5G Use Case Lab

1. To build competencies and engagement in 5G technologies in students and academic fraternity.
2. To enable projects at UG, PG and Ph.D. students using 5G environment.
3. To encourage academia-industry engagement to ideate and develop 5G use cases.
4. To Provide local access to 5G test setup for Startups and MSMEs around the institution.
5. Making Indian academia & startup ecosystem 6G ready

1. The beneficiary institution shall provide necessary facilities such as Space, power supply, internet/intranet connectivity, other equipment, tech-manpower (for local maintenance) etc., to ensure successful implementation of 5G use case lab.
2. The institute shall pay the prescribed contribution to TCIL within 3 months of the final selection (Shipping of the equipment begins once the institution makes its payment)
3. Assets thus procured would belong to the host beneficiary institution.
4. The institution takes care of the safety, security and utilization of the Lab by students/ faculty/MSME ecosystem etc. TCIL will extend necessary facilitation in this regard.
5. The institution may have separate engagements with TCIL/Vendor etc., to procure other equipment (Devices/ Network elements / Use case accessories) to enhance its functionality.
6. Institution shall extend connectivity to IA’s Portal updating the Labs utilization and shall do value addition as part of knowledge dissemination reg 5G use cases being tested/developed for the benefit of other institutions/students/startups etc.
7. Hosting of Hackathons with support of IA on requirement basis.

• At least 50 no. of Students and 10 nos. faculty utilizing the lab for testing/project development per year.
• At least 5 nos. of Start-ups/MSMEs engaged in the lab for testing/product development in a year.
• At least 10 no. of Products/solutions/IPs developed/tested in a year
• Efforts to contribute in standardization process and drive the technologies developed/being developed to become part of the standards.
• Efforts to pilot/commercialize/deploy the tested/developed products in field.

1. Agriculture

The implementation of 5G in agriculture revolutionizes the industry by providing cost-efficient technological solutions that promote evidence-based practices in both crop cultivation and livestock management. With high-speed connectivity and low-latency communication, 5G enables precision farming techniques, ensuring the right use of fertilizers and pesticides based on real-time data and analytics. Online platforms powered by 5G offer farmers insights into crop health and yield status, facilitating informed decision-making and enhancing support through loans and insurance. In soil conservation, 5G supports monitoring systems that assess soil conditions in real time, aiding sustainable land management practices. Livestock and fisheries benefit from 5G-enabled solutions, providing farmers and fishermen with tools for effective management and monitoring. Additionally, 5G contributes to fishermen safety by enabling real-time communication and tracking systems, ensuring quick response in emergencies. In summary, the integration of 5G in agriculture promotes cost-efficient and data-driven practices, fostering sustainability, improving yields, and enhancing the overall safety and productivity of farmers and fishermen.

2. Education

The integration of 5G technology into education marks a ground breaking shift, presenting a wealth of possibilities for both learners and educators. With its unprecedented speed, low latency, and robust connectivity, 5G stands poised to redefine the educational landscape, particularly in STEM education, industrial skill training, remote support, and smart learning solutions. In STEM subjects, 5G’s high-speed connectivity transforms the learning experience, fostering real-time collaboration, augmented reality, and interactive virtual simulations that make complex concepts more tangible for students. Moreover, 5G facilitates industrial skill training by providing immersive and remote learning experiences through augmented and virtual reality applications, bridging the gap between theory and practical skills. In technical and vocational education, 5G’s high-speed connectivity enables swift remote support for complex maintenance issues, allowing experts to guide students or technicians in real-time, enhancing both the learning experience and practical skill development. Additionally, 5G contributes to low-cost smart learning solutions, making virtual classrooms, online resources, and collaborative platforms more accessible, even in remote or economically disadvantaged areas, thereby reducing educational disparities. This transformative integration of 5G into education not only makes learning more engaging and effective but also fosters inclusivity, ensuring that quality education is accessible to a broader range of learners worldwide, ultimately preparing them for success in the dynamic landscape of the Fourth Industrial Revolution.

3. Tourism

The introduction of 5G technology into the tourism industry is poised to revolutionize the traveler’s experience and enhance operational efficiency. With its high data transfer speeds, low latency, and increased connectivity, 5G presents a range of advantages in tourism. Seamless connectivity ensures faster and more reliable internet access, improving navigation services and providing tourists with real-time maps and personalized recommendations. The low latency of 5G enables immersive augmented reality (AR) and virtual reality (VR) experiences, offering visitors interactive views of historical sites and landmarks. On the operational front, 5G supports streamlined ticketing, check-in processes, and baggage tracking, optimizing efficiency. Faster data processing allows tourism businesses to deliver personalized services and targeted marketing, tailoring recommendations based on traveler preferences. Additionally, 5G enables high-quality live streaming for virtual tours and remote experiences, fostering cultural exchange. The technology contributes to the development of smart tourism destinations through interconnected devices and sensors, ensuring sustainable practices. In emergency situations, 5G facilitates rapid communication and data transfer, enhancing safety measures for both tourists and local residents. As 5G continues to evolve, its integration into the tourism sector holds immense potential to redefine how people engage with destinations, offering a more connected, efficient, and personalized travel experience.

