Digital Workforce Management
THE PROBLEM"Industrial site workers struggled to coordinate with supervisors and lacked awareness of danger zones in the field. Without real-time micro-location tracking, task priority scheduling, and wearable-driven instructions, supervisors could not monitor workers, assign available resources efficiently, or reduce execution delays and safety risks."
SOLUTION OUTCOMEReal-Time Worker Visibility
MICRO-LOCATION TRACKING
Supervisors gained clearer visibility into site worker locations across field zones.
40% Faster Task Communication
WEARABLE INSTRUCTIONS
Real-time notifications accelerated field team coordination.
Better Resource Utilization
LOCATION ANALYTICS
Available field force was assigned to appropriate tasks using location insights.
Challenges holding Organization back
Location tracking gaps, unclear task communication, and weak danger-zone awareness made it difficult for supervisors to coordinate field workers and use available resources effectively.
The Challenges
01Real-Time Location Gap
Supervisors were unable to track the live location of site workers across the field.
02Task Communication Delay
Miscommunication around job tasks made execution slower and increased field worker effort.
03Safety and Resource Allocation Gap
Site workers were unaware of risk areas, while supervisors struggled to use nearby resources for the right tasks.
Challenges Impact
Visibility
TRACKING GAPS
Execution
TASK DELAYS
Safety
RISK EXPOSURE
Poor resource utilization - Supervisors could not match available workers in a location to the most appropriate tasks.
Weak work order efficiency - Without location analytics, task consolidation and work order management were harder to optimize.
Coordination overhead - Supervisors spent additional effort confirming worker locations and communicating task priorities.
Monitoring blind spots - Missing sensor signals could reduce location visibility and affect continuous field monitoring.
Higher incident exposure - Workers entering risk areas without timely awareness increased safety vulnerability.
IoT-based workforce management platform for micro-location tracking, priority task scheduling, and wearable instructions
A comprehensive IoT-based web and mobile platform used wearables, active sensors, micro-location data, streaming pipelines, and on-premise infrastructure to help supervisors track workers, schedule priority tasks, detect missing signals, and generate location-based operational insights for day-to-day work order management.
Tech Stack
React
React Native
Node.js
MySQL
MongoDB
Elastic Search
AWS
LORAWAN
Solution
Supervisors tracked site worker locations across field areas in real time.
Tasks were scheduled based on location analytics, availability, and priority.
Wearables helped control and communicate task instructions to field workers.
Streaming pipelines and failover infrastructure supported continuous sensor monitoring.
Solution Highlights
Wearable Task Assignment
Assigned tasks to moving devices paired with physical objects such as vehicles.
Micro-Location Visibility
Managed micro-locations to track site workers and field activity across locations.
Missing Signal Detection
Detected missing signals with time-lapse replay and coordinate projection.
24/7 Sensor Failover
Supported redundancy for an automated active sensor system on on-premise infrastructure.
Streaming Sensor Pipelines
Ingested sensor data through pipelines with traceability mechanisms.
Location Analytics Insights
Generated insights to optimize operations and daily work order management.
Tech Stack
React
React Native
Node.js
MySQL
MongoDB
Elastic Search
AWS
LORAWAN
OUTCOMES & FEATURESImproving field visibility, task coordination, and workforce resource utilization
The IoT platform improved field visibility, task coordination, resource utilization, and safer operations through micro-location tracking and wearable instructions.
Key Outcomes
Better Resource Utilization
Tasks were consolidated using location analytics and available field force data.
Improved Work Order Efficiency
Location-based insights supported more efficient daily work order management.
40% Faster Task Communication
Real-time notifications accelerated field team coordination.
Reduced Field Effort
Clear instructions helped reduce effort during field execution.
25% Improved Safety Compliance
Micro-location visibility helped improve awareness around field risk areas.
Location-Driven Operations
Supervisors gained actionable insights from tracking and sensor data.
Features
Micro-Location Tracking
Wearable Instructions
Priority Scheduling
Site Worker Tracking
Supervisor Visibility
Missing Signal Detection
Time-Lapse Replay
Coordinate Projection
Location Analytics
Our Engineering
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