SkyAlert

California’s Earthquake Early Warning system proved successful during Wednesday’s M4.4 earthquake in Southern California, just north of Pomona
While California experiences earthquakes regularly, many of the earthquakes that happen we will never feel. On August 29th, there was a magnitude 4.4 earthquake and within seconds of impact there were reports on Twitter that shaking was felt all over the Los Angeles area. Twitter is helpful to confirm if what you felt was really an earthquake, but what if you want to know the earthquake was coming before the shaking started?
The USGS, along with UC Berkeley, Caltech and the Southern California Earthquake Center, have developed Earthquake Early Warning technology that can detect the P-waves of an earthquake to provide advance warning before the more damaging S-waves hit. This technology, called ShakeAlert, proved successful during Wednesday’s earthquake. Seismologist Lucy Jones reported to Caltech that the system successfully provided an advanced warning before the shaking was felt where she was in Pasadena. The amount of warning time depends on how close the person receiving the alert is to the earthquake’s epicenter and how the magnitude of the earthquake is. In Lucy’s case, she was approximately 22 miles west from the epicenter giving her 3 seconds of advanced warning. For more: http://skyalertusa.com/californias-earthquake-early-warning-system-proved-successful/

The SkyAlert Earthquake Early Warning System (EEWS) consists of our Critical Warning Platform (the Cloud), an Epicenter Receiver and the SkyAlert Mobile App.
When an earthquake happens, the SkyAlert Critical Warning Platform (CWP) receives the earthquake data from the USGS and utilizes the location of the receiver and/or mobile app to calculate the intensity of local shaking. It will also calculate the amount of time before the shaking will occur.

For significant shaking intensities, the receiver issues a customizable audio warning letting the user know what intensity of shaking to expect as well as how much time before the earthquake strikes.

Receiving an early warning for an earthquake means that you have time to ‘Drop, Cover and Hold On,’ get your emergency bag and call your loved ones.
For those running complex organizations, it means to be able to automatically shut off your factory lines, move hundreds of employees to safety or activate the power generators. Whether you’re an individual or a business, the goal of SkyAlert is to prepare you for resiliency in the face of an earthquake. For more: http://skyalertusa.com/how-it-works/

While California experiences earthquakes regularly, many of the earthquakes that happen we will never feel. On August 29th, there was a magnitude 4.4 earthquake and within seconds of impact there were reports on Twitter that shaking was felt all over the Los Angeles area. Twitter is helpful to confirm if what you felt was really an earthquake, but what if you want to know the earthquake was coming before the shaking started?

The SkyAlert Earthquake Early Warning System (EEWS) consists of our Critical Warning Platform (the Cloud), an Epicenter Receiver and the SkyAlert Mobile App.
When an earthquake happens, the SkyAlert Critical Warning Platform (CWP) receives the earthquake data from the USGS and utilizes the location of the receiver and/or mobile app to calculate the intensity of local shaking. It will also calculate the amount of time before the shaking will occur.

The USGS, along with UC Berkeley, Caltech and the Southern California Earthquake Center, have developed Earthquake Early Warning technology that can detect the P-waves of an earthquake to provide advance warning before the more damaging S-waves hit. This technology, called ShakeAlert, proved successful during Wednesday’s earthquake. Seismologist Lucy Jones reported to Caltech that the system successfully provided an advanced warning before the shaking was felt where she was in Pasadena. The amount of warning time depends on how close the person receiving the alert is to the earthquake’s epicenter and how the magnitude of the earthquake is. In Lucy’s case, she was approximately 22 miles west from the epicenter giving her 3 seconds of advanced warning.

Receiving an early warning for an earthquake means that you have time to ‘Drop, Cover and Hold On,’ get your emergency bag and call your loved ones.
For those running complex organizations, it means to be able to automatically shut off your factory lines, move hundreds of employees to safety or activate the power generators. Whether you’re an individual or a business, the goal of SkyAlert is to prepare you for resiliency in the face of an earthquake.

