GoodSAM
United Kingdom · Company
Provides a global platform alerting off-duty doctors, nurses, paramedics, and police to nearby emergencies, utilizing live video streaming and location tracking.
Netherlands · Nonprofit
The national CPR calling system in the Netherlands, alerting civilian volunteers to perform resuscitation until ambulances arrive.
United States · Nonprofit
Develops mobile apps that alert CPR-trained citizens to nearby cardiac arrests in public spaces, integrating directly with local emergency dispatch systems.
United Hatzalah
Israel · Nonprofit
Paper
ResQConnect: An AI-Powered Multi-Agentic Platform for Human-Centered and Resilient Disaster ResponseSustainability · Feb 1, 2026
Presents an AI-powered platform designed for human-centered disaster response, emphasizing resilience and connectivity.
Paper
The European emergency number 112: Exploring the potential of crowd-sourced information for emergency managementInternational Journal of Disaster Risk Reduction · Apr 1, 2025
This study investigates the integration of crowd-sourced information with the European Emergency Number 112 system to enhance situational awareness and data accuracy during crisis management.
Paper
A Multi-Agent Reinforcement Learning Approach for Cooperative Air–Ground–Human Crowdsensing in Emergency RescuearXiv · May 1, 2025
Proposes a cooperative sensing model integrating humans, UAVs, and UGVs for emergency rescue, optimizing task allocation in complex disaster environments.
Paper
A volunteer emergency medical service organization that uses GPS-based dispatch technology to route the nearest volunteer medic to an emergency via 'ambucycles'.
Sweden · Company
Operates the SMS Livräddare system, alerting volunteer citizen responders to nearby cardiac arrests to perform CPR and locate AEDs.
France · Company
Provides a free mobile app that maps defibrillators worldwide and alerts trained 'Bon Samaritain' volunteers to nearby cardiac arrests.
United States · Nonprofit
Develops the Beacon platform, an SMS-based emergency dispatching software designed for communities with limited infrastructure to coordinate volunteer responders.
Kenya · Startup
Operates a digital emergency response platform in Kenya, aggregating private ambulances and first responders to provide rapid dispatch.
Provides an intelligent safety platform that links data from connected devices (wearables, apps) directly to 911 and first responders.
Develops Next-Generation 911 technology allowing citizens to stream live video and instant location data to emergency call centers.
United States · Company
Provides a push-to-talk walkie-talkie app widely used by volunteer groups (e.g., Cajun Navy) to coordinate citizen rescue efforts during disasters.
arXiv · Aug 1, 2025
Introduces OPTIC-ER, a reinforcement learning framework designed to optimize real-time emergency response and resource allocation in regions with delayed services and infrastructure challenges.
Paper
AI-enhanced crowdsourcing for emergency responseInternational Journal of Emergency Medicine · Oct 10, 2025
Reviews the use of AI and machine learning to analyze crowdsourced social media data for faster and more effective catastrophe response.
Paper
Urban flood disaster prevention, control, and rescue using edge computing and the resilience conceptScientific Reports · Dec 9, 2025
Discusses the application of edge computing to enhance urban resilience and rescue operations during flood disasters.
Article
The Importance of Emergency Mapsmappedin.com
Have you ever wondered why precise indoor maps are crucial for emergency preparedness and response efforts? To begin with, they act as invaluable tools for first responders and firefighters, granting them the ability to pre-plan, understand floor plan layouts, know where safety equipment is located, and swiftly and efficiently navigate buildings, ultimately ensuring safety precisely when and where it's needed most.
Article
Emergency Mass Notification Systemgiz.de
The EMNS will enable us to notify staff of any significant threats to their safety and will enable employees to keep us informed about where they are and whether they require further assistance.
Article
City of Rio de Janeiro and IBM Collaborate to Advance Emergency Response System; Access to Real-Time Information Empowers Citizensprnewswire.com
Increased Integration Across Agencies and Predictive Analytics Capabilities Reduce Emergency Response Time to City Incidents
Article
Citizens As First Respondersaus.com
Emergency situations and disasters can take many forms. Hurricanes, floods, fires, earthquakes, car accidents and missing persons situations are not just the makings of television news stories. These events can occur at any time. The first responders to an accident or emergency often are not trained professionals but citizens and community members who are already on the scene.
Article
Smart City Crowd Sensing for Better Emergency Managementinnovate.ieee.org
While advanced technology may not be able to eliminate threats like natural disasters and emergencies, it may be able to help better coordinate responses to these events and protect smart city dwellers. That’s the concept that researchers are looking to test in Ontario: can data collected from our everyday devices ultimately save lives?
