Fieldmaster — Solar Fence Ecosystem

End-to-end engineering for a mobile-operated solar fence energizer — from hardware advisory to deployment.

Protect farms and perimeters with a solar fence energizer that owners can arm, monitor, and control remotely — and guide the product from concept through field deployment. Vendors had built isolated hardware and apps that failed under solar variability and rural connectivity.

• Solar power variability across deployment sites
• Sparse cellular coverage in rural farmland
• Safety requirements for remote arming/disarming

Solar energizer + IoT controller → Cloud platform → Mobile app + Admin panel.

• Edge controller mediates energizer state and telemetry upload
• Cloud handles fleet provisioning, alerts, and audit logs
• Mobile and admin interfaces share one device model

Advised on hardware selection and the energizer controller, engineered connected firmware, and delivered mobile app and admin panel for remote arming, fault alerts, and fleet oversight through deployment.

1. SCOPE

   Challenge

   Mapped safety, solar, and connectivity constraints before build.

2. MAP

   Architecture

   Unified energizer, controller, cloud, and operator interfaces.

3. BUILD

   Engineering

   Cross-layer team delivered firmware through admin panel.

4. HARDEN

   Validation

   Field validation across farms with fault and connectivity stress.

5. LAUNCH

   Deployment

   Production rollout with fleet provisioning and monitoring.

6. LOCK

   Precision Outcome

   Cloud-connected perimeter product operating in the field.

Field trials across multiple farm sites. Fault injection on energizer and network paths. Admin audit and alert latency verified under load.

A complete, remotely controllable solar fencing system protecting acres of farmland from unauthorised access.