Services
Embedded engineering, end-to-end.
Embedded firmware, custom hardware, IoT systems, and HMI. Engineered under one roof, from concept to production.
Embedded firmware
Firmware from bare metal to Linux.
We develop embedded firmware across the full range: bare-metal driver layers, real-time task architectures, and embedded Linux distributions. Each codebase is structured, tested, and documented to production standards. You own the source, with the freedom to extend it after the engagement.
Explore firmware services →Bare-Metal Firmware
Tight, deterministic firmware written directly against the hardware, no OS overhead, full control over timing, peripherals, and power.
See details →RTOS-Based Systems
FreeRTOS and Zephyr architectures for multi-tasking embedded products that need reliable task scheduling and power-managed sleep modes.
See details →Embedded Linux
Yocto and Buildroot-based Linux systems for connected products requiring rich networking stacks, OTA updates, and application frameworks.
See details →OTA Updates & Secure Boot
Field-proven OTA pipelines and secure boot chains that keep deployed devices updated, authenticated, and protected after deployment.
See details →Hardware design
Hardware built for manufacturing.
We design custom PCBs with manufacturing considered from the first schematic. The work spans component selection, schematic capture, layout, DFM review, and contract-manufacturer hand-off, with a lean, optimised BOM. Our boards run in outdoor enclosures, kiosk cabinets, and industrial installations across Kenya and beyond.
Explore hardware services →PCB Design
From microcontroller selection to final Gerbers, we design boards that are manufacturable, testable, and built to last in real environments.
See details →Design for Manufacturing
BOM optimisation, DFM reviews, and contract-manufacturer hand-off that bridge the gap between first prototype and volume production.
See details →Power Supply Design
Multi-rail supplies, battery management systems, and MPPT circuits for products powered by mains, LiPo, or solar, from milliwatts to kilowatts.
See details →IoT products
Connected products, end-to-end.
A connected product is a system: hardware, firmware, cloud, and application working together. We engineer all of it, from low-power sensor nodes to LTE-connected industrial gateways. We select the connectivity and architecture that fit your product, and take it to production.
Explore IoT services →End-to-End IoT Products
We take your product from concept to deployment: hardware, firmware, cloud backend, and mobile app, under one engineering roof.
See details →Cloud Integration & APIs
RESTful and MQTT backends that connect your devices to dashboards, third-party platforms, and mobile apps, reliably and at scale.
See details →Wireless & Protocol Integration
LTE, LoRaWAN, BLE, Wi-Fi, Modbus, CAN, we select and implement the right communication stack for your product's range, power, and data needs.
See details →Companion Mobile Apps
Android and iOS apps that give users and operators real-time visibility into their devices, pairing, monitoring, configuration, and alerts.
See details →HMI development
Interfaces built for the field.
We design and build operator interfaces (HMI) for embedded products, from 10-inch industrial kiosks to compact 2.8-inch MCU status displays. Qt/QML on embedded Linux delivers GPU-accelerated rendering; LVGL runs the same quality on microcontrollers without a Linux stack. Both are built to operate in production conditions: high brightness, gloves, dust, and continuous use.
Explore HMI services →Qt/QML Interface Development
High-performance touchscreen UIs built with Qt/QML on embedded Linux, smooth animations, offline-capable, and production-hardened.
See details →LVGL on Microcontrollers
Beautiful, lightweight GUIs on resource-constrained MCUs using LVGL, ideal for small displays that don't need a full Linux stack underneath.
See details →Start a project
Have a project in mind?
Let's scope it.
Most engagements begin with a short scoping call. Tell us what you are building, hardware, firmware, or the full stack, and we will outline how we would approach it. We typically respond within 24 hours.