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Private 5G and Edge Solutions for Business

A 5G solution delivers ultra-fast, low-latency, and high-capacity wireless connectivity that helps businesses, cities, and individuals operate smarter through private 5G networks, edge 5G, and scalable smart mobility services.

Automated Passenger Counting (APC)

Provides accurate, real-time passenger data through sensors, cameras, and 5G connectivity to improve connected transport planning, operations, and visibility.

  • Accurate Ridership Data
  • Operational Efficiency
  • Data-Driven Planning

Autonomous Buses

Brings next-generation public transport to cities, campuses, and business districts using AI, IoT sensors, GPS, and 5G autonomous vehicle connectivity.

  • Operational Cost Savings
  • Passenger Safety
  • Sustainability

Bus Prioritization

Improves bus efficiency by giving priority at traffic signals through real-time communication, low-latency 5G networks, and smart traffic control.

  • Improved Punctuality
  • Higher Ridership
  • Reduced Congestion

Journey Planning System

Helps passengers plan trips across buses, metros, trains, ferries, and on-demand mobility using real-time transit data and smart mobility solutions.

  • Seamless Passenger Experience
  • Increased Ridership
  • Operational Efficiency

Mobile Devices for Drivers

Provides rugged connected mobile devices for drivers and field teams, enabling secure communication, navigation, task management, and compliance.

  • Driver Productivity
  • Safety & Compliance
  • seamless Connectivity

On-Board and Off-Board Cameras

Enhances safety, security, and visibility for transport operators, logistics companies, and smart cities using AI cameras and cloud video surveillance.

  • Enhanced Safety & Security
  • Incident Management
  • Driver Monitoring

Real-Time Passenger Information System

Delivers accurate real-time passenger information across onboard displays, mobile apps, websites, station kiosks, and connected transport channels

  • Enhanced Passenger Experience
  • Multichannel Communication
  • Operational Efficiency

Vehicle-to-Everything (V2X)

Enables direct real-time vehicle-to-everything communication between vehicles, infrastructure, pedestrians, and networks through 5G V2X technology.

  • Road Safety
  • Traffic Efficiency
  • Emergency Response

AVL/Fleet Management

AI-powered fleet management with real-time visibility, route optimization, vehicle tracking, and efficient operations for connected fleets.

  • Offers end-to-end real-time fleet tracking and monitoring
  • Optimizes routes to reduce fuel costs and travel time
  • Enhances driver and vehicle safety

Smart City Use-cases

A smart city portfolio delivering AI, IoT, and 5G edge computing solutions for safer, smarter, more sustainable urban living.

  • Enhances urban safety and security with intelligent systems
  • Optimizes city resources and reduces operational costs
  • Improves traffic management and public services

Automatic Vehicle Management

A smart vehicle management platform that optimizes usage, reduces costs, and ensures safety compliance in real time.

  • Provides real-time vehicle monitoring and centralized control
  • Optimizes fleet usage and reduces downtime
  • Cuts operational and maintenance costs

Automatic Fare Collection System (AFC)

A smart digital fare collection system enabling seamless payments and accurate revenue management for transport networks.

  • Reduces cash handling and enhances passenger convenience
  • Improves operational efficiency for transport operators
  • Provides accurate revenue tracking and ridership analytics

Vehicle Component Monitoring System

Provides accurate, real-time passenger data through sensors, cameras, and 5G connectivity to improve connected transport planning, operations, and visibility

  • Continuously monitors critical vehicle components in real time
  • Provides predictive maintenance alerts to prevent breakdowns
  • Enhances fleet reliability and safety

Autonomous Parking

An AI-powered autonomous parking system offering seamless, driverless parking with real-time guidance and cashless payments.

  • Enables seamless, driverless parking experiences
  • Reduces traffic congestion and optimizes space utilization
  • Supports cashless, digital payment methods

Mission Critical Communications

A secure, ultra-reliable communication solution delivering low-latency voice, video, and data for mission-critical operations.

  • Ensures priority access and guaranteed Quality of Service (QoS)
  • Provides ultra-reliable, low-latency communications for critical operations
  • Supports encrypted voice, video, and data transmission

Maintenance Management

An AI-powered maintenance management solution that enables predictive, preventive, and cost-efficient asset care.

  • Centralizes asset monitoring with real-time insights
  • Automates maintenance scheduling to prevent downtime
  • Reduces operational and maintenance costs

Autonomous cars

An AI-powered autonomous vehicle solution delivering safe, connected, and intelligent self-driving mobility.

  • Enables real-time vehicle-to-vehicle and vehicle-to-infrastructure communication
  • Enhances navigation accuracy and road safety
  • Optimizes mobility in smart cities and private operations

Ultra-Fast Speeds

5G delivers data rates up to 10–100× faster than 4G, enabling seamless streaming, instant downloads, and real-time data transfer.

Massive Connectivity

Supports up to 1 million devices per square kilometre, making it ideal for IoT ecosystems, smart cities, and connected vehicles.

Benefits of 5G solutions

5G solutions empower businesses with faster connectivity, low latency, and greater capacity to support smart cities and digital transformation.

Network Slicing

5G enables customized virtual networks (slices) on the same physical infrastructure. Example: a hospital can have a secure, low-latency slice, while a stadium uses a high-bandwidth slice for fan engagement.

Low Latency

With latency as low as 1 millisecond, 5G allows real-time responsiveness — crucial for applications such as remote surgery, industrial automation, and mission-critical IoT.