This is Part 5 of a five-part series on emerging technologies that can enhance the management of and response to future emergencies and disasters. This part focuses on the legal and privacy concerns with emerging technologies.
Deadly blizzards and violent tornado outbreaks recently occurred in areas that do not typically experience these events. Preparedness and response technologies can help manage the onslaught of unique weather emergencies and severe climate conditions.
The Boston Marathon Bombing demonstrated the dedication, commitment, and strength of those who responded that day. The lessons learned from that event continue to strengthen community resilience as participants gather to focus on building interoperability within and between jurisdictions.
This is Part 4 of a five-part series on emerging technologies that can enhance the management of and response to future emergencies and disasters. This part focuses on robotics and automation for enhancing efficiency, safety, and effectiveness in crisis response and mitigation.
The October edition of the Domestic Preparedness Journal takes a deeper dive into some of these considerations within national preparedness, critical infrastructure, and emerging technologies.
Featured in this issue: Editor Note: Technology: Can’t Live With It, Can’t Live Without It by Catherine L. Feinman; COVID-19 – Emergency Plans and Readiness Exercises by Rich Christ; Water and Wastewater Sector Perspectives by Elston Johnson; National Preparedness Efforts Among Tribal Communities by Lynda Zambrano and Catherine L. Feinman; Information Technology Sector Perspectives by Paul Galyen and Nathan DiPillo; Healthcare and Public Health Sector Perspectives by Tanya Scherr and Dan Scherr; Emerging Technologies, Part 1 – Information and Communication by Ian Pleet; Emerging Technologies, Part 2 – Uncrewed Vehicles by Ian Pleet; Emerging Technologies, Part 3 – AI and Machine Learning by Ian Pleet;
According to the U.S. Centers for Medicare and Medicaid Services, National Health Expenditures (NHE) accounted for $4.3 trillion, or 18.3% of the U.S. gross domestic product. Find out how the Healthcare and Public Health Sector’s interdependencies can affect any community.
In Part 3 of a five-part series on emerging technologies, the author focuses on the roles of artificial intelligence and machine learning in responding to emergencies. These transformative technologies are revolutionizing emergency management, humanitarian relief, and disaster response
The Information Technology Sector is one of 16 sectors identified as critical infrastructure under the Cybersecurity & Infrastructure Security Agency. Domestic Preparedness invited subject matter experts to answer questions about this sector, including how the sector and its interdependencies can affect any community.
Part 2 of a five-part series on emerging technologies focuses on technologies designed to perform tasks and reduce human risk. Find out more about these autonomous or remotely controlled machines designed to perform tasks without human operators’ direct involvement.
This is Part 5 of a five-part series on emerging technologies that can enhance the management of and response to future emergencies and disasters. This part focuses on the legal and privacy concerns with emerging technologies. 
Deadly blizzards and violent tornado outbreaks recently occurred in areas that do not typically experience these events. Preparedness and response technologies can help manage the onslaught of unique weather emergencies and severe climate conditions. 
The Boston Marathon Bombing demonstrated the dedication, commitment, and strength of those who responded that day. The lessons learned from that event continue to strengthen community resilience as participants gather to focus on building interoperability within and between jurisdictions. 
This is Part 4 of a five-part series on emerging technologies that can enhance the management of and response to future emergencies and disasters. This part focuses on robotics and automation for enhancing efficiency, safety, and effectiveness in crisis response and mitigation. 
The October edition of the Domestic Preparedness Journal takes a deeper dive into some of these considerations within national preparedness, critical infrastructure, and emerging technologies. 
Featured in this issue: Editor Note: Technology: Can’t Live With It, Can’t Live Without It by Catherine L. Feinman; COVID-19 – Emergency Plans and Readiness Exercises by Rich Christ; Water and Wastewater Sector Perspectives by Elston Johnson; National Preparedness Efforts Among Tribal Communities by Lynda Zambrano and Catherine L. Feinman; Information Technology Sector Perspectives by Paul Galyen and Nathan DiPillo; Healthcare and Public Health Sector Perspectives by Tanya Scherr and Dan Scherr; Emerging Technologies, Part 1 – Information and Communication by Ian Pleet; Emerging Technologies, Part 2 – Uncrewed Vehicles by Ian Pleet; Emerging Technologies, Part 3 – AI and Machine Learning by Ian Pleet; 
According to the U.S. Centers for Medicare and Medicaid Services, National Health Expenditures (NHE) accounted for $4.3 trillion, or 18.3% of the U.S. gross domestic product. Find out how the Healthcare and Public Health Sector’s interdependencies can affect any community. 
In Part 3 of a five-part series on emerging technologies, the author focuses on the roles of artificial intelligence and machine learning in responding to emergencies. These transformative technologies are revolutionizing emergency management, humanitarian relief, and disaster response 
The Information Technology Sector is one of 16 sectors identified as critical infrastructure under the Cybersecurity & Infrastructure Security Agency. Domestic Preparedness invited subject matter experts to answer questions about this sector, including how the sector and its interdependencies can affect any community. 
Part 2 of a five-part series on emerging technologies focuses on technologies designed to perform tasks and reduce human risk. Find out more about these autonomous or remotely controlled machines designed to perform tasks without human operators’ direct involvement. 