6 Recent Technologies In Emergency Response

By Clinton Courier | January 27, 2023 |

One of the biggest challenges many nations and communities face is the ability to respond effectively and quickly to emergencies. Health leaders have used technology to develop management approaches and strategies to help respond to crises effectively and efficiently.

These recent technologies in disaster management have helped plan for emergency response, share information, assess threats, and revolutionize how your team analyzes and coordinates your response. Regardless of the emergency, you can use these innovative management strategies to deploy resources and reach out to people who need help.

If you’re looking for these recent technology innovations you can use to respond to emergencies, here are a few:

1. Emergency Response Products

Responding to emergencies fast and effectively draws a line between life and death. Accidents can happen anywhere at any time, and how you react to them determines whether or not the victim will survive.

Technology has improved response efficiency by aiding in manufacturing emergency products, such as a self rescuer, oxygen boosters, and breathing apparatuses. The equipment is designed for the moment and built for performance and reliability. With such products, you’re better positioned to respond to an emergency and help save the victim’s life.

2. Artificial Intelligence

Over the years, artificial intelligence (AI) has gained popularity in many industries, including healthcare. They help with many tasks and provide accurate information healthcare leaders need help with. For instance, AI has been used to simulate, evaluate, and predict incidents to improve response times. Some AI tools you could use include the following:

Hazard Risk Assessment Platform: The platform predicts the chances of societal risks and natural disasters using machine learning.
Intellitech Fire Sprinkler System: It’s an intelligent platform that detects fire sources through temperature sensors, proprietary software, and cameras.

You can use AI tools for response management and assess damages that resulted from the disaster. It allows extraction teams to create evacuation plans and optimize resource allocation. You can also use Natural Language Processing (NLP) to make voice response systems that handle emergency hotlines.

3. Drones

Drones have been used in countless emergencies, especially when the responders don’t know what to expect. It helps them assess the area of disaster before going in. It also facilitates remote inspection, aerial survey, infrastructure, and location risk-proofing, ensuring the necessary repairs are done in time, so they don’t malfunction during a catastrophe.

Using drones can save money and time. Moreover, it can improve safety because you can use several drones to assess the environment and act quickly. They also deliver emergency products, medical and food supplies, and communication systems to the teams on the field.

4. Emergency Communication systems

Communication systems play vital parts in how victims access emergency services. For this reason, organizations have developed communication tools, such as vehicle getaways and off-grid communication systems. This aims to help you communicate with the risk populations.

Besides that, social media, blogging sites, and forums also provide an effective and accessible means to create situational awareness and provide warnings about the disaster. You can communicate with the public through these platforms and help them remain calm as you make your evacuation plan. Advanced fifth-generation (5G) network, wireless, and satellite connectivity also ensure information is passed to the affected areas in time.

5. Geospatial Intelligence

Geospatial intelligence helps fight disasters by reducing casualties and damages through artificial or natural disaster alerts. Software developers are building geospatial intelligence systems that use satellites to map affected areas. They include the following:

Geographic Information System: GIS helps responders locate the disaster area and understand the type of evacuation plan needed and the number of evacuees. It can also help build estimation and predictive data, aiding in better recovery strategies and emergency preparedness.
Satellite-based monitoring: It’s an AI-powered radar that uses satellites to pinpoint the areas under risk providing insights into various concerns that may lead to hazardous situations.
Emergency mapping system: It’s a web platform for real-time data sharing and mapping. It predicts and tracks possible risks and analyzes how they’ll affect infrastructure, the population, and assets.

All these enable quick and effective emergency responses, which help save the lives of at-risk populations.

6. Cloud Computing

Responders can use AI tools and drones to conduct surveys, predict disasters, and collect information. However, this information is prone to get lost. This is where cloud computing comes in. It ensures real-time data processing and prevents data loss.

Good examples of systems that use cloud computing to aid emergency response include the following:

Remote supervision data processing: It’s a visualization platform for data processing through machine learning and laser data processing. It analyzes data collected from surveys, remote monitoring, and inspection systems to allow lossless data compression and reduce processing time.
Evacuee tracking system: It’s a web platform and a smartphone app you could use for response management. It scans Quick Response (QR) codes, barcodes, and driver’s licenses to register evacuees and link them to their specific locations.

Other smartphone applications for disaster management also use cloud computing to share information with the public in real-time.

Conclusion

Recent technology plays a critical role in emergency response. It enables startups to develop systems that pick up on possible emergencies and risks before their occurrence, allowing them to act quickly and effectively. Generally, the future of disaster management and emergency response will be more efficient with technology.