Our Technology
Software that powers automation.
From embedded systems to cloud-based platforms, our software is engineered in-house for total control, performance, and adaptability.
What we build.
From the circuit board to the cloud, we build the software that makes everything work. Our systems power intelligent devices, connect entire infrastructures, and enable seamless control, insight, and automation across every layer.
Device-level intelligence.
We write the low-level code that gives hardware its brains. From real-time control systems to embedded logic and secure firmware, our software ensures every machine behaves exactly as it should.
Scaleable cloud platforms.
Our cloud infrastructure does more than store data — it runs businesses. Built for performance, security, and growth, our platforms handle everything from live telemetry to customer management and remote device control.
Interfaces people actually use.
Good software is invisible — it just works. We design intuitive web and mobile interfaces that let users interact with systems effortlessly, whether they’re scanning analytics, configuring a device, or triggering a remote action.
Full stack. Full ownership.
We don’t just write code. We architect systems from the ground up, maintaining control at every layer to ensure speed, security, and long-term reliability.
Real-time control.
Our firmware responds in milliseconds, enabling real-time reactions to sensor input, user actions, or environmental changes — essential for automation and safety-critical tasks.
Hardware precision.
We interact directly with chipsets, GPIOs, sensors, and actuators, ensuring precise behaviour, accurate timing, and low-latency control at the hardware level in all conditions.
Minimal footprint.
Code is tightly optimised to run on low-power microcontrollers with limited memory, ideal for portable and embedded systems where efficiency is everything.
Modular code.
We design firmware as discrete, reusable modules that can be updated or extended independently, making it faster to develop, test, and scale new features with confidence.
Cross-platform UI.
We build responsive web and mobile apps using React and Flutter, delivering consistent, high-performance experiences across browsers, platforms, and devices for smooth user interaction.
Fast load times.
Every asset, script, and animation is tuned for peak performance, enabling fast load times, minimal delay, and smooth interaction even on outdated or low-spec hardware devices.
Mobile ready.
Our mobile-first approach ensures each interface responds to touch, adapts to various screen sizes, and performs reliably in areas with limited bandwidth or unstable network conditions.
User-centred design.
Interfaces are designed around real user needs, reducing clutter, guiding focus, and making it easy to complete key actions — even in complex, high-pressure, or unfamiliar environments.
Robust APIs.
We build REST and WebSocket APIs to connect devices, systems, and cloud platforms — secure, fast, and reliable for real-time environments that demand consistency.
Smart logic.
Our backend logic automates processes, applies business rules, and responds to events instantly — maintaining system behaviour across users, sessions, and deployments.
Data handling.
PostgreSQL and Redis power our data layer — ensuring fast access, accurate writes, and analytics-ready storage for both live activity and historical operational tracking.
Sync and scale.
Our platforms scale automatically to support thousands of users and devices, with queueing, autoscaling, and sync tools that maintain speed, uptime, and system integrity.
Smart deployment.
We use Kubernetes and Docker to deploy isolated, consistent environments across development, staging, and production with rollback, version control, and test automation.
Global scaleability.
Our cloud architecture runs on AWS and Azure for global reach, fault tolerance, and load balancing — ideal for high-availability, multi-region deployments and services.
DevOps ready.
CI/CD pipelines automate testing and deployment — accelerating delivery, improving code quality, and enabling frequent updates with less risk and less developer overhead.
OTA updates.
Secure over-the-air updates let us push firmware, app, and config changes to devices remotely — eliminating the need for downtime or manual servicing in the field.
Secure encryption.
We encrypt all communications using TLS, HTTPS, and SSH. Sensitive data is protected both in transit and at rest across every part of the system from edge to cloud.
GDPR compliant.
Our systems are built to meet GDPR standards by default. Consent, minimisation, access rights, and secure data storage are implemented from the ground up in every platform.
Access control.
Strict access control ensures only authorised users can interact with critical systems. Roles, permissions, and detailed activity logs enforce accountability and help reduce risk.
Code audits.
We regularly test and review code using automated scanners and manual audits. This allows us to detect issues early, resolve vulnerabilities, and maintain long-term protection.
Our engineering approach.
We engineer software with precision, discipline, and a long-term mindset. Every system is built on clear principles that guide how we design, structure, and maintain our work.
Architecture first.
We don’t start writing code until the system is properly designed. Clear architecture reduces complexity, improves reliability, and ensures that every component fits together cleanly as systems grow.
Efficiency built in.
Whether it’s firmware or cloud services, we engineer for speed, resource-efficiency, and long-term maintainability. Clean, minimal code leads to faster systems, fewer failures, and easier updates.
Resilience by design.
We assume things will fail and we build software that handles those failures gracefully. From recovery mechanisms to fallback behaviours, robustness is built into every layer.
Iterate, improve, refine.
Our development process is continuous. Features evolve, interfaces mature, and systems are refined over time based on performance, testing, and real-world usage. Nothing is static.
Collaboration and clarity.
Engineering, design, and hardware teams work as a single unit. Clear communication, shared standards, and consistent documentation ensure that every system works exactly as intended.
Technologies we work with.
We build machine learning systems in-house, optimised for fast processing on embedded devices and scalable across cloud platforms. Our tech is efficient, adaptable, and ready for real-world use.
C / C++ / Rust.
Python / Go / Node.js
React / Flutter / Swift for UI.
AWS / GCP / Azure
CI/CD pipelines
