Connected Device Ecosystems
Device provisioning, fleet management, OTA updates, and bidirectional communication for any hardware platform.
We design and build end-to-end IoT solutions — from firmware and hardware integration to cloud data pipelines, edge computing, and industrial automation.
A full spectrum of internet of things solutions tailored to your business needs and growth objectives.
Device provisioning, fleet management, OTA updates, and bidirectional communication for any hardware platform.
High-throughput telemetry ingestion, time-series storage (InfluxDB, TimescaleDB), and real-time streaming (Kafka, MQTT).
On-device inference, edge ML models, and local processing to reduce latency and bandwidth for critical applications.
SCADA integrations, OPC-UA protocols, predictive maintenance systems, and manufacturing line digitization.
Matter/Thread-compatible smart home systems, building energy management, and facility automation platforms.
RTOS firmware (FreeRTOS, Zephyr), HAL drivers, and low-power optimization for constrained IoT devices.
A proven, transparent process that keeps you informed and in control from kick-off to launch and beyond.
We define the connectivity stack (MQTT, CoAP, LoRaWAN, Zigbee, BLE), device topology, and cloud integration model.
Firmware development, hardware bring-up, sensor calibration, and communication protocol implementation.
AWS IoT Core, Azure IoT Hub, or custom MQTT brokers with real-time dashboards, alerting, and historical analytics.
Production device deployment, OTA update infrastructure, remote diagnostics, and fleet monitoring at scale.
Why leading companies trust us to build and scale their internet of things systems.
From embedded C firmware to cloud data pipelines and frontend dashboards — we own the complete IoT stack.
Purpose-built time-series pipelines and live dashboards that surface actionable insights from your device fleet.
Signed firmware updates, certificate-based device authentication, and end-to-end encrypted communication.
IoT deployments in manufacturing, agriculture, logistics, healthcare, and smart infrastructure across three continents.
Connected devices can help agriculture teams monitor conditions, mining operators track equipment, and facilities teams manage building systems. Australian IoT projects need to account for connectivity, power, remote maintenance, device security, and how sensor data will be used.
A useful IoT design links device selection, connectivity, edge processing, cloud services, alerting, and maintenance into one operating model. For remote sites, teams should assess coverage, offline behaviour, device replacement, and secure updates before rollout.
Radio and communications requirements can depend on the device and how it is supplied or deployed. Confirm applicable Australian requirements with qualified product and regulatory specialists as part of product planning.
Ready to build your Internet of Things solution?
Talk to our engineers about your requirements and possible next steps.
Production-grade AI systems — predictive analytics, NLP, computer vision, and MLOps pipelines.
Cloud migration, Kubernetes orchestration, CI/CD pipelines, and managed cloud services across AWS, Azure, and GCP.
Penetration testing, security audits, compliance (SOC 2, ISO 27001), and continuous threat monitoring.
It can include device and sensor integration, connectivity, edge software, cloud data pipelines, dashboards, alerts, and maintenance tooling. The scope depends on the environment and the outcome the business needs.
Assess network coverage, power, weather and site conditions, offline operation, secure updates, and how devices will be serviced. These constraints shape the device and connectivity choices.
Requirements depend on the device, radio functions, and how it is supplied or deployed. Product owners should confirm applicable requirements with qualified Australian product and regulatory specialists.