At the beginning of 2020, the COVID-19 outbreak caught the world by surprise. While technology has its limitations during crises, its role should never be underestimated. Throughout the pandemic, emerging technologies such as the Internet of Things (IoT), Artificial Intelligence (AI), and 5G played critical roles in supporting frontline medical and security efforts.

GPS and Big Data: Real-Time Epidemic Mapping

Governments leveraged GPS-based population migration data to offer open, transparent, and evidence-based epidemic information. Real-time epidemic tracking platforms enabled the public and authorities to access dynamic updates, monitor case trends, and support future predictions with data-driven insights.

5G and Wireless IoT: Facilitating Risk Isolation

During the construction of Wuhan’s Huoshenshan Hospital within just 10 days, seamless communication was essential. China’s major telecom operators rapidly deployed 5G base stations in three days, ensuring high-speed, high-definition remote medical consultations. Wireless IoT solutions enabled paperless transmission of diagnosis results, real-time monitoring of patient vitals, and centralized management of environmental conditions without extensive cabling, reducing infection risks.

Artificial Intelligence: Accelerating Vaccine Development

AI significantly improved the efficiency of literature review, data analysis, and repetitive testing processes in vaccine development. By expediting research cycles, AI technologies helped accelerate the creation of vaccines, ultimately saving countless lives.

Cloud Computing: Empowering Remote Work

To contain the virus and minimize workplace gatherings, many companies extended holidays and adopted remote working models. Cloud computing technologies ensured operational continuity, streamlined communication, and enhanced team collaboration despite physical distance.

Face Recognition and Thermal Imaging: Automated Temperature Screening

At transportation hubs and other high-traffic areas, infrared thermal imaging systems integrated with biometric technologies and 5G connectivity enabled non-contact, real-time temperature monitoring. Automatic alerts for abnormal temperatures helped ensure timely intervention and effective crowd management.

5G, Drones, and Smart Platforms: Integrated Epidemic Control Services

5G-enabled drones equipped with intelligent video, remote control, and real-time communication capabilities assisted in epidemic surveillance, public announcements, disinfection efforts, and material deliveries. These solutions improved operational efficiency while minimizing direct human contact.

Autonomous Delivery Robots: Resolving Medical Supply Chain Challenges

On February 6, 2020, JD Logistics’ intelligent delivery robots successfully delivered supplies to Wuhan Ninth Hospital. Autonomous delivery solutions minimized the risk of virus transmission while ensuring timely provision of essential goods to hospitals within heavily impacted zones.

Conclusion

The pandemic exposed vulnerabilities but also catalyzed technological advancement. IoT, AI, 5G, and cloud computing continue to evolve, driving the development of an intelligent, automated, and data-driven society. With unity and innovation, humanity moves forward, leveraging technology to meet future challenges head-on.

In this era where technology plays a critical role in global health and security, companies like Jimi IoT are driving innovation forward. As a leading provider of IoT solutions, Jimi IoT empowers industries with advanced telematics, asset tracking, and intelligent monitoring technologies. During the COVID-19 pandemic, Jimi IoT’s commitment to developing smart, connected systems contributed to safer, more efficient operations across sectors. By continuously pushing the boundaries of IoT, AI, and cloud technologies, Jimi IoT remains dedicated to building a more resilient and intelligent future for everyone.