagnostics
IoT
Device-to-Cloud Sync
MERN
Clinical Web Platform
Python
Embedded Algorithms
SENSE.
CONNECT.
PROCESS.
ACT.
Industrial IoT
Sensor networks for manufacturing — predictive maintenance, quality monitoring, and production optimisation.
Smart Buildings
HVAC control, occupancy sensing, and energy management for commercial buildings.
Fleet Tracking
GPS, diagnostics, and driver behaviour monitoring for vehicle fleets.
Agriculture
Soil moisture, weather stations, and irrigation automation for precision farming.
Health Devices
Connected health devices — wearables, monitors, and clinical equipment.
Asset Tracking
Indoor and outdoor asset tracking with BLE, RFID, and GPS.
Our Approach
IoT Devices: Our Proven Process
01
Requirements
Device specifications, connectivity requirements, data volume, and power constraints.
02
Prototype
Hardware selection, firmware development, and connectivity proof of concept.
03
Platform
Cloud platform, device management, data ingestion, and dashboard development.
04
Pilot
Field deployment, real-world testing, and iterative firmware updates.
05
Scale
Production deployment, OTA update infrastructure, and monitoring.
01
Requirements
Device specifications, connectivity requirements, data volume, and power constraints.
02
Prototype
Hardware selection, firmware development, and connectivity proof of concept.
03
Platform
Cloud platform, device management, data ingestion, and dashboard development.
04
Pilot
Field deployment, real-world testing, and iterative firmware updates.
05
Scale
Production deployment, OTA update infrastructure, and monitoring.
Customer Value
Why innovators choose us
for emerging tech.
Hardware-to-cloud outcomes from real deployments.
Real-time intelligence
Sensor data processed and acted upon in milliseconds, not minutes.
Connected ecosystems
Devices, gateways, cloud, and dashboards working as one platform.
Edge processing
Critical decisions made on-device without depending on cloud connectivity.
Predictive capabilities
Machine learning on IoT data for maintenance, quality, and demand forecasting.
Secure by design
Encrypted transport, secure boot, and OTA updates for device fleets.
Scalable deployment
Architecture that handles 10 devices or 10,000 without redesign.
By the numbers
400+
Engineers worldwide
200+
Active clients
20yr
Pure-play software
94%
Client retention
Engagement models
Three ways to work with our IoT Devices team.
Pick the shape that matches your risk and timeline. We will tell you which one is wrong for your situation — even if it’s the bigger one.
IoT Devices Pod
A dedicated squad of senior engineers, tech leads, and QA delivering milestone-driven results with weekly demos and eval-gated merges.
- Dedicated engineering squad
- Weekly sprint demos
- Fixed monthly cadence
- Direct technical lead communication
Hire IoT Devices Engineers
Senior specialized engineers embedded into your existing team within two weeks. Your stack, your tools, your standups.
- 2-week onboarding ramp
- Time-zone aligned collaboration
- Direct Git & Jira integration
- Flexible monthly contracts
Turnkey / MVP Build
Go from requirements to production-ready launch in 6–10 weeks with fixed scope, upfront pricing, and guaranteed delivery.
- Fixed-price & fixed-scope
- End-to-end architecture & build
- Complete source code ownership
- Post-launch warranty & support
FAQ
Asked first, every time.
Don't see yours here? Send us the question — a principal engineer will reply within 24 hours.
Everything from the firmware running on your microcontroller to the cloud platform ingesting telemetry. Our IoT platform development services cover hardware integration, MQTT pipelines, device management, OTA updates, and real-time dashboards — one team, sensor to screen.
Absolutely. You can hire IoT developers for standalone firmware engineering in C/C++ on ESP32, STM32, or Nordic nRF — including low-power optimisation, sensor drivers, and wireless protocol stacks — without needing the full cloud platform.
It depends on your ecosystem. AWS IoT Core offers the broadest service catalogue and scales well for high-volume deployments. Azure IoT Hub is ideal for Microsoft-centric organisations with existing Active Directory and Power BI. For cost-sensitive projects, we also deploy self-managed MQTT brokers like HiveMQ or EMQX.
Security is architected from day one: secure boot chains, TLS/mTLS encrypted transport, X.509 device certificates, hardware security modules, and encrypted at-rest storage. Every device goes through a security audit before field deployment.
Yes — bridging operational technology and IT is one of our core strengths. We connect via MQTT, REST APIs, OPC-UA, and direct database integration so sensor data flows into your existing enterprise systems without rip-and-replace.
A working proof of concept usually takes 4–6 weeks. A production-ready IoT platform with device management, dashboards, and OTA infrastructure typically takes 3–6 months depending on device complexity and integration scope.
We work across the full spectrum: MQTT and CoAP for application-layer messaging, BLE for short-range wearables, LoRaWAN for long-range low-power, Zigbee for mesh networks, and NB-IoT/LTE-M for cellular IoT. Protocol selection is driven by your power budget, range, and throughput needs.
Yes. We build time-series dashboards using Grafana, custom React frontends, or embedded BI tools — with real-time alerting, historical trend analysis, anomaly detection, and role-based access for operations teams.
We implement dual-bank flash memory architecture and mandate cryptographically signed firmware binaries, ensuring that corrupted or maliciously altered updates are rejected before installation.
Absolutely. We heavily utilize MQTT over WebSockets to provide secure, low-latency telemetry streaming directly from industrial edge gateways to real-time browser-based SCADA dashboards.
We implement dual-bank flash memory architecture and mandate cryptographically signed firmware binaries, ensuring that corrupted or maliciously altered updates are rejected before installation.
Absolutely. We heavily utilize MQTT over WebSockets to provide secure, low-latency telemetry streaming directly from industrial edge gateways to real-time browser-based SCADA dashboards.
Build your IoT platform from sensor to dashboard.
Tell us about your project. We'll come back with a plan, a timeline, and the right team — no obligations.