Hardware
Smart irrigation controller
Solar powered controller that automates pumps and valves from soil moisture thresholds.
TestingProjects
What our engineers are building
We publish the real stage of every project. Where something is still in research or under development, we say so.
Testing
Testing projects
Under development
Under development projects
Electronics
Energy monitoring unit
Metering board for solar, grid and generator systems with remote reporting.
Under development
Academy
Educational robotics kit
Teaching kit for schools and universities covering microcontrollers, sensors and actuation.
Under developmentResearch phase
Research phase projects
IoT research
Environmental monitoring node
Low power node for temperature, humidity, air quality and water level measurement.
Research phase
AI research
Computer vision crop inspection
Image based detection of crop stress, running on edge hardware without internet.
Research phaseCase studies
Evidence-led engineering snapshots
A clear view of what we are building, the technical problem it addresses and the current stage of validation.
Active ProjectSmart Agriculture · Flagship project
Sysmart Agro: from field readings to irrigation decisions
An IoT powered smart agriculture platform combining a field controller, soil and climate sensing, remote irrigation control and monitoring.
Technical evidence
Sensors, a solar capable controller, wireless connectivity, queued readings and a dashboard form one connected development loop.
Continue supervised field testing and refine the monitoring and control workflow.
TestingHardware · Testing
Smart irrigation controller: control built around thresholds
A solar capable controller concept for automating pumps and valves from soil moisture thresholds.
Technical evidence
The engineering focus is the link between sensor readings, local control logic and reliable pump or valve switching.
Continue testing sensor thresholds, pump control and operation under variable power conditions.
Research phaseAI Research · Edge computing
Computer vision crop inspection: research for low-cost field intelligence
An image-based research effort exploring crop-stress detection on edge hardware without depending on continuous internet access.
Technical evidence
The work connects crop imagery, locally collected data and model experiments with a practical low-cost deployment target.
Continue research, dataset preparation and evaluation before any wider deployment claim is made.
Status labels describe the current engineering stage. They are not claims of commercial availability or completed client deployment.
Completed commercial projects
We only list a project here once it has been delivered and verified. Case studies will be published as deployments complete.
Future commercial listingSYLUTION
Let's build the next deployment together
Investors, banks, governments, NGOs, universities and enterprises, talk to our team.
