AI in telecommunications is changing how we connect by making networks smarter and more efficient. Picture a system that can foresee and address network issues before they disrupt your service – that’s AI at work. It enhances customer service with intelligent chatbots that provide quick and effective support, transforming the user experience.

Additionally, AI drives innovative solutions like smart villages with 5G connectivity, bringing advanced tech to rural areas and bridging the digital divide. AI is making the telecom industry more reliable, responsive, and ready for the future.

Maharashtra’s Department of Telecommunications (DoT) is also taking the initiative to integrate AI, changing the game in the telecommunication space.

DoT’s 5G Trails in Pune

The Department of Telecommunications handed out licenses and spectrum for 5G testing in Pune in May 2021, leading to Vodafone Idea (VIL) partnering with Ericsson to cover urban Pune and rural Chakan and Reliance Jio joining forces with Nokia for urban Pune. Following are some of the use cases:

• Remote Diagnosis: Imagine doctors in cities doing ultrasounds for patients in rural areas via 5G. Highspeed, low-latency connections, haptic gloves, and real-time data made this possible.
• Smart Construction: Using 4 K cameras, they created a digital twin of a construction site. This virtual model helped with training, remote supervision, and operational monitoring.
• Connected Workers: A smart workplace setup improved productivity, safety, and emergency response. Real-time AI analysed video feeds to ensure compliance with safety protocols.
• Public Safety: 4K cameras and AI streamed through 5G to monitor public safety, such as tracking suspicious activities and ensuring women’s safety at night.
• Ambulance Connectivity: Paramedics in 5G-connected ambulances could video call doctors, monitor vitals, and get real-time instructions, making emergency responses faster and more effective.
• Driver Monitoring: AI analysed driver alertness to prevent accidents, with real-time interventions from a command centre via 5G.
• OTT Infotainment: Rear-seat passengers enjoyed HD streaming, gaming, and sports feeds thanks to 5G, making long rides more entertaining.
• Drone Management: Drones controlled via 5G handled tasks like public safety monitoring, medical deliveries, search and rescue, and streaming HD video in realtime.
• Athlete Performance: Sensors on athletes streamed data over 5G for real-time performance analysis and coaching, demonstrated with cricket players.

Also Read :- Aksentt Tech Services Limited Shaping the Future of Digital Innovation

5G Intelligent Villages to Bridge the Connectivity Gaps

Launched under the Telecom Technology Development Fund (TTDF) scheme in the year 2022, the “From Connectivity Gaps to Smart Solutions: Designing 5G Networks for Rural Innovation” initiative aimed to boost research and development in telecom products and technologies, aligning with the vision of Aatmanirbhar Bharat.

Bajargaon in Nagpur, Maharashtra, was highlighted as one of the key sites for these developments. The call for proposals was about designing ‘5G Intelligent Villages’ to revolutionise rural communities. Companies, startups, R&D institutions, and academic entities across India were invited to contribute. Following are the proposed projects under the initiative:

• Network Development: To boost connectivity, we are setting up 5G infrastructure like gNodeBs and Fixed Wireless Access (FWAs) at schools, hospitals, and Panchayat offices.
• Wi-Fi Roaming: Using FWAs as Wi-Fi hotspots to provide seamless internet across villages.
• Use Cases: Implementing tech in agriculture, health, and education with CCTV, drones, health ATMs, AR/VR devices, and IoT sensors.
• Common Intelligent-Village Application System: Developing a unified e-village platform on a Common AI Platform with Intelligent Displays/Dashboards to support new applications and district administration.
• Smart Health: Deploying health ATMs and mobile units to enhance medical care in rural areas.
• Smart Agriculture: Utilising advanced monitoring and management practices for crops, soil, and livestock.
• Smart Education: Enhancing education with interactive whiteboards, AR/VR labs, and IoT sensors.
• Smart Panchayat: Improving local governance through tech-driven monitoring and resource management.
• Network Slicing for Secure Transactions: Creating secure financial transaction systems to minimise cyber-attacks.

Maharashtra’s push into AI and 5G is setting a new standard for telecommunications. By transforming rural villages into smart, connected hubs and boosting urban tech, the state is bridging the digital gap and giving way for further innovations.

Insights shared by: MahaIT, (A Government of Maharashtra Enterprise)

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