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Illustration of a smartphone map pinpointing a field worker and vehicle, symbolizing a NavIC and UWB enabled field staff tracking app with 10 cm accuracy.
From Satellite Guesswork to Centimetre Certainty in Field Staff Tracking App Every minute an engineer is unaccounted for, power stays off, fibre repairs stall, or a cement pour waits. Traditional GPS drifts several metres, leaving dispatchers radio-hopping for updates. By fusing India’s NavIC satellites with Ultra-Wideband (UWB) radio, a modern field staff tracking app for managers returns live positions within 10 cm—about the width of a smartphone—so supervisors send the right crew to the right
Illustration of a robot on a smartphone showing on-device AI for offline field force automation, with two field staff standing beside it.
Introduction: Why Offline Intelligence Matters for Field Force Automation Rural rollout of 4G/5G is improving, yet roughly 21,000 Indian villages remain off the grid, and even tier-one cities have basements, tunnels, and industrial zones where bars vanish. When a service engineer, sales rep, or surveyor loses signal, the effects ripple across scheduling, compliance, and customer satisfaction. Field force automation platforms that embed on-device AI—tiny machine-learning models running directly on the handset’s Neural Processing Unit (NPU)—solve

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