The Internet of Things connects physical devices, sensors and systems so businesses can collect useful information and respond more intelligently. We help organisations in Dublin and across Ireland explore, develop and integrate IoT solutions that support better visibility, more efficient operations and stronger connections between the physical and digital parts of the business.
Real-Time Hardware & Cloud Telemetry
End-to-end IoT firmware, MQTT protocol brokers, BLE mesh networking, industrial gateways, and low-latency edge AI analytics.
Real-Time Sensor Telemetry
Hardware Reliability
Hardware SLA & Sensor Uptime
IoT Tech Stack
IoT Security & FOTA Audit
Connecting hardware devices to the cloud requires precision firmware, zero packet loss, and robust edge computing. We build scalable IoT ecosystems engineered for long-term field stability.
Scalable device fleet management across industrial, municipal, and commercial deployments.
High-availability MQTT data streams and continuous cloud ingestion pipelines.
Lightweight on-device AI inference providing instantaneous local action and offline protection.
Remote device diagnostics, OTA firmware releases, and automated anomaly alerts.
We bridge the gap between embedded hardware engineering, low-latency firmware, and enterprise cloud software.
#### 01\. Connect with a reason
Raw device data is not automatically useful. Dashboards, alerts, reports and integrations should help the right people understand what is happening and decide what to do next.
IoT environments often involve devices in different locations, changing connectivity and ongoing maintenance. Good planning considers monitoring, access, data handling, updates and ownership from the beginning.
From prototype PCB designs and embedded firmware to enterprise cloud dashboards and predictive analytics.
We help define where connected technology could create value and where it may not be the right answer. This includes reviewing processes, identifying useful data points, prioritising opportunities and clarifying the people and systems involved.
IoT projects can involve sensors, equipment, meters, trackers or other connected devices. We help shape the device requirements around the information that needs to be collected, the environment in which devices will operate and the actions the data should support.
A connected solution needs a practical way to receive, organise and manage information from devices. We can help plan platform structures, data flows and access arrangements so that device information can be used by the teams and applications that need it.
Useful dashboards and alerts turn device activity into a clearer view of operations. Data can be presented according to the decisions people need to make, helping teams monitor conditions, identify exceptions and focus attention where it is most relevant.
An IoT solution may need a dedicated web or mobile interface, customer portal, reporting tool or internal workflow. We develop application experiences that connect the data with the people who need to view, manage or act on it.
IoT systems often need to work alongside business software, operational platforms or existing equipment. We help consider system integration, device access, data protection, monitoring, maintenance and future changes so that the solution remains manageable after launch.
A rigorous hardware-software engineering lifecycle from initial breadboard prototype to mass field deployment.
We learn how your business works, where devices or assets are located, what information is currently available and which operational or customer problem you want to improve.
The project is shaped around a specific outcome, such as greater visibility, improved monitoring, better asset information or a more efficient process. We identify what the solution needs to show, trigger or connect.
We review the device requirements, available connectivity, data flows, environmental conditions and existing technology. This helps identify practical constraints before development or deployment begins.
We plan how information will move from devices into the platform and how users will access it. This may include dashboards, alerts, reports, application features, permissions and integrations.
The solution is developed and tested across the relevant components. Testing can cover device communication, data handling, user journeys, alerts, integrations, security controls and the operating conditions in which the system will be used.
The solution is introduced in a controlled way with clear ownership and documentation. Feedback from users, operational teams and real-world data can then guide refinements and future expansion.
Turn-key engineering deliverables providing clean documentation, version-controlled codebases, and cloud architectures.
We clarify the business need, operating environment, device requirements, data flows and technical considerations. This stage creates a practical plan for the next phase of work.
A selected use case is explored through a prototype, pilot or working application. The focus is on testing the connected experience and learning what is needed for a more complete solution.
The solution is connected to relevant systems and refined around real usage. Further improvements can focus on operational reliability, user experience, reporting, security, maintenance and additional use cases.
Automated cloud release channel for building, signing, and broadcasting encrypted firmware binaries over the air.
Different sectors create different expectations, constraints and device environments. We tailor IoT hardware and software to operational realities.
Connected equipment and sensors can support visibility into production conditions, equipment status, maintenance needs and operational performance. The solution should be planned around existing machinery, processes and responsibilities.
IoT systems may help organisations track assets, monitor conditions, understand movement and improve information across supply-chain processes. The design needs to account for location, connectivity and the people acting on the data.
Connected buildings and facilities can generate information about usage, equipment, environmental conditions and maintenance. Dashboards and alerts can help teams manage issues and plan operational activity.
Sensors and connected equipment can support monitoring of growing, storage, production or environmental conditions. The value depends on reliable data collection and clear actions when conditions change.
Retailers may explore connected inventory, equipment monitoring, customer experiences or location-based operational insights. IoT applications can be integrated with the systems that support stores, stock and customer service.
Connected devices may support equipment monitoring, environmental information or operational workflows. Projects in these settings require careful attention to safety, privacy, access and the role of professional oversight.
Connecting hardware to the cloud creates automated workflows, predictive maintenance alerts, and significant cost savings.
Connected data can give teams a clearer view of equipment, assets, environments or processes that are difficult to monitor manually.
Alerts and contextual reporting can help people identify exceptions and decide when action may be required.
Integration can help bring device information into the platforms and workflows the business already relies on.
Explore practical articles on hardware security, wireless LoRaWAN protocols, and Edge AI deployment guidelines.
How to implement secure boot, X.509 certificate authentication, and secure element chips (ATECC608A) on ESP32 microcontrollers.
An in-depth technical comparison of network coverage, power consumption, data payload limits, and operating costs in Ireland.
Step-by-step guide to quantizing neural networks and running real-time object detection on low-cost ARM Cortex-M hardware.
Schedule a technical consultation with our senior IoT systems engineers in Ireland to plan your hardware architecture, firmware, and cloud platform.
IoT projects can begin with an early hardware idea, PCB redesign, firmware optimization, or fleet cloud ingestion scaling. The right starting point depends on your product roadmap.
You have a product idea or sensor specification. We help select microcontrollers, wireless modules, and build initial breadboard prototypes.
You have validated hardware schematics and need custom C/C++ firmware, MQTT brokers, and real-time telemetry control panels.
Your IoT hardware is in pilot testing. We audit low-power battery performance, signal stability, and cryptographic hardware security.
Scaling your device fleet to thousands of connected units with automated Over-The-Air firmware updates and 24/7 cloud monitoring.