ArgonX’s work brings together connected systems and bespoke product development across several industries. That breadth helps us approach new requirements with experience across device, data and operational layers. Explore our application work and engineering experience across these sectors. Delivery scope and acceptance are agreed for each project.
Agricultural work has included animal traceability, grain bunker and silo monitoring, pest-management applications, soil moisture, water levels, irrigation and fresh-produce traceability. Animal traceability is the product focus. The other themes are application areas whose sensors, intervals and acceptance are agreed per project.
Grain storage is described separately so the historical bunker and silo work keeps a stable address.
Connected security and safety work has covered smart access, perimeter monitoring and maritime application themes. Smart locks are the current product focus. Perimeter and maritime themes below are application work, not certified detection or life-saving systems.
Documented application categories include agricultural KPI monitoring, input and output visibility, predictive-model development, manufacturing processes and fresh-produce traceability. Operational information may support a decision. It is not regulated financial advice, validated credit scoring or a promised financial outcome. Predictive models are development work, not a finished forecast you can rely on without validation.
Utility and infrastructure themes that have been documented are grid and energy, water, refuse and waste, service operations, retail operations, geyser monitoring and fuel monitoring. Each one depends on the meters, sites and workflows a project actually connects.
Application areas include pharmaceutical traceability, hospital services and assets, patient-service workflows and frail-care monitoring. These are operational visibility themes. They are not diagnostic devices and they are not claims about clinical outcomes.
Custom end-to-end engineering is now the lead bespoke services offering. Additional themes explored in that work include air-quality and noise monitoring, and pump-protection or control applications. Integrations and control requirements are agreed and tested per project.
Grain bunker and silo monitoring has been explored as temperature, humidity and CO2 sensor integration, with dashboards, threshold events and historical trends. Numerical probe accuracy, fixed uplink intervals, cache duration, spoilage reduction and return-on-investment figures from older material are not repeated here. They were not established as validated public specifications.
Maritime application work has included crew and wearable identification, man-overboard alert concepts, vessel monitoring, and fisheries or gear traceability. These are scoped development themes. They are not certified life-saving systems and they are not a guarantee of detection.
Perimeter concepts have included radar, fibre-optic sensing and BLE boundaries, alongside cameras and site views. Detection range, accuracy and all-weather performance are not stated because they depend on the equipment and the site test. Drone imagery in the picture is conceptual. It is not an autonomous flight service.
Agricultural KPI monitoring has been used to make inputs, outputs and operating conditions visible to the people running a farm or a plant. The figures belong to the customer’s own data. ArgonX does not publish a benchmark, a yield increase or a financial return for this work.
Further themes, kept distinct from the four product areas, include smart infrastructure, fleet and vehicle traceability, civilian drone operational views, and mobile location telemetry explored in an Android application. A livestock movement simulator was used in development. The simulator is not a deployed animal-tracking product.
None of these paragraphs is a client logo, a completion date or a success metric. If a requirement sits closest to a product area, start there: solutions, AIoT or bespoke services.
Experience across farming, security, healthcare and utilities helps identify questions that a new connected system must answer. The useful next step is a specific requirement: the environment, existing equipment, people, data and operating outcome that the engineering should support.