For more: http://skyalertusa.com/californias-earthquake-early-warning-system-proved-successful/

SkyAlert was founded with the mission of providing a technological solution to prevent and reduce human and economic losses when a disaster strikes. SkyAlert was founded in 2011, and currently protects over 400 businesses and 1.2 million monthly users.
When an earthquake happens, the SkyAlert Critical Warning Platform (CWP) receives the earthquake data from the USGS and utilizes the location of the receiver and/or Earthquake Notification App to calculate the intensity of local shaking. It will also calculate the amount of time before the shaking will occur.
For significant shaking intensities, the receiver issues a customizable audio warning letting the user know what intensity of shaking to expect as well as how much time before the earthquake strikes.
Please email contact@skyalertusa.com if you’d like to install an Earthquake Early Warning system in your organization, or if you’d like to join the waiting list for access to the consumer app. For more: http://skyalertusa.com/how-it-works/

For significant shaking intensities, the receiver issues a customizable audio warning letting the user know what intensity of shaking to expect as well as how much time before the earthquake strikes.
When an earthquake happens, the SkyAlert Critical Warning Platform (CWP) receives the earthquake data from the USGS and utilizes the location of the receiver and/or mobile app to calculate the intensity of local shaking. It will also calculate the amount of time before the shaking will occur.
A network of sensors detects and transmits real time data about incoming earthquake warning for Washington . SkyAlert activates the early warning communications platform and transmits the warnings via our critical warning platform. SkyAlert calculates the localized expected shaking intensity and time to impact for enterprise and employees and delivers to the end user.
Receiving an early warning for an earthquake means that you have time to ‘Drop, Cover and Hold On,’ get your emergency bag and call your loved ones.
For those running complex organizations, it means to be able to automatically shut off your factory lines, move hundreds of employees to safety or activate the power generators. Whether you’re an individual or a business, the goal of SkyAlert is to prepare you for resiliency in the face of an earthquake. For more: http://skyalertusa.com/solutions/

SkyAlert is an official partner of the United States Geological Suvery and collaborates closely to distribute Earthquake Early Warnings to organizations and businesses in Oregon, Washington and California. With the combination of SkyAlert’s award-winning technology and the trusted partnership between the USGS, UC Berkeley, University of Washington, CalTech and the University of Oregon, businesses and organizations can receive advance warning of an impending Earthquake.
When an earthquake happens, the SkyAlert Critical Warning Platform (CWP) receives the earthquake data from the USGS and utilizes the location of the receiver and/or earthquake app for android to calculate the intensity of local shaking. It will also calculate the amount of time before the shaking will occur.
A network of sensors detects and transmits real time data about incoming earthquake. SkyAlert activates the early warning communications platform and transmits the warnings via our critical warning platform. SkyAlert calculates the localized expected shaking intensity and time to impact for enterprise and employees and delivers to the end user.
Receiving an early warning for an earthquake means that you have time to ‘Drop, Cover and Hold On,’ get your emergency bag and call your loved ones.
For those running complex organizations, it means to be able to automatically shut off your factory lines, move hundreds of employees to safety or activate the power generators. Whether you’re an individual or a business, the goal of SkyAlert is to prepare you for resiliency in the face of an earthquake. For more: http://skyalertusa.com/contact/

Earthquake Early Warning utilizes many seismic instrumentation sensors distributed over a wide area where earthquakes are likely to occur. This network of sensors sends data to a central site where ground motion signals are analyzed, earthquakes are detected and warnings are issued. The network approach may take more time than the single station approach because it requires multiple stations to detect the earthquake before alarms are sent, but this makes it less prone to errors than the on-site approach. Using a network of seismic sensors also has the advantage that the system is constantly exercised and tested as it detects small earthquakes daily. For this reason, the system maintains a high level of readiness. Finally, only a distributed network of sensors is capable of characterizing large, complex earthquakes as they evolve. Thus, estimates of intensity and extent of shaking gain accuracy as more data are recorded and analyzed. For more: http://skyalertusa.com/first-seismic-instrumentation-to-earthquake-early-warning/

The truth is, the number of deaths was remarkably low considering the magnitude of the event. The attributable cause was the relatively small population that inhabited Alaska california earthquake warning at that time.
Tay Thomas, one of the survivors of that day told the Daily News newspaper at some point that “I could not believe what I was seeing. I could not believe what I was experiencing. “
This event played a very important role in changing the way in which earthquakes were seen until then, as it resulted two years later in the creation of the National Earthquake Information Center and, according to the United States Geological Survey (USGS), also stimulated the growth of the Alaska Tsunami Warning Center within a year.
The Great Alaskan Earthquake shows us how helpful Earthquake Early Warnings Systems will be facing a future event in the continental USA. Now, we have time to react promptly before the ground motion hits. For more: http://skyalertusa.com/californias-earthquake-early-warning-system-proved-successful/

