Precision-engineered firmware and embedded software demand deep expertise in microcontrollers, real-time operating systems, and hardware-software integration. Dev House Australia delivers reliable embedded solutions for Australian teams across automotive, medical, industrial, and consumer electronics, including secure boot, trusted device identity, and robust update pipelines. Backed by Dev Centre House's 14+ years of global delivery, we collaborate with Australian teams in Sydney, Melbourne, Brisbane, and nationwide.
CLIENTS
Scope
Our consultants bring comprehensive knowledge of embedded architectures and work with your engineering team to define requirements, select platforms, and establish development strategies. We also map how device identity, secure update flows, and verifiable audit evidence integrate with your backend systems.
We develop control systems for devices and machines, from automotive safety modules to biomedical instruments, where reliability and deterministic behaviour are non-negotiable. For connected deployments, we design secure communications and trust boundaries so devices remain resilient under real-world conditions.
We create low-level firmware that runs on microcontrollers, managing hardware peripherals, sensor data acquisition, and inter-component communication with minimal latency. We add secure boot, signed firmware, cryptographic hashing, and attestation-ready hooks so deployments can be verified and audited.
Our testing engineers perform rigorous validation and verification of all system processes, ensuring defect-free operation and full compliance with your functional and safety requirements. We also validate secure update mechanisms, attestation flows, and failure modes that protect device identity and data integrity.
Our developers collaborate closely with hardware engineers throughout the design cycle to ensure seamless integration of firmware, drivers, and application layers with the physical hardware. We can also integrate hardware security components (where applicable) so cryptography and trusted boot behave as intended.
After deployment, we provide ongoing maintenance, firmware updates, and technical support to keep your embedded systems operating at peak performance throughout their lifecycle. This includes signed OTA updates, key and secret rotation, and repeatable attestation pipelines for reliable audit records.
We design, develop, and test electrical systems including motor controllers, communication modules, navigation systems, and power management circuits for embedded applications.
We build standardised middleware layers that abstract hardware complexity and enable portable, reusable application interfaces across diverse embedded platforms.
Our engineers design printed circuit boards optimised for signal integrity, thermal management, and manufacturing efficiency, serving as the physical foundation of your embedded system.
Our specialists provide hands-on technical guidance throughout development, deployment, and field operation, covering installation, configuration, diagnostics, and troubleshooting.
We optimise embedded systems for minimal power consumption and maximum throughput, ensuring reliable operation within the tight resource constraints of real-world hardware.
From architecture patterns to functional module design, we plan microprocessor-based computing systems methodically from concept through production readiness.
Our developers write precise, efficient code to control microcontroller behaviour and orchestrate seamless interactions between sensors, actuators, and communication interfaces.
Our specialists design analog and digital circuits with careful attention to voltage margins, current handling, thermal behaviour, and cost-effectiveness for volume production.
We conduct structured training sessions and workshops to help your engineering teams understand the embedded platform, maximise operational efficiency, and accelerate time to market.
Our engineers develop custom Linux environments and board support packages for microprocessor-based platforms using C/C++, enabling robust and flexible embedded solutions. We can also build gateway and attestation agents to securely communicate device status and verifiable evidence to your backend platforms.
Our UI/UX specialists design clear, responsive interfaces for embedded touchscreens and displays, ensuring operators interact confidently with complex embedded systems.
We develop hardware-specific boot firmware, device drivers, and low-level components that establish stable, secure communication between embedded software and the underlying hardware. For secure, verifiable deployments, we implement boot-chain protections, signed artefact validation, and configuration discipline that supports device identity guarantees.
We deliver integration and customisation services to ensure your embedded systems connect seamlessly with existing technology infrastructure, including monitoring and operations tooling with reliable evidence trails.
Cost
Embedded software development investment depends on several project-specific factors, including real-time performance, hardware complexity, and security requirements. Our team provides a transparent, detailed cost estimate based on your requirements and objectives, so there are no budget surprises. Key cost drivers include:
Reviews & Testimonials
Embedded software development is the practice of creating software designed to run on specialised computer systems built into larger devices, machines, or industrial equipment. It can also include secure firmware provisioning, device attestation, and integration agents that anchor verifiable events for audit trails.
Yes. We provide comprehensive embedded software testing for applications ranging from consumer electronics and household appliances to medical devices and industrial control systems. Testing can include security validation for secure boot and OTA updates, plus verification that telemetry and attestation flows behave correctly under real-world conditions.
Embedded systems are found in automotive ECUs, medical monitoring devices, smart home controllers, industrial PLCs, and IoT sensor nodes. Each integrates dedicated software with specific hardware to perform a defined function reliably and efficiently.
An embedded software developer designs, implements, and maintains firmware and application software for systems based on microcontrollers and real-time operating systems, ensuring reliable hardware, software interaction under strict performance and safety constraints. In secure IoT projects, they also build support for secure boot, signed updates, and device attestation that can feed verifiable records.
We apply rigorous testing and validation processes including unit testing, integration testing, hardware-in-the-loop simulation, and compliance verification to ensure every release meets functional requirements, safety standards, and customer expectations. We also validate security controls such as secure boot, update integrity, and attestation correctness so device identity and audit evidence remain trustworthy.
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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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