IOanyT Innovations
Advertising / OOH

Times OOH (India)

Automating Billboard & Street Light Infrastructure with IoT

How we built iOswitch, an edge-enabled IoT platform providing remote scheduling, monitoring, and control of billboard and street light infrastructure globally—even without internet connectivity.

Edge-Based
Operation
Remote
Global Control
Automated
Scheduling
Real-Time
Fault Detection

Quick Facts

Client: Times OOH
Industry: Advertising / OOH
Location: India
Technologies:
AWS IoT ESP32 Angular.js Python Edge Computing Custom Firmware

Power Wastage and Security Risks in Distributed Infrastructure

Times OOH, an out-of-home advertising company in India, manages billboards, bus shelters, and street lights across multiple geographic locations. As their infrastructure grew, they encountered critical operational challenges that were impacting both costs and security.

Scheduling Failures

Billboards and street lights didn't switch on/off at the correct times, leading to lights running during daylight hours and wasting electricity.

Power Wastage

Without automated control, lights ran unnecessarily during daytime, resulting in significant electricity costs with no business value.

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Security Concerns

Dark billboards and bus shelters at night created safety issues for the public and increased vulnerability to theft and vandalism.

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No Visibility

Zero insight into equipment failures, theft, or tampering—problems were only discovered through customer complaints or field inspections.

iOswitch: Edge-Enabled IoT Lighting Platform

IOanyT developed iOswitch, an IoT-enabled media lighting solution providing remote scheduling, monitoring, and control of billboard and street light infrastructure globally. The platform features edge computing capabilities, enabling devices to operate autonomously even without internet connectivity—critical for reliability in distributed deployments.

Core Platform Capabilities

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Remote Monitoring & Control

Manage all billboard and street light devices via internet from anywhere in the world—no field visits required.

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Predefined Scheduling

Automatic on/off cycles based on sunset/sunrise times with customizable schedules per device or location.

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Edge-Enabled Operation

Devices work without network connectivity—schedules execute locally even when cloud is unreachable.

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Alarm Notifications

Real-time alerts for load faults, power failures, and theft detection sent to operations team.

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Advanced Dashboards

Centralized monitoring and analytics showing device status, power consumption, and historical trends.

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Fault Detection

Automatic identification of equipment issues like load failures, enabling proactive maintenance.

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Theft Alerts

Notification system when devices are tampered with or disconnected, preventing equipment theft.

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Cloud Synchronization

Devices sync with cloud when connectivity is available to update schedules and report status.

Eliminating Power Wastage and Enabling Remote Operations

Performance Metrics

  • Eliminated power wastage from scheduling failures
  • Remote control from anywhere via internet
  • Edge operation without network dependency
  • Automated fault detection and alerts
  • Real-time visibility into all devices

Operational Benefits

  • Significant reduction in electricity costs
  • Improved security with reliable lighting schedules
  • Eliminated manual field visits for routine operations
  • Proactive maintenance enabled by fault detection
  • Prevented equipment theft with alert system
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"iOswitch has transformed how we manage our billboard and street light infrastructure. The edge computing capability means we can trust our devices to work even in areas with poor connectivity. The power savings alone have justified the investment, and the theft detection has prevented significant equipment losses."

— Times OOH Operations Team

Technical Excellence in Industrial IoT

This project showcases IOanyT's capabilities in building industrial-grade IoT solutions. Key technical achievements include:

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Edge Computing Expertise

Built firmware enabling devices to operate autonomously without network connectivity—critical for reliability in industrial deployments.

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Custom Firmware Development

Developed custom C/C++ firmware for ESP32 microcontrollers with scheduling, fault detection, and edge logic.

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Cost Savings Focus

Solution directly addresses power wastage and operational costs with automated scheduling and remote management.

☁️

AWS IoT Platform Integration

Scalable cloud platform for device management, over-the-air updates, and monitoring at scale.

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