DevOps brings development, operations and automation closer together so businesses can release software with greater confidence. We help organisations in Dublin and across Ireland improve delivery workflows, strengthen cloud operations and create a more consistent route from code changes to reliable services.
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\. Reduce avoidable friction
Testing, validation and controlled deployment practices help teams understand the impact of a change before it reaches customers or production systems.
DevOps creates feedback between development, operations and the people using the service. That feedback can guide improvements to performance, reliability, security and team productivity.
From prototype PCB designs and embedded firmware to enterprise cloud dashboards and predictive analytics.
We review your current development and operations workflows, environments, tooling and pain points. The result is a practical view of where improvements can be made and which changes should be prioritised first.
Continuous integration and continuous delivery practices can help teams build, test and release changes through a more consistent process. Pipelines are shaped around the application, approval requirements, environments and level of automation that makes sense for your organisation.
Cloud environments need clear structure, access controls, repeatable configuration and sensible operational ownership. We can help establish working practices for managing development, testing, staging and production environments more effectively.
Infrastructure as code allows environment configuration to be defined and managed through version-controlled files rather than relying only on manual setup. This can make changes easier to review, reproduce and maintain when implemented appropriately.
Reliable operations depend on knowing what is happening inside your systems. Monitoring and observability practices can help teams identify issues, understand service behaviour and respond with better information when an incident occurs.
Security should be part of the delivery lifecycle. We help incorporate appropriate checks, permissions, dependency review and operational controls into the development and deployment process, while also identifying opportunities to improve how teams work over time.
A rigorous hardware-software engineering lifecycle from initial breadboard prototype to mass field deployment.
We learn how your software is developed, tested, deployed and supported. This includes understanding the existing environments, tools, responsibilities, release patterns and operational concerns.
We define what needs to improve and how progress will be recognised. Priorities may include release consistency, deployment confidence, environment management, cloud adoption, security or incident response.
We map the proposed delivery flow and identify the infrastructure, pipeline, monitoring and access components required to support it. The design is kept proportionate to the size and needs of the organisation.
The agreed improvements are implemented in manageable stages. This may include pipeline configuration, environment setup, infrastructure definitions, automated checks, monitoring or integrations with existing development tools.
Changes are tested in the relevant environments and introduced through an agreed release process. The team can review what works, address issues and refine the approach before wider adoption.
We document the working process, clarify ownership and support the team in using the new capabilities. Further improvements can then be guided by operational feedback, performance information and changing business requirements.
Turn-key engineering deliverables providing clean documentation, version-controlled codebases, and cloud architectures.
We establish the current state, identify the main sources of friction and create a prioritised plan. This stage gives the business and technical teams a shared view of the work required.
The selected improvements are configured, tested and introduced into the delivery workflow. Teams are supported with documentation, practical guidance and clear ownership of the new process.
Once the changes are in use, the process can be refined around release feedback, system behaviour, team experience and operational priorities. DevOps is treated as an ongoing capability rather than a one-off tool installation.
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.
Software businesses need a dependable way to move product improvements from development to customers. CI/CD automation, environment consistency, monitoring and release controls can support a more structured product delivery cycle.
Organisations handling sensitive information often need clear change control, access management, auditability and operational visibility. DevOps can help bring these considerations into everyday delivery practices.
Online services need to remain available while teams continue to improve customer journeys, content and transactional functionality. Deployment automation and monitoring can support more controlled changes across the digital experience.
Systems in healthcare and life sciences may have complex availability, security and data requirements. Delivery and operations practices should be designed around appropriate review, traceability and service continuity needs.
Applications supporting production, supply chains or field operations may depend on integrations, data flows and reliable environments. DevOps can help teams manage changes across connected systems with clearer operational visibility.
Public bodies and expanding organisations may need to modernise delivery without losing control of governance, access or accountability. A staged DevOps approach can help introduce improvements at a manageable pace.
Connecting hardware to the cloud creates automated workflows, predictive maintenance alerts, and significant cost savings.
Repeatable build, test and release processes can reduce reliance on individual knowledge and make deployment steps easier to review.
Appropriate automation can reduce repetitive work, giving development and operations teams more time for higher-value tasks.
Shared workflows and documented responsibilities help reduce confusion between development, operations, security and business stakeholders.
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.