4. Health

The emergence of 5G technology represents a pivotal moment in healthcare, offering unprecedented opportunities for industry transformation. With its ultra-fast data transfer speeds, low latency, and high bandwidth, 5G is set to revolutionize healthcare across various dimensions. It expedites the diagnostic process by enabling rapid transmission of large medical files, facilitating quicker treatment decisions. Real-time remote patient monitoring, empowered by 5G, allows healthcare professionals to intervene promptly, leading to improved outcomes for patients with chronic conditions. The technology also facilitates seamless telemedicine and virtual consultations, overcoming geographical barriers and enhancing accessibility to medical services. The integration of augmented reality (AR) and virtual reality (VR) applications in medical training, surgical planning, and therapeutic interventions is made possible by 5G’s low latency. The Internet of Medical Things (IoMT) benefits from 5G by creating a cohesive ecosystem for streamlined data collection and improved patient care. Precision medicine sees advancements as 5G enables the analysis of extensive datasets for personalized treatment plans, tailoring therapies to individual patient needs. In surgery, 5G’s low-latency, high-bandwidth connections enhance the precision of robotic systems, allowing for remote control in minimally invasive procedures. During emergencies, 5G facilitates swift and efficient healthcare services through remote consultations, data sharing, and coordination among healthcare professionals. 

While these advancements promise to improve patient outcomes and increase accessibility, it is imperative to navigate challenges such as data security and privacy, ensuring the responsible and ethical implementation of 5G technologies in healthcare. As 5G becomes an integral part of healthcare systems, the industry is on the verge of transformative changes, ushering in a new era of innovation and improved healthcare delivery.

5. Logistics

The integration of 5G technology into logistics marks a transformative shift, offering substantial benefits in improving efficiency, reducing operational expenses, and elevating overall logistics management. 5G’s role is pivotal in enabling real-time tracking and monitoring of shipments and vehicles, providing accurate and timely information for enhanced supply chain efficiency. The technology’s high data transfer speeds and low latency facilitate more efficient route planning, traffic management, and fleet optimization, leading to reduced fuel consumption and operational savings. 5G-powered surveillance and security systems contribute to mitigating thefts, wastages, and losses through advanced monitoring solutions, including real-time video analytics and IoT devices. Additionally, 5G enables predictive maintenance, allowing logistics companies to monitor vehicle and equipment conditions in real-time, minimizing downtime and preventing unexpected breakdowns. The support for smart freight corridors enhances transport efficiency with intelligent traffic management, dynamic rerouting, and communication between vehicles. Automation and robotics in logistics, facilitated by 5G, improve efficiency, reduce labor costs, and expedite order fulfillment. The technology’s contribution to supply chain visibility ensures stakeholders have real-time data on inventory levels, order status, and production schedules, fostering informed decision-making and optimizing the entire logistics process. In summary, 5G integration empowers logistics companies to address challenges effectively, leading to a more streamlined and cost-effective supply chain management system.

6. Power

The integration of 5G technology in the power sector marks a transformative shift, driving advancements in grid management, energy distribution, and operational efficiency. 5G facilitates real-time communication across the power grid, enabling smart grid management with instantaneous data transfer between sensors, meters, and control centers. Remote monitoring and maintenance of power infrastructure, including substations and power lines, become efficient with 5G, enabling proactive fault detection and quicker responses, ultimately reducing downtime and enhancing reliability. The support for Distributed Energy Resources (DERs), such as solar panels and wind turbines, through high-speed, low-latency connectivity ensures effective coordination and utilization of renewable energy sources within the grid. The robust security features of 5G enhance grid resilience against cyber threats, ensuring a secure energy infrastructure. Real-time communication with smart meters and home automation systems, facilitated by 5G, empowers consumers to optimize energy consumption, contributing to overall energy efficiency and cost savings. The implementation of responsive demand response programs and the use of predictive analytics for outage prevention are further enabled by 5G, fostering a balanced and efficient power grid. In summary, 5G’s integration in the power sector promotes a modernized, secure, and responsive infrastructure, aligning with the evolving demands of the energy landscape.

7. Smart Cities

The integration of 5G in smart cities is pivotal for advancing safety, optimizing urban mobility, monitoring environmental parameters, and ensuring effective service delivery. With high-speed, low-latency connectivity, 5G enables enhanced safety and surveillance systems, supporting real-time monitoring, emergency response coordination, and crime prevention. In traffic management, 5G facilitates technology-driven solutions like smart traffic lights and connected vehicles, effectively managing congestion and improving urban mobility. The technology’s real-time capabilities are harnessed to monitor pollution levels, sewage flow, and water and waste management systems, contributing to sustainable and responsive urban development. Additionally, 5G plays a crucial role in the delivery of essential services, such as healthcare and transportation, by providing seamless connectivity for telemedicine, smart transportation systems, and efficient communication between city services and residents. Overall, the integration of 5G in smart cities enhances safety, traffic management, environmental sustainability, and the overall efficiency of essential services, fostering a connected and resilient urban environment.

1. Dr. Ram Suresh

Dean, CAET & Controlling Officer 

Email: dean.cae@rpcau.ac.in

Mobile No.: 6287797112

2. Dr. S.K. Patel

Professor & Nodal Officer/PI

Email: skpatel@rpcau.ac.in

Mobile No.: 8780872275