IoT & Embedded Systems
From the sensor to the boardroom.
We build IoT systems that survive in the field — agriculture, logistics, manufacturing, energy — where conditions are not ideal and uptime is non-negotiable.
What this means
In plain terms.
Firmware development, edge computing, MQTT/CoAP messaging, gateway design, cloud ingestion, time-series storage, real-time dashboards, OTA updates. We work with hardware partners or your existing devices.
A predictable path from intent to launch.
Six phases, repeated on every engagement — calibrated to your scale, never improvised.
Phase 1
Hardware audit
Existing fleet or component selection.
Phase 2
Connectivity strategy
Cellular, LoRa, NB-IoT, satellite.
Phase 3
Firmware
Embedded C/Rust, low-power design.
Phase 4
Cloud platform
Ingestion, time-series storage, processing.
Phase 5
Dashboards & alerts
Real-time operational visibility.
Phase 6
OTA & fleet ops
Remote updates, monitoring, diagnostics.
Technologies
The stack, chosen with intent.
We pick tools because they fit the problem, not because they trend on Hacker News. Below are the ones we reach for most often.
- C
- C++
- Rust
- MQTT
- AWS IoT
- InfluxDB
- Grafana
- TimescaleDB
Why us, specifically
What makes our version different.
Field-tested in African conditions — heat, dust, intermittent power.
Low-bandwidth, store-and-forward by default.
OTA update path from device one.
Hardware partners across East Africa.
The questions our prospects ask, answered.
No — we partner with hardware manufacturers. We own the firmware and software.
WiFi, cellular (2G-5G), LoRa, NB-IoT, satellite (Iridium, Swarm).
TLS, mutual auth, secure boot, signed firmware updates.
From hundreds to hundreds of thousands of devices. Architecture chosen accordingly.
Both supported — often hybrid for compliance reasons.