Connected devices are reshaping Australian industries, from manufacturing and logistics to smart buildings and energy management. Dev House Australia designs and builds IoT software that connects devices, telemetry, and dashboards, from sensor firmware and edge computing to cloud platforms and secure operations. Backed by Dev Centre House's 15+ years of global delivery, we collaborate with Australian teams in Sydney, Melbourne, Brisbane, and nationwide.
CLIENTS
Scope
Our engineering team handles IoT projects of any scale, from greenfield prototypes to large-scale industrial rollouts. We deliver custom device software, secure cloud platform integration, analytics, and operational support built for long-term reliability.
We build IoT software for device fleets, telemetry, APIs, and operator tools, tailored to your operational requirements, device landscape, and data strategy, whether you operate in manufacturing, logistics, energy, or smart building environments.
Our engineers design telemetry and analytics pipelines that collect, structure, and visualise data from connected devices, delivering actionable insights that drive better operational decisions.
We develop embedded firmware that ensures reliable device connectivity via cloud and edge networks, processing sensor data in real time using optimised communication protocols. Firmware-deep work also lives on our embedded software page.
We build browser-based management platforms that let operators monitor, configure, and control geographically distributed devices and sensors from a single dashboard.
Our mobile applications give users direct, intuitive control over connected devices and networks, turning smartphones and tablets into powerful remote management tools.
We create purpose-built dashboards and device-management views that visualise device health, telemetry, and production metrics, enabling real-time monitoring and faster response to operational anomalies.
Our firmware engineers optimise device performance, implement secure communication protocols, and establish reliable cloud connectivity for long-term field operation.
We work with the sensors and microcontrollers in your brief and integrate them with the software stack. Custom PCB design, when it is part of the engagement, sits with embedded hardware work. We do not treat a catalogue board as the product.
Beyond initial deployment, we provide ongoing monitoring, maintenance, and support for your connected device network to ensure uninterrupted performance and data integrity.
We implement comprehensive security measures including encryption, secure boot, certificate management, and access controls to protect your connected devices against cyber threats and data breaches.
Our consultants help you define your IoT strategy, evaluate technology options, and design scalable architectures that align with your business goals and industry requirements.
We offer dedicated IoT developers who integrate directly into your team, providing immediate access to senior-level IoT expertise without lengthy recruitment processes.
Technological Stack Expertise
Dev House Australia leverages a broad technology stack to deliver robust, scalable IoT solutions. From cloud platforms and data pipelines to microcontrollers and communication protocols, we select the optimal tools for each project and integrate them into production-grade connected systems without compromising latency, security, or operational reliability.
Cassandra 
MongoDB 
PostgreSQL 
MySQL 
Microsoft SQL Server 
MariaDB 
AWS data services 
Azure data platform 
GCP data services 
Apache Kafka 
RabbitMQ AWS streaming GCP streaming 
Grafana 
Kibana 
Tableau 
Plotly 
Power BI 
Amazon QuickSight 
Apache Spark 
Apache Hadoop AWS processing Azure HDInsight / Functions GCP Cloud Functions 
ESP 
STM32 
nRF52 
MSP430 
Raspberry Pi 
Orange Pi 
Banana Pi 
Odroid 
Jetson Nano (NVIDIA) 
Rock64 
LattePanda 
CHIP Pro 
UDOO Bolt 
BeagleBone 
Pine64 
Rock Pi NVIDIA Jetson 
Wemos 
Blynk Platform 
USB 
Ethernet 
LoRa (radio) nRF24 
Wi‑Fi 
AMQP 
MQTT 
HTTP / HTTPS 
Bluetooth Bluetooth LE 
CoAP 
WebSocket 
LoRaWAN 
Zigbee 
Sigfox 
ROS 
Unity + Robotics Industries
We apply the same delivery path to sector constraints and link through to industry pages that already exist on this site.
Plant telemetry, equipment health, and operator dashboards that have to sit next to existing production systems.
Device and network-adjacent telemetry where connectivity, identity, and scale are part of the brief.
