Our work

What we build.
How we build it.

These are capability showcases — representative examples of the kind of projects we take on and how we approach them. As client engagements complete and are approved for publication, they will appear here.

Savara Systems launched in 2026. These showcases reflect our capability and approach — not completed client engagements.
4 Service pillars
End-to-end Delivery model
Kenya-first Design approach
Founder-led Every engagement
01 Agritech Embedded Systems Design

Smart Irrigation Controller

What a precision agriculture engagement looks like for us: a solar-powered edge controller managing valve actuation across a distributed sensor network — designed for off-grid operation, variable soil conditions, and field technician serviceability.

  • Custom PCB with wide-input power stage for solar + battery input
  • STM32-based firmware with graceful brownout recovery
  • Capacitive soil moisture sensing with local calibration
  • LoRa radio for low-power mesh communication across plots
  • Full schematic documentation and field service guide
STM32LoRaSolarPCB DesignFirmware
02 Manufacturing AI & ML Integration

Edge Anomaly Detection for Production Lines

What an industrial AI engagement looks like for us: an on-device inference system detecting equipment anomalies from vibration and acoustic signatures — running entirely at the edge, with no dependency on cloud connectivity for real-time decisions.

  • Vibration and audio feature extraction pipeline
  • TensorFlow Lite model quantised for Raspberry Pi deployment
  • Sub-100ms inference latency for real-time alerting
  • Automated retraining workflow triggered by labelled anomaly logs
  • Dashboard integration for maintenance team visibility
TensorFlow LiteRaspberry PiEdge AIAnomaly Detection
03 NGOs & Development IoT Solutions

Water Quality Monitoring Network

What a rural IoT deployment looks like for us: a distributed sensor network monitoring water quality parameters across community boreholes — transmitting data over NB-IoT, storing locally when connectivity drops, and surfacing alerts to field coordinators in real time.

  • Multi-parameter water quality sensors (pH, turbidity, conductivity)
  • NB-IoT connectivity with local SD-card fallback logging
  • AWS IoT Core ingestion with automated alert rules
  • Battery-powered enclosures rated for outdoor deployment
  • Field coordinator dashboard with threshold alerting via SMS
NB-IoTAWS IoT CoreSensor DesignLow Power
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We are actively taking on new engagements. If you have a hardware, AI, or IoT challenge in the African market, we want to hear about it.

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