FAQs

ALERTCalifornia’s camera network is monitored by trained fire professionals at regional command and control centers across the state. Most fires within view of the cameras have already been reported, and some may be prescribed burns. Here are a few things to keep in mind:

  • Most fires that are centered in the field of view and zoomed into are already confirmed.
  • A fire start that is not zoomed into and/or centered in the frame has a good chance of being a new start.
  • Check the time lapse feature. If you see the camera move to and zoom toward the fire, you know fire authorities are watching.

Yes, you can download the PDF camera website user guide here

A camera displays as offline or unavailable if it has not received a new image recently. This could be caused by many things, from a temporary delay in the feed, to operating in “winter mode,” or a camera may need maintenance. Our team is aware of all offline camera feeds and are actively working on them. Please do not email to let us know a camera is offline. 

During winter weather some cameras go into “winter mode” to save power. These cameras are not recording, but do have internal heaters to keep the electronics from completely freezing during cold winter weather. They will resume normal operations when the weather is warm enough. 

Yes, with credit. Our live feeds are open source and recordings and screen grabs are available to the public for non-commercial use with credit. Please reference our how to credit ALERTCalifornia guide here.

ALERTCalifornia is based at the University of California San Diego. The installation team, network managers, and research team are based at UC San Diego’s Jacobs School of Engineering, Qualcomm Institute, and Scripps Institution of Oceanography. We also work with industry and university partners throughout California.

First responder log-ins are reserved for emergency managers who have gone through training with ALERTCalifornia. The general public is not eligible for log-ins. 

No, cameras are moved by trained first responders and emergency managers. The cameras periodically sweep their viewshed and may be strategically aimed to watch target areas. If you are unhappy with the camera direction, simply wait and it may be moved.

If you are the media, a scientist, partner, or work for a government agency please email us through our contact page. If you are a law firm or work for a legal office you must make a request through UC San Diego’s Policy and Records Administration portal.

Camera sites are selected and prioritized according to a variety of factors including funding, tower availability, site access, and viewshed coverage. Our teams are working with local, regional, state and federal government agencies to strategically install new cameras year round. To see the map of current camera locations, visit our camera page.

ALERTCalifornia works with many federal, state, and local agencies and we are happy to work together to add ALERTCalifornia cameras to your area to be used by emergency managers for natural hazard detection. Please reach out via our contact form and include your name, your organization, contact information, location, and details about your request. 

ALERTCalifornia works with state and local agencies to place new cameras in areas of greatest need. If you have an existing camera we cannot add that to ALERTCalifornia’s network. If you are a local or state agency please contact us with inquiries. 

Would you like to become an ALERTCalifornia partner? Learn more about the types of organizations we work with on our partners page. Please email alertcalifornianews@ucsd.edu with:

  • Your name 
  • Phone number
  • Organization name
  • Organization website
  • A few details about why you are interested in this partnership

Still have questions? Contact ALERTCalifornia. 

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Frank Vernon

Co-Principal Investigator

Dr. Frank Vernon is co-PI for ALERTCalifornia and PI for the University of California’s High Performance Wireless Research and Education Network (HPWREN) program. HPWREN is a large-scale wireless high-performance data network that is being used for interdisciplinary research and education applications, as well as a research test bed for wireless technology systems in general.

Currently HPWREN provides wide area wireless internet access for ALERT California throughout southernmost California including San Diego, Orange, Los Angeles, Inyo and Riverside counties. Under ALERT California and HPWREN, research is being conducted on building “last kilometer” wireless links and developing networking infrastructure to capture real-time data from multiple types of sensors from seismic and GPS networks, hydrological sensors, oceanographic sensors, wildfire cameras and meteorological sensors.

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Falko Kuester

Co-Principal Investigator

Dr. Falko Kuester is co-PI for ALERTCalifornia and the Calit2 Professor for Visualization and Virtual Reality at the University of California San Diego and holds appointments as Professor in the Departments of Structural Engineering and Computer Science and Engineering at the Jacobs School of Engineering . He serves as the director of the Cultural Heritage Engineering Initiative , the Center of Interdisciplinary Science for Art, Architecture and Archaeology, the Calit2 Center of Graphics, Visualization and Virtual Reality (GRAVITY), and the UC San Diego DroneLab. Professor Kuester is working on methodologies and techniques for rapid infrastructure diagnostics and assessment, including diagnostic and analytical imaging and big-data visualization, providing engineers, scientists, first responders and stakeholders, with a means to create and explore large-scale digital twins of engineered systems intuitively and interactively. This research is also creating the foundation for the development of digital twins of large scale ecosystems and world cultural heritage sites and artifacts, providing a means for researchers, stakeholders, and the public alike to experience and study these artifacts and facilitate their preservation.

His vision for “Engineering a Future for the Past and Present” has helped create a catalyst for the development of disruptive technologies, including big-data analytics, deep learning, virtual reality and augmented reality, robotics/drones and layered manufacturing. The DroneLab explores drones for imaging on land, under water and in the air, for environmental and habitat monitoring, disaster and post-disaster reconnaissance, search and rescue, precision farming, general photography, cinematography, archaeology and the reconstruction of cultural heritage sites, among others.

Prof. Kuester received an MS degree in Mechanical Engineering in 1994 and MS degree in Computer Science and Engineering in 1995 from the University of Michigan, Ann Arbor and Ph.D. in Computer Science and Engineering from the University of California, Davis.

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Neal Driscoll

Principal Investigator

Dr. Neal Driscoll is the principal investigator of the ALERTCalifornia program at the University of California San Diego, where he is a professor of geology and geophysics at Scripps Institution of Oceanography.

Driscoll’s background in natural hazard research traces back more than 35 years. He has published more than 120 manuscripts in high impact peer-reviewed journals, including Science, Nature Geoscience, Geology, and the Journal of Geophysical Research on subjects ranging from earthquake hazards to devastating wildfires., He has received multiple awards during his career, including the Heezen and Storke Awards for excellence in research and UC San Diego’s inaugural Undergraduate Teaching Award. Driscoll has also appeared in articles published by The Associated Press, The New York Times, CBS News, The Los Angeles Times, KGTV, KPBS and other notable news outlets.

Driscoll received his Ph.D. in geology and geophysics from Columbia University and worked as an associate research scientist at the Woods Hole Oceanographic Institution in Falmouth, MA before joining UC San Diego in 2000. His research interests at Scripps Oceanography include landscape and seascape evolution in response to tectonic deformation, sea-level fluctuations, climate, neotectonics, and geohazards.