When we talk about the earthquake california warning seismic danger that affects the United States, the vast majority of people only associate it with the San Andreas Fault. However, there is an even greater danger that for hundreds of years has remained silent: the Cascadia Fault.
Centuries of tension have accumulated in the coast from northern California, United States, to southern British Columbia, Canada. Cascadia lies between the Juan de Fuca plate and the Pacific plate and has the potential to generate an earthquake of magnitude 9.0, since years of tension have accumulated along the entire fault of more than 680 miles in length. As it is impossible to know when the next earthquake will strike, seismic alerts will play a vital role in saving lives. For more: http://skyalertusa.com/californias-earthquake-early-warning-system-proved-successful/

Today, there are several devices that can help us quantify the energy released by an earthquake using modern earthquake early warning app seismographs. Instead of using a marker and drum, today’s devices have small mechanisms in which the relative movement between a weight and a base generates an electrical voltage that is recorded and digitized by a computer; when it trembles, the displacement of the mass generates electricity by moving a coil within a magnetic field of a magnet, producing a current in the coil that will be proportional to the speed of movement of the ground.
The “Broadband” seismographs are the most used nowadays and are capable of detecting earthquakes whose epicenter is located thousands of kilometers away. This system allows extending the bandwidth and linearity of the seismometers because it does not allow large movements of the mass that bend the springs or levels. The output signal of these systems has a large dynamic range because the electromagnetic transducers have too a wide range. For more: http://skyalertusa.com/earthquake-early-warning-app/

The USGS, along with UC Berkeley, Caltech and the Southern California Earthquake Center, have developed earthquake warning technology that can detect the P-waves of an earthquake to provide advance warning before the more damaging S-waves hit. This technology, called ShakeAlert, proved successful during Wednesday’s earthquake. Seismologist Lucy Jones reported to Caltech that the system successfully provided an advanced warning before the shaking was felt where she was in Pasadena. The amount of warning time depends on how close the person receiving the alert is to the earthquake’s epicenter and how the magnitude of the earthquake is. In Lucy’s case, she was approximately 22 miles west from the epicenter giving her 3 seconds of advanced warning.
The USGS has partnered with a select few private sector organizations to deliver these warnings. Leveraging over 1000 USGS sensors, SkyAlert collaborates closely with the USGS to bring earthquake early warnings to businesses and organizations* in the West Coast. SkyAlert technology receives real-time data about incoming earthquakes and calculates the localized expected shaking intensity and time until impact. For more: http://skyalertusa.com/what-can-we-do-with-earthquake-early-warning/

If you want to protect yourself, your friends and family or employees from unexpected earthquakes, significantly reduce the cost of damages to your property or your business. You have come to the right place! Skyalert offers you earthquake warning system california so you can prepare your family for the earthquake, take your dog, your essential belongings and move to a safe place. If you are a businessman who has hundreds of employees working for you, Skyalert gives you a chance to minimize the likelihood of casualties and damages. In the end, you might be the one who is responsible for the well-being of your workers. Employers and businesspeople who choose Skyalert are the ones who make wise decisions by taking all the safety precautions and ensuring the well-being of other people. For more: http://skyalertusa.com/californias-earthquake-early-warning-system-proved-successful/

The Great Alaskan Earthquake , as it is known today, killed 15 people, while the subsequent tsunami caused 124 more deaths, generating a total of 139 deaths; although different sources differ in the number of victims, ranging from 131 to 143. The truth is, the number of deaths was remarkably low considering the magnitude of the event. The attributable cause was the relatively small population that inhabited Alaska at that time.
Tay Thomas, one of the survivors of that day told the Daily News newspaper at some point that “I could not believe what I was seeing. I could not believe what I was experiencing. “
This event played a very important role in changing the way in which earthquakes were seen until then, as it resulted two years later in the creation of the National Earthquake Information Center and, according to the United States Geological Survey (USGS), also stimulated the growth of the Alaska Tsunami Warning Center within a year. For more: http://skyalertusa.com/great-alaskan-earthquake/