Connected device and operations work that treats privacy and reliable messaging as product requirements.
Environmental and access systems where the building operations team needs one place to see and act.
Architecture
A useful IoT product is a path, not a sensor list. We design the thinnest path that still owns the workflow, and we stop at firmware-deep work on the embedded page when that is the engagement.
Sensors, controllers, and field devices with the firmware and protocols they need to stay connected and updateable.
MQTT, HTTPS, or radio paths that move events and measurements off the device with clear failure behaviour.
What must be decided on-device versus in AWS, Azure, or GCP, including buffering when the link drops.
Identity, configuration, commands, and inventory so a fleet is operable, not a pile of endpoints.
The web or mobile surface operators use to watch health, act on alerts, and keep a record.
Access control, encryption, and the run after launch, updates, drift, and incident response.
Schedule a call about IoT development, clear scope, milestones, and delivery aligned to Australian time zones.
Process
We follow a structured, transparent process that ensures every IoT project progresses from concept to production with clear milestones, stakeholder visibility, and minimal risk.
We begin with a thorough analysis of your technical and business requirements, including device fleets, connectivity patterns, data volumes, and integration targets.
Our engineers define the system architecture across device firmware, communication protocols, cloud infrastructure, and user interfaces to ensure performance, security, and maintainability.
We build the complete IoT stack in iterative sprints including firmware, backend services, data pipelines, and front-end applications. We use continuous integration and regular progress demonstrations so Australian teams can validate direction early.
Our QA engineers rigorously test every component, including device firmware, API endpoints, data flows, and user interfaces, to ensure reliability, security, and specification compliance before deployment.
After successful validation, we deploy the solution to production and provide ongoing monitoring, firmware updates, and technical support as your device fleet scales.
Cost
We do not publish a fixed project price. The estimate follows the work: how many device types, how data moves, which systems you integrate, and how much you need after launch.
After a short discovery conversation we can outline a first milestone. Use the form below or book a call. We will not invent a number before the scope is clear.
Reviews & Testimonials
The Internet of Things refers to networks of interconnected physical devices, sensors, actuators, machines, and appliances that communicate and exchange data over the internet to enable automation, remote monitoring, and data-driven decision-making.
IoT systems connect physical devices to the internet via embedded sensors and communication modules. Collected data is transmitted to cloud platforms or edge nodes for processing and analysis, and users access insights and controls through web or mobile applications.
IoT enables increased operational efficiency, real-time monitoring, predictive maintenance, automated workflows, and data-driven decision-making, reducing costs, improving resource utilisation, and creating new revenue opportunities.
IoT creates value across manufacturing (predictive maintenance), healthcare (patient monitoring), logistics (fleet tracking), energy (smart metering), agriculture (precision farming), and smart buildings (environmental control). Any sector relying on data collection and automation benefits from IoT.
We implement multi-layered security including device-level encryption, secure boot processes, certificate-based authentication, network segmentation, and regular firmware updates so data-driven automation is protected from manipulation and unauthorised access.
The commercial home of this page is IoT software: firmware integration, telemetry, cloud, APIs, device management, and dashboards. We work with the hardware in your brief. Deep firmware and board-level work is an embedded software engagement when that is the job.
Embedded software development owns firmware-deep and device-level work. This page owns the connected product, devices plus telemetry, cloud, and the applications operators use. If you only need firmware, start on the embedded software page.
Send the devices or sensors involved, the data you need, and the systems the product must talk to. We will recommend an approach and a first milestone. Use the contact page or book the call from this page.
Tell us about your project and we will respond from our Sydney team, usually within one to two business days. * indicates a required field.
Suite 5, Plaza 256, Blanchardstown Corporate Park 2, Dublin 15, D15 VE24, Ireland
+353 1 531 4791
Floor 3 East - 3E - 501 5th St - Dubai Int'l Airport, Dubai Airport Free Zone (DAFZA), Dubai, United Arab Emirates
+353 1 531 4791Global Presence
Local leadership. Global engineering excellence. Delivering software solutions across Europe and Asia-Pacific.
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