Article
Smart Disaster Detection and Response System for Smart Citiesresearchgate.net
Every year, natural and human-induced disasters result in infrastructural damages, monetary costs, distresses, injuries and deaths. Unfortunately, climate change is strengthening the destructive power of natural disasters. In this context, Internet-of-Things (IoT)-based disaster detection and response systems have been proposed to cope with disasters and emergencies by improving the disaster detection and search and rescue missions during disaster response. Accordingly, IoT devices are used to collect data and help to identify hazards after disasters and to localize injured people. However, a solely IoT-based detection and response system will not be totally suitable for emergency response in smart cities, as the lack of connectivity with IoT devices might occur, due to breakages in communication infrastructures or network congestions. Therefore, we propose a novel architecture for smart disaster detection and response system for smart cities. We discuss the main building blocks of our envisioned smart system, as well as the critical challenges that will be faced ahead to implement our smart system.
Article
A new, open-source software that decrypts social media messages to help manage risks and disastersjoint-research-centre.ec.europa.eu
The European Commission’s new algorithm developed by the Joint Research Centre (JRC) can segment social media messages to identify, verify and help manage disaster events -such as floods, fires or earthquakes- in real-time.
Article
Evolving Technologies Can Enhance Emergency Responses in Smart Citiesstatetechmagazine.com
Connected cities powered by mobile technologies will be key to helping first responders provide critical care.
Article
AIDR - Artificial Intelligence for Digital Responseaidr.qcri.org
AIDR—the Grand Prize winner of the 2015 Open Source Software System Challenge—is a free and open platform to filter and classify social media messages related to emergencies, disasters, and humanitarian crises. AIDR uses human and machine intelligence to automatically tag up to thousands of messages per minute.
Article
DHS Concludes Innovative Technology OpEx to Strengthen Urban First Responder Operationshstoday.us
Urban OpEx maximized opportunities to gather end-user feedback and perspectives from a broad spectrum of participants.
Article
Technology for Peacebuildingstabilityjournal.org
New technologies are changing how and when we learn about events and choose to respond to them. Mobile phones and the internet have altered how we engage with the world. With technology usage expanding rapidly in the developing world, new avenues of participation, engagement, and accountability are emerging. Globally, more people now have the opportunity to actively make use of these tools to participate in processes that impact their societies. This opportunity for participation is also an opportunity for engaging in new ways with peacebuilding processes. As the field of technology for peacebuilding grows, most attention has been paid to the potential of new technologies for bridging the gap between warning and response. Whilst the focus on the use of technology for early warning and response is important, there is more to this growing field. The empowerment of people to participate in localized conflict management efforts is one of the most significant innovations and opportunities created by new technologies. Technology can contribute to peacebuilding processes by offering tools that foster collaboration, transform attitudes, and give a stronger voice to communities. This article aims to give practitioners two related frameworks to understand how new technologies can enhance peacebuilding. The first section looks at the functions that technology can have in a peacebuilding program as a tool for data processing, communication, engagement, and gaming. We then examine the program areas that new technologies can best contribute to, covering early warning/early response systems, programs that allow citizens to voice their opinions and experiences, collaboration efforts, and programs aimed at transforming attitudes.
In rapidly growing urban environments, the challenge of ensuring prompt emergency response is critical. Congested streets, high population densities, and resource limitations often delay the arrival of traditional emergency services, potentially exacerbating crises. The Emergency Citizen Responder (ECR) emerges as a groundbreaking solution to this pressing problem, enhancing the safety and resilience of cities.
The ECR is a sophisticated system for mobilising trained civilian volunteers and first responders during emergencies. It utilises advanced communication technologies, real-time data analytics, and social media to bridge the gap between an emergency's occurrence and the arrival of professional responders. By leveraging smartphones' ubiquitous presence and the power of community networks, the ECR effectively expands the reach of emergency services.
Here's how it works: when an emergency is reported, the ECR platform immediately identifies and alerts the nearest certified civilian responders, providing them with vital information about the incident. These volunteers, who have undergone rigorous training, can offer immediate assistance, stabilising the situation until professional help arrives. The system integrates GPS tracking, automated dispatching, and secure communication channels to ensure a coordinated and efficient response.
As urban populations continue to swell, traditional emergency services alone struggle to meet the increasing demand. ECRs enhance cities' responsiveness, reducing the critical time to intervention, which is paramount in saving lives and mitigating damages. Moreover, this technology fosters a sense of community empowerment and resilience as citizens actively contribute to the safety of their